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Medical Conditions – Accordian

Medical Conditions

Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 2

Acute Ear Infections and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 3Next to the common cold, an ear infection is the most common childhood illness. In fact, most children have at least one ear infection by the time they are 3 years old. Many ear infections clear up without causing any lasting problems.

The following is information from the American Academy of Pediatrics about the symptoms, treatments, and possible complications of acute otitis media, a common infection of the middle ear.

How do ear infections develop?

The ear has 3 parts—the outer ear, middle ear, and inner ear. A narrow channel (eustachian tube) connects the middle ear to the back of the nose. When a child has a cold, nose or throat infection, or allergy, the mucus and fluid can enter the eustachian tube causing a buildup of fluid in the middle ear. If bacteria or a virus infects this fluid, it can cause swelling and pain in the ear. This type of ear infection is called acute otitis media (middle ear inflammation).

Akshar_Pediatrics_Medical Conditions - Accordian 4

Often after the symptoms of acute otitis media clear up, fluid remains in the ear, creating another kind of ear problem called otitis media with effusion (middle ear fluid). This condition is harder to detect than acute otitis media because except for the fluid and usually some mild hearing loss, there is often no pain or other symptoms present. This fluid may last several months and, in most cases, disappears on its own. The child’s hearing then returns to normal.

Is my child at risk for developing an ear infection?

Risk factors for developing childhood ear infections include

  • Age. Infants and young children are more likely to get ear infections than older children. The size and shape of an infant’s eustachian tube makes it easier for an infection to develop. Ear infections occur most often in children between 6 months and 3 years of age. Also, the younger a child is at the time of the first ear infection, the greater the chance he will have repeated infections.

  • Family history. Ear infections can run in families. Children are more likely to have repeated middle ear infections if a parent or sibling also had repeated ear infections.

  • Colds. Colds often lead to ear infections. Children in group child care settings have a higher chance of passing their colds to each other because they are exposed to more viruses from the other children.

  • Tobacco smoke. Children who breathe in someone else’s tobacco smoke have a higher risk of developing health problems, including ear infections.

How can I reduce the risk of an ear infection?

Some things you can do to help reduce your child’s risk of getting an ear infection are

  • Breastfeed instead of bottle-feed. Breastfeeding may decrease the risk of frequent colds and ear infections.

  • Keep your child away from tobacco smoke, especially in your home or car.

  • Throw away pacifiers or limit to daytime use, if your child is older than 1 year.

  • Keep vaccinations up to date. Vaccines against bacteria (such as pneumococcal vaccine) and viruses (such as influenza vaccine) reduce the number of ear infections in children with frequent infections.

What are the symptoms of an ear infection?

Your child may have many symptoms during an ear infection. Talk with your pediatrician about the best way to treat your child’s symptoms.

  • Pain. The most common symptom of an ear infection is pain. Older children can tell you that their ears hurt. Younger children may only seem irritable and cry. You may notice this more during feedings because sucking and swallowing may cause painful pressure changes in the middle ear.

  • Loss of appetite. Your child may have less of an appetite because of the ear pain.

  • Trouble sleeping. Your child may have trouble sleeping because of the ear pain.

  • Fever. Your child may have a temperature ranging from 100°F (normal) to 104°F.

  • Ear drainage. You might notice yellow or white fluid, possibly blood-tinged, draining from your child’s ear. The fluid may have a foul odor and will look different from normal earwax (which is orange-yellow or reddish-brown). Pain and pressure often decrease after this drainage begins, but this doesn’t always mean that the infection is going away. If this happens it’s not an emergency, but your child will need to see your pediatrician.

  • Trouble hearing. During and after an ear infection, your child may have trouble hearing for several weeks. This occurs because the fluid behind the eardrum gets in the way of sound transmission. This is usually temporary and clears up after the fluid from the middle ear drains away.

Important: Your doctor cannot diagnose an ear infection over the phone; your child’s eardrum must be examined by your doctor to confirm fluid buildup and signs of inflammation.

What causes ear pain?

There are other reasons why your child’s ears may hurt besides an ear infection. The following can cause ear pain:

  • An infection of the skin of the ear canal, often called “swimmer’s ear”

  • Reduced pressure in the middle ear from colds or allergies

  • A sore throat

  • Teething or sore gums

  • Inflammation of the eardrum alone during a cold (without fluid buildup)

How are ear infections treated?

Because pain is often the first and most uncomfortable symptom of an ear infection, it’s important to help comfort your child by giving her pain medicine. Acetaminophen and ibuprofen are over-the-counter (OTC) pain medicines that may help decrease much of the pain. Be sure to use the right dosage for your child’s age and size. Don’t give aspirin to your child. It has been associated with Reye syndrome, a disease that affects the liver and brain. There are also ear drops that may relieve ear pain for a short time. Ask your pediatrician whether these drops should be used. There is no need to use OTC cold medicines (decongestants and antihistamines), because they don’t help clear up ear infections.

Not all ear infections require antibiotics. Some children who don’t have a high fever and aren’t severely ill may be observed without antibiotics. In most cases, pain and fever will improve in the first 1 to 2 days.

If your child is younger than 2 years, has drainage from the ear, has a fever higher than 102.5°F, seems to be in a lot of pain, is unable to sleep, isn’t eating, or is acting ill, it’s important to call your pediatrician. If your child is older than 2 years and your child’s symptoms are mild, you may wait a couple of days to see if she improves.

Your child’s ear pain and fever should improve or go away within 3 days of their onset. If your child’s condition doesn’t improve within 3 days, or worsens at any time, call your pediatrician. Your pediatrician may wish to see your child and may prescribe an antibiotic to take by mouth, if one wasn’t given initially. If an antibiotic was already started, your child may need a different antibiotic. Be sure to follow your pediatrician’s instructions closely.

If an antibiotic was prescribed, make sure your child finishes the entire prescription. If you stop the medicine too soon, some of the bacteria that caused the ear infection may still be present and cause an infection to start all over again.

As the infection starts to clear up, your child might feel a “popping” in the ears. This is a normal sign of healing. Children with ear infections don’t need to stay home if they are feeling well, as long as a child care provider or someone at school can give them their medicine properly, if needed. If your child needs to travel in an airplane, or wants to swim, contact your pediatrician for specific instructions.

What are signs of hearing problems?

Because your child can have trouble hearing without other symptoms of an ear infection, watch for the following changes in behavior (especially during or after a cold):

  • Talking more loudly or softly than usual

  • Saying “huh?” or “what?” more than usual

  • Not responding to sounds

  • Having trouble understanding speech in noisy rooms

  • Listening with the TV or radio turned up louder than usual

If you think your child may have difficulty hearing, call your pediatrician. Being able to hear and listen to others talk helps a child learn speech and language. This is especially important during the first few years of life.

Are there complications from ear infections?

Although it’s very rare, complications from ear infections can develop, including the following:

  • An infection of the inner ear that causes dizziness and imbalance (labyrinthitis)

  • An infection of the skull behind the ear (mastoiditis)

  • Scarring or thickening of the eardrum

  • Loss of feeling or movement in the face (facial paralysis)

  • Permanent hearing loss

It’s normal for children to have several ear infections when they are young—even as many as 2 separate infections within a few months. Most ear infections that develop in children are minor. Recurring ear infections may be a nuisance, but they usually clear up without any lasting problems. With proper care and treatment, ear infections can usually be managed successfully. But, if your child has one ear infection after another for several months, you may want to talk about other treatment options with your pediatrician.

Copyright © 2010, American Academy of Pediatrics, Reaffirmed 3/2013, All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 6

Allergies in Children

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Akshar_Pediatrics_Medical Conditions - Accordian 7Allergy describes a condition involving the immune system that causes sneezing and itching, chronic rashes, wheezing, or even life-threatening allergic reactions. Whether minor or serious, there are things you can do to prevent or control most allergic problems. The more you know about allergies—the symptoms, causes, and treatments—the more prepared you will be to help your child. Read on to find out more.

What is an allergy?

Allergies happen when the part of the body that fights off illnesses (the immune system) overreacts to a usually harmless substance (called an allergen) that is eaten, breathed in, injected, or touched. An allergy is not a disease but a description of a way that the immune system reacts. This allergic reaction can affect different parts of the body, resulting in diseases or conditions such as

  • Anaphylaxis—a severe and possibly life-threatening allergic reaction.

  • Asthma—when the airways swell and spasm and cause air passages in the lungs to narrow. This may be triggered by an allergic reaction, although nonallergic triggers can also be the cause (such as an infection or exercise).

  • Contact dermatitis—an itchy rash caused by skin coming in contact with things like poison ivy or oak and certain chemicals in items like creams, cosmetics, and jewelry.

  • Eczema—also called atopic dermatitis; a chronic, itchy rash.

  • Food allergy—an allergic reaction to food that can range from stomachache, to skin rash, to a serious medical emergency like anaphylaxis.

  • Hay fever—an allergic reaction in the nasal passages causing a runny, itchy, and stuffy nose and sneezing. It can occur at certain times of the year or all year long. Symptoms like itchy, red, and watery eyes often occur along with the nose symptoms.

  • Hives—itchy welts that may be caused by foods, a virus, medicines, or other triggers.

  • Insect sting allergy—potentially severe reactions from the stings of yellow jackets, wasps, fire ants, or other stinging insects.

  • Medication allergy—symptoms such as rashes or more severe problems from various prescription or nonprescription medicines or vaccines.

What causes allergies?

Children get allergies from coming into contact with allergens. Allergens can be inhaled, eaten, or injected (from stings or medicine) or they can come into contact with the skin. Some of the more common allergens are

  • Pollens from trees, grasses, and weeds

  • Molds, both indoor and outdoor

  • Dust mites that live in bedding, carpeting, and other items that hold moisture

  • Animal dander from furred animals such as cats, dogs, horses, and rabbits

  • Some foods and medicines

  • Venom from insect stings

Allergies tend to run in families. If a parent has an allergy, there is a higher chance that his or her child also will have allergies. This risk increases if both parents are allergic.

How can I tell if symptoms are from allergies or a cold?

Allergies affecting the nose can result in the following symptoms:

  • An itchy, runny nose with thin, clear nasal discharge and/or a stuffy nose

  • Itchy, watery eyes

  • Repeated sneezing and itching of the nose, eyes, or skin that last for weeks or months

  • No fever

  • Often seasonal (for example, spring, summer, fall before frost)

Although nasal allergies can sometimes cause sleepiness, usually children with nasal symptoms caused by allergies do not “act sick.”

Cold symptoms include

  • Stuffy nose

  • Nasal discharge that is clear or colored and thick that lasts 3 to 10 days, with or without fever, usually at times of the year such as the “cold and flu” season

  • Occasional sneezing

  • Feeling sick, tired, or listless and having a poor appetite

What is anaphylaxis?

Anaphylaxis is a serious allergic reaction. It comes on quickly and can be fatal. Your child will need to be treated right away followed by a call to 911 or your local emergency number.

How it’s treated

The main medicine used to treat anaphylaxis is epinephrine. Your child’s pediatrician will need to prescribe it. If your child has had anaphylaxis or is at high risk, epinephrine should be kept on hand at all times. Children who are old enough can be taught how to give themselves epinephrine if needed. The medicine comes in auto-injector syringes (EpiPen or Auvi-Q) to make this easier. Children at risk should have this medicine at school with instructions from their pediatrician or allergist about how and when to use it. Antihistamines like Benadryl are secondary to epinephrine and should not be relied on to treat anaphylaxis.

Symptoms

Anaphylaxis includes a wide range of symptoms often happening quickly. The most common symptoms may affect the following:

  • Skin—itching, hives, redness, swelling

  • Nose—sneezing, stuffy nose, runny nose

  • Mouth—itching, swelling of lips or tongue

  • Throat—itching, tightness, trouble swallowing, hoarseness

  • Chest—shortness of breath, cough, wheeze, chest pain, tight feeling

  • Heart—weak pulse, passing out, shock

  • Gut—vomiting, diarrhea, cramps

  • Nervous system—dizziness, fainting, feeling that you are about to die

Causes

The following are the most common allergens that can trigger anaphylaxis:

  • Foods, especially peanuts, tree nuts (such as almonds, Brazil nuts, cashews, pecans, and walnuts), shellfish, fish, milk, and eggs. In rare cases, anaphylaxis may be related to a certain food followed by exercise.

  • Insect stings such as from bees, wasps, hornets, yellow jackets, or fire ants.

  • Medicines such as antibiotics and anti-seizure medicines. However, any medicine, even aspirin and other nonsteroidal anti-inflammatory drugs, has the potential to cause severe reactions.

When do allergic symptoms in children first show up?

Some allergic conditions show up early in life. For example, eczema often occurs in the first few years of life while hay fever usually appears during preschool or early grade school. For some children, allergies lessen around the time of puberty. Others will continue to have problems into adult years.

Do drug treatments help?

There are many medicines to treat allergic conditions. Medicines include antihistamine pills or syrup, eyedrops, nose sprays, asthma treatments, and creams or ointments. Some are available over the counter. These medicines can help relieve symptoms such as itching, sneezing, congestion, runny nose, wheeze, cough, and rashes and asthma. Allergy medicines may have minor side effects such as sleepiness or irritability. Before using any allergy medicines, carefully read the warnings on the label. If any of these medicines does not relieve your child’s symptoms or if the side effects are too strong, call your pediatrician. Your child may need a different medicine or dose. Although medicines can be helpful, it is also important to identify allergy triggers and remove them when possible.

When does my child need to see an allergist?

In some cases, your pediatrician may recommend that you see a board-certified allergist, a doctor who specializes in allergies. The allergist will most likely

  • Look for triggers for your child’s allergy.

  • Suggest ways to avoid the cause of your child’s symptoms.

  • Give you a treatment plan to follow.

What are allergy shots?

Allergy shots, also called immunotherapy, may be recommended. These shots contain small amounts of the substances to which your child is allergic. This allows your child’s body to become less sensitive to these substances. Allergy shots can help decrease symptoms of hay fever and asthma and prevent anaphylaxis from insect sting allergies. However, they are not available for food allergies.

How can I help my child?

Identifying and avoiding the things your child is allergic to is best. If your child has an allergic condition, try the following:

  • Keep windows closed during the pollen season, especially on dry, windy days when pollen counts are highest.

  • Keep the house clean and dry to reduce mold and dust mites.

  • Avoid having pets and indoor plants.

  • Avoid those things that you know cause allergic reactions in your child.

  • Prevent anyone from smoking anywhere near your child, especially in your home and car.

  • See your pediatrician for safe and effective medicine that can be used to help alleviate or prevent allergy symptoms.

Common allergic conditions

Condition Triggers Symptoms
Anaphylaxis Foods, medicines, insect stings, latex, and others Skin, gut, and breathing symptoms that may get worse quickly. Severe symptoms could include trouble breathing and poor blood circulation.
Asthma Cigarette smoke, viral infections, pollen, dust mites, furry animals, cold air, changing weather conditions, exercise, airborne mold spores, and stress Coughing, wheezing, trouble breathing (especially during activities or exercise); chest tightness
Contact dermatitis Skin contact with poison ivy or oak, latex, household detergents and cleansers, or chemicals in some cosmetics, shampoos, skin medicines, perfumes, and jewelry Itchy, red, raised patches that may blister if severe. Most patches are found at the areas of direct contact with the allergen.
Eczema (atopic dermatitis) Sometimes made worse by food allergies or coming in contact with allergens such as pollen, dust mites, and furry animals. May also be triggered by irritants, infections, or sweating. A patchy, dry, red, itchy rash in the creases of the arms, legs, and neck. In infants it often starts on the cheeks, behind the ears, and on the chest, arms, and legs.
Food allergies Any foods, but the most common are eggs, peanuts, milk, nuts, soy, fish, wheat, peas, and shellfish Vomiting, diarrhea, hives, eczema, trouble breathing, and possibly a drop in blood pressure (shock)
Hay fever Pollen from trees, grasses, or weeds Stuffy nose, sneezing, runny nose; breathing through the mouth because of stuffy nose; rubbing or wrinkling the nose and face to relieve nasal itch; watery, itchy eyes; redness or swelling in and under the eyes
Hives Food allergies, viral infections, and medicines such as aspirin or penicillin. Sometimes the cause is unknown. Itchy skin patches, bumps (large and small) commonly known as welts that are more red or pale than the surrounding skin. Hives may be found on different parts of the body and do not stay at the same spot for more than a few hours.
Insect sting allergy Primarily aggressive stinging insects such as yellow jackets, wasps, and fire ants Anaphylaxis
Medication allergy Various types of medicines or vaccines Itchy skin rashes, anaphylaxis

Products are mentioned for informational purposes only. Inclusion in this publication does not imply endorsement by the American Academy of Pediatrics.

Copyright © 2007
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 9

Anaphylaxis

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Akshar_Pediatrics_Medical Conditions - Accordian 10Anaphylaxis is a serious allergic reaction. It comes on quickly and can be fatal. It often affects many body systems. This type of reaction is a medical emergency and immediate medical attention is important. Children with asthma and allergies to certain foods, stinging insects, or medicines are at highest risk, though anaphylaxis may occur in anyone. Your pediatrician may refer you to an allergist. An allergist has specialized training in diagnosing the cause of anaphylaxis and providing additional treatment. Parents should know the symptoms of anaphylaxis and what to do in case it happens to their child.

What are the symptoms of anaphylaxis?

Anaphylaxis includes a wide range of symptoms that often happen quickly. The most severe symptoms restrict breathing and blood circulation. Combinations of symptoms may occur. The most common symptoms may affect the following:

  • SKIN: itching, hives, redness, swelling

  • NOSE: sneezing, stuffy nose, runny nose

  • MOUTH: itching, swelling of lips or tongue

  • THROAT: itching, tightness, difficulty swallowing, hoarseness

  • CHEST: shortness of breath, cough, wheeze, chest pain, tightness

  • HEART: weak pulse, passing out, shock

  • GUT: vomiting, diarrhea, cramps

  • NEUROLOGIC: dizziness, fainting, feeling that you are about to die

What causes anaphylaxis?

Anaphylaxis occurs when the immune system overreacts to normally harmless substances called allergens. The following are the most common allergens that can trigger anaphylaxis:

  • Food such as

    • Peanuts

    • Nuts from trees (such as walnuts, pistachios, pecans, cashews)

    • Shellfish (such as shrimp, lobster)

    • Fish (such as tuna, salmon, cod)

    • Milk

    • Eggs

  • In rare cases, anaphylaxis may be related to a certain food followed by exercise.

  • Insect stings such as from

    • Bees

    • Wasps

    • Hornets

    • Yellow jackets

    • Fire ants

  • Medicines. Antibiotics and antiseizure medicines are some of the more common medicines that cause anaphylaxis. However, any medicine, even aspirin and other non­steroidal anti-inflammatory drugs, have the potential to cause severe reactions.

What should I do if my child has an anaphylactic reaction?

For anyone experiencing anaphylaxis, epinephrine should be given right away followed by a call to 911 for further treatment and transfer to a hospital. The main medicine to treat anaphylaxis is epinephrine. This is a medicine given by an injection. The best place to inject it is in the muscles of the outer part of the thigh. If the symptoms do not improve very quickly, the injection should be given again in 5 to 30 minutes.

Children who are old enough can be taught how to give themselves epinephrine if needed. The medicine comes in auto-injector syringes (EpiPen or Twinject) to make this easier. Epinephrine should be prescribed for anyone who has ever had an anaphylactic attack and for children at high risk for anaphylaxis. They are available in 2 different doses based on the weight of the child. You should always have at least 2 doses with you at all times. School-aged children also need one at school with instructions from their doctor about how and when to use it.

During a reaction, an oral antihistamine may also be given, but not as a substitute for epinephrine. Also helpful in case of an emergency is medical identification jewelry that includes information about your child's allergy. This should be worn at all times. Your doctor should also give you a written action plan outlining the steps to take in the event of an emergency. It is important to share this action plan with anyone who cares for your child.

How can I prevent another anaphylactic attack?

After an anaphylactic attack, your child needs to be seen by a doctor. Even if the cause seems obvious, it may be more complicated than you think. An evaluation by an allergist is often needed to identify the cause(s). A customized care plan for prevention and treatment can be created once the causes are known.

In most cases, the only way to prevent it from happening again is to avoid the cause. However, your child's care plan can help provide safe alternatives without unnecessary restriction of safe foods, medicines, or activities. An emergency action plan describing the allergies, symptoms, and treatments can help prepare you if your child has another attack.

Can anaphylaxis be outgrown or cured?

Although children's allergies are often outgrown, anaphylaxis frequently lasts for many years or even for life. Periodic reevaluation may be needed to see if your child is still allergic and to review how to avoid triggers and treat reactions. In the case of anaphylaxis caused by stinging insects, immunotherapy (also called allergy injections or shots) can help prevent anaphylaxis from future stings, but is currently not available for other types of anaphylactic allergies.

To find out more

  • American Academy of Pediatrics— Section on Allergy and Immunology: www.aap.org/sections/allergy

  • American Academy of Allergy Asthma & Immunology: www.aaaai.org/patients/gallery

  • American College of Allergy, Asthma & Immunology: www.acaai.org/public

  • Food Allergy & Anaphylaxis Network (FAAN): www.foodallergy.org

Please note: Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of the resources mentioned in this publication. Phone numbers and Web site addresses are as current as possible, but may change at any time.

Products are mentioned for informational purposes only. Inclusion in this publication does not imply endorsement by the American Academy of Pediatrics.

Copyright © 2007 American Academy of Pediatrics
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 12

Ankle Sprain Treatment (Care of the Young Athlete)

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Acute ankle and foot injuries are common in athletes and other active young people. Sprains account for the greatest number of acute injuries.

The following is information from the American Academy of Pediatrics summarizing the treatment phases of rehabilitation for ankle sprain.

Phases of rehabilitation for ankle sprain

Phase Summary Description
I Phase I treatment involves resting and protecting the ankle to permit healing, to prevent further injury, and to control pain and swelling.
  • Rest, protection (brace, wrap, splint, and/or crutches)

  • Control inflammation (ice, compression, elevation)

  • Early weight bearing as tolerated

II Phase II treatment begins once pain and swelling have subsided to the point where the athlete can comfortably bear weight and walk from place to place.
  • Reduce residual swelling.

  • Restore flexibility and joint range of motion.

  • Restore strength (with emphasis on peroneals and calf— see "Peroneal strengthening exercise" and "Calf strengthening exercise").

  • Resume low-impact aerobic training; maintain general fitness.

III Phase III treatment focuses on restoring ankle proprioception (balance and position awareness) as well as agility and coordination.
  • Restore proprioception (see "Proprioception exercise").

  • Restore agility/coordination.

IV In Phase IV treatment, athletes make the transition back to their sport through what is known as a functional progression. For running sports, athletes may progress from jogging or running straight ahead on a flat surface to sprinting.
  • Functional progression (jogging, running, sprinting, cutting, jumping; sport-specific skills)

V In Phase V, the athlete has completed the functional program and should be ready to return to practice.
  • Gradual return to practice and competition

  • Maintenance exercises and long-term protection

Exercises

Peroneal strengthening exercise

Akshar_Pediatrics_Medical Conditions - Accordian 13

Exercises that use elastic tubing can help restore strength to the muscles of the leg and calf.

  • Attach elastic to secure object.

  • Loop tubing around left forefoot.

  • Pull the tubing to the left with your forefoot while keeping the rest of your foot in place.

  • Repeat steps 1 through 3 with right forefoot pulling the tubing to the right.

Calf strengthening exercise

Akshar_Pediatrics_Medical Conditions - Accordian 14

Calf strengthening can be performed by toe raises, with or without added weight, and toe raises on the edge of a step.

  • Stand with balls of feet on a step. Hold onto a handrail to keep you steady.

  • Keep your knees slightly bent and gently lower your heels.

  • Then slowly raise your heels by pushing on the balls of your feet.

  • Repeat steps 1 through 3.

Proprioception exercise

Akshar_Pediatrics_Medical Conditions - Accordian 15

Exercises to restore proprioception are performed on a balance board, a wobble board, or a mini trampoline, or simply by standing on one leg while playing catch with a ball or doing some other distracting activity.

Return-to-play criteria

Because injuries and recovery rates are different for every athlete, it is difficult to estimate an exact date or time when return to sports will be safe. However, by plotting the phases of rehabilitation (see graph), doctors can discuss with athletes the necessary steps for recovery and will be able to measure an athlete's progress against this standard.

Akshar_Pediatrics_Medical Conditions - Accordian 16

Copyright © 2011
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 18

Asthma

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Akshar_Pediatrics_Medical Conditions - Accordian 19Asthma (AZZ-muh) is a disease of the breathing tubes that carry air to the lungs. The linings of the tubes swell, and they fill up with mucus (MYOO-kus). This is called inflammation (in-fluh-MAY-shun). It makes the tubes get narrow. This makes it hard to breathe.

Asthma can cause sickness, hospital stays, and even death. But children with asthma can live normal lives.

Signs of Asthma

Symptoms of asthma can be different for each person. They can come quickly or start slowly and they can change. Symptoms may include:

  • Coughing.

  • Trouble breathing.

  • Wheezing *.

  • Shortness of breath.

  • Tightness in the chest.

  • Trouble exercising.

What to Do for Asthma

  • There is no cure for asthma. But you can help control it. Your child will likely need one or more medicines. Using them right is very important.

  • Make a plan for what to do for your child's asthma, wherever he or she is.

  • Keep your child away from things that can make asthma worse (triggers).

Always Call the Doctor If…

  • Your child has trouble breathing.

  • Your child coughs, wheezes, or has a tight feeling in the chest more than once or twice a week.

Using Medicines

There are 2 kinds of asthma medicines:

  • Quick-relief (rescue) medicines

  • Controller medicines

Always use a spacer for medicines that are breathed in through the mouth. A spacer is a tube that you put between the medicine and the mouth. It helps get the medicine into the lungs (see picture above).

Quick-Relief Medicines

They work fast to open airways (the breathing tubes or bronchioles). They relieve tightness in the chest, wheezing, and feeling out of breath. They can also be used to prevent an asthma attack when exercising. They are called bronchodilators*.

The most common quick-relief medicine is albuterol (al-BYOO-der-all). It comes in a form that can be breathed in.

If your child has a bad asthma attack, your child's doctor may also prescribe steroids* to be taken by mouth for 3 to 5 days.

Controller Medicines

Controller medicines are used every day. They don't take away symptoms. Instead, they keep them from happening. Some can be breathed in, and some can be swallowed.

Your child should take a controller medicine if he or she:

  • Has asthma symptoms more than twice a week OR

  • Wakes up with asthma symptoms more than twice a month.

There are several kinds of controller medicines:

  • Steroids to breathe in

  • Long-acting bronchodilators to breathe in

  • Both steroids and bronchodilators in the same medicine to breathe in

  • Leukotriene receptor antagonists * to take by mouth

  • Other inhaled medicines like cromolyn*

Make an Asthma Action Plan

Your child's doctor can help you write an asthma action plan*. This lists:

  • What medicines your child should take and how often.

  • What to do if the symptoms get worse.

  • When to get medical help right away.

You can check your action plan when you are not sure what to do for your child's symptoms.

Give a copy of the action plan to your child's school so they know what to do too.

what Are Asthma Triggers?

Things that cause asthma attacks or make asthma worse are called triggers. Common asthma triggers include:

  • Tobacco and other smoke

  • Dust and mold

  • Cats and dogs

  • Cockroaches

  • Plant pollen (PAH-lin)

  • Sinus (SYE-nis) and lung infections

Using a Peak Flow Meter

This is a tool that measures how fast a person can blow air out of the lungs. The peak flow meter has 3 zones—green, yellow, and red—like a traffic light. The different colors help show if your child's asthma is doing well or getting worse. Ask your child's doctor for help setting the green, yellow, and red zones for your child:

  • Green—Asthma is under good control.

  • Yellow—Your child may be having some asthma symptoms and may need to change medicines. Talk with the doctor and check your child's asthma action plan.

  • Red—This is an emergency. Check your child's asthma action plan or call the doctor right away.

When to Use the Peak Flow Meter

  • Each morning before taking any medicines.

  • If symptoms get worse, or your child has an asthma attack. Check the peak flow before and after using medicines. This will help you see if the medicines are working.

  • At other times if your child's doctor suggests.

Keep a record of your child's peak flow numbers each day. Bring this record with you when you visit your child's doctor.

When Your Child Is Away From Home

Children's asthma symptoms need to be controlled wherever they are.

Talk with teachers, the school nurse, office staff, and coaches. They need to know your child has asthma, what medicines your child takes, and what to do in an emergency. They need copies of your child's asthma action plan.

They also have forms for you to fill out and return:

  • A medicine permission form from your child's doctor so your child can take medicines at school if needed

  • A release form signed by a parent so the school nurse can talk with your child's doctor if needed

Copyright © 2008
Source

Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 21

Asthma and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 22This publication was written by the American Academy of Pediatrics to inform parents about asthma. It includes information about asthma symptoms, triggers, treatments, medicines, and how to communicate with your child's school.

What is asthma?

Asthma is a chronic disease of the airways in the lungs. The airways are very sensitive and may be inflamed even though symptoms are not always present. The degree and severity of airway irritation varies over time. One of the most important goals of asthma treatment is to control the irritation in the airways and the symptoms that result.

In an asthma "attack," the airways become narrowed or blocked. The inner lining of the airways becomes inflamed (swollen and irritated) and the outer muscles tighten around the airways, making breathing difficult. The good news is that this can be treated and controlled.

Who gets asthma?

Asthma is the most common serious chronic disease of childhood. It is one of the main reasons children miss school and the most frequent cause for hospitalization in children. In the United States, nearly 1 out of every 10 children has asthma.

Many things can influence the onset of asthma and include family history (children who have family members with allergies or asthma), infections, exposure to allergens, exposure to tobacco smoke, and exposure to air pollutants. Children with other types of allergic diseases (eczema, food allergy, hay fever) also are more likely to develop asthma.

The number of children with asthma has been increasing worldwide, and the amount of illness caused by asthma may also be increasing in some parts of the country. The reasons for these increases are not exactly known.

What are symptoms of asthma?

Symptoms of asthma can appear quickly or develop slowly. Some children have symptoms of asthma often enough that they have to take medicine every day. Other children may need medicine just once in a while. Every child is different.

A cough may be the first and sometimes only asthma symptom. Other symptoms may include

  • Wheezing (a high-pitched whistling sound)

  • Difficulty breathing or shortness of breath

  • Tightness in the chest

  • Decreased ability to exercise or self-limiting exercise

How is asthma diagnosed?

There is no simple test to diagnose asthma. It's often difficult to diagnose, especially in young children. Your child's doctor will need to ask you specific questions about your child's health and then a careful physical exam is done. The information that you provide will help your child's doctor determine if your child has asthma.

  • Does your child have symptoms such as wheezing, coughing, or shortness of breath?

  • How often do the symptoms occur and how bad do they get? For example, is your child missing school or unable to participate in sports or other activities because of breathing problems? Or is coughing or wheezing keeping your child up at night?

  • What triggers the symptoms or makes them worse? (For example, with colds, exercise, smoke, allergens, or stress/emotions?)

  • Is there a history of chronic runny nose or eczema?

  • Which medicines have been tried? Did they help?

  • Is there any family history of allergies or asthma?

If your child is old enough (usually older than 5 or 6 years), your child's doctor may test your child's lung function. One way to do this is with a machine called a spirometer (which is different from a peak flow meter). Spirometry measures the amount of air and how fast it can be blown out of the lungs. Your child's doctor may also want to retest your child's lung function after giving her some asthma medicine.

Some children don't feel better after using medicines. If medicines don't work, tests may be done to check for other conditions that can make asthma worse or have the same symptoms as asthma. These conditions include allergic rhinitis (hay fever), sinusitis (sinus infection), gastroesophageal reflux disease (GERD—heartburn), and vocal cord dysfunction (spasms of the vocal cords or voice box).

Keep in mind that asthma can be a difficult disease to diagnose, and the results of lung function testing may be normal even if your child has asthma. For some children, the tendency to wheeze with colds (or respiratory infections) goes away as their lungs grow.

How is asthma treated?

The goal of asthma treatment is to eliminate or reduce symptoms so children can fully participate in normal physical activities. This can be done by avoiding asthma triggers and providing asthma medicine. It's also important to prevent emergency department visits and hospital stays because of asthma attacks. If your child experiences asthma symptoms more than twice per week, let your child's doctor know.

What are asthma triggers?

Certain things cause asthma attacks or make asthma worse. These are called triggers. It is important to find out what those triggers are for your child and learn ways to help your child avoid them. Allergens and irritants are triggers that can be found in your home, school, child care, and relatives' homes.

Some common asthma triggers are

  • Allergens: These are things to which your child might be allergic. Many children with asthma have allergies, and allergies can be a major cause of asthma symptoms.

    • – House dust mites (tiny "bugs" you cannot see that are commonly found in bedding, carpet, and upholstered furniture)

    • – Animals with fur or hair

    • – Cockroaches

    • – Mice

    • – Pollens (trees, grass, weeds)

  • Infections of the lungs and sinuses

    • – Viral infections

    • – Bacterial infections, such as pneumonia or sinus infections

  • Irritants in the environment (air that you breathe)

    • – Cigarette and other smoke

    • – Air pollution (chemicals, smog, auto exhaust, etc)

    • – Cold or dry air

    • – Sudden changes in weather

    • – Odors, fragrances, chemicals in sprays, and cleaning products

    • – Unventilated space heaters (gas or kerosene) and fireplaces

    • – Odors and gases released from new carpets, furniture, or materials in new buildings

  • Exercise (About 80% of people with asthma develop wheezing, coughing, and a tight feeling in the chest when they exercise or may develop prolonged cough or wheeze on completion of exercise.)

  • Emotional stress (laughing or crying hard)

How can triggers be avoided?

While you can't make your home completely allergen- or irritant-free, there are things you can do to reduce your child's exposure to triggers. This will help decrease symptoms as well as the need for asthma medicines. The following tips may help:

  • Don't smoke. Don't let anyone smoke in your home or car or around your child (like at child care or at school).

  • Reduce exposure to dust mites if your child is allergic to dust mites. Cover your child's mattress and pillows with special dust mite–proof covers. Wash your child's bedding in hot water every week. Remove stuffed toys from the bedroom. Vacuum and dust often. Use a dehumidifier to reduce indoor humidity to 30% to 50% (if possible). Remove carpeting in the bedroom; bedrooms in basements should not be carpeted.

  • Reduce exposure to pet allergens. If your child is allergic to furry pets, remove the pets from the home. If this isn't possible, keep the pets out of your child's bedroom and keep the bedroom door closed. You may also consider a high-efficiency particulate air (HEPA) filter in the bedroom or on the furnace. Although these interventions may reduce pet allergen levels some, they are much less effective than finding the pet a new home.

  • Control cockroaches. If you have a roach problem, always use the least toxic method to control them. For example, you should repair holes in walls or other entry points, set roach traps, and avoid leaving out exposed food, water, or garbage. Avoid bug sprays and bombs, as these could trigger an asthma attack. If these measures fail, you may need to consult a licensed pest control professional.

  • Control mice. If you have seen mice or signs of mice in your home, several steps can be taken to control them. Setting traps, sealing holes and cracks or other entry points, and storing dry goods in plastic, sealable containers can help. If these measures fail, you may need to consult a licensed pest control professional.

  • Prevent mold. Mold in homes is often caused by excessive moisture indoors. This can result from water damage caused by flooding, leaky roofs, leaking pipes, or excessive humidity. Repair any sources of water leakage. Control indoor humidity by using exhaust fans in the bathrooms and kitchen and adding a dehumidifier in areas with high humidity. The Environmental Protection Agency (EPA) currently recommends cleaning existing mold with detergent and water (though there may be debris that can continue to contribute to allergic reactions). Some materials, such as wallboards with mold, have to be replaced.

  • Reduce pollen exposure if your child is allergic to pollen. Use an air conditioner in your child's bedroom, with the fresh air vent closed, and leave doors and windows closed during high pollen times. Seasons with high pollen counts vary by region. Check with your allergist, local newspaper, or the Internet for local pollen counts.

  • Reduce indoor irritants. Use unscented cleaning products and avoid mothballs, room deodorizers, and scented candles.

  • Check air quality reports. When the air quality is very poor, keep your child indoors. Check weather forecasts or the Internet for air quality reports.

What types of medicines are used?

Asthma is different in every child, and symptoms can change over time. Your child's doctor will decide which asthma medicine is best for your child based on how severe and how often your child has symptoms. Medicines may also vary depending on your child's age.

Children with asthma whose symptoms occur once in a while are given medicines only as needed and usually for short periods. Children with asthma whose symptoms occur more often need to take a different kind of medicine every day to control their symptoms. (See "Groups of asthma medicines.")

Sometimes it's necessary to take several medicines at the same time to control and prevent symptoms. Your child's doctor may give your child several medicines at first, to get the asthma symptoms under control, and then decrease the medicines as needed.

It usually helps to have an asthma action plan or asthma home management plan written down so you can refer to it from time to time. Such a plan should contain information on daily medicines your child takes as well as instructions on what to do when symptoms occur. A copy of the plan should also be provided to your child's school or child care provider.

An example of an asthma action plan is available on the National Heart, Lung, and Blood Institute (NHLBI) Web site at http://www.nhlbi.nih.gov/health/public/lung/asthma/asthma_actplan.pdf.

Forms of asthma medicine

Asthma medicines come in a variety of forms, including the following:

  • Metered-dose inhalers (MDIs)

  • Dry powder inhalers (DPIs)

  • Liquids that can be used in nebulizers

  • Liquids that are taken by mouth

  • Pills

Inhaled forms are preferred because they deliver the medicine directly to the air passages with minimal side effects.

Groups of asthma medicines

There are 2 groups of asthma medicines: quick-relief medicines and controller medicines.

  • Quick-relief medicines are for short-term use to open up narrowed airways and help relieve wheezing, breathlessness, and the feeling of tightness in the chest. They can also be used to prevent exercise-induced asthma. These medicines are taken only on an as-needed basis. The most common quick-relief medicine is albuterol. These medicines relax the muscles around the airways to open them up. Your child's doctor may also recommend having an oral corticosteroid medicine (pill or liquid) available should your child have a moderate to severe asthma attack.

  • Controller medicines are used on a daily basis to control asthma and prevent symptoms. They act by reducing inflammation or by causing long-term relaxation of airway muscles. Controllers are NOT used for immediate relief of symptoms. Your child's symptoms will not get better immediately after taking a dose of a controller medicine. Instead, your child's symptoms should get better over a period of days to as long as 2 weeks after starting a controller medicine. Children with symptoms more than twice per week or who wake up from sleep more than twice per month should be on controllers.

    Controller medicines include the following:

    • – Inhaled steroids (Inhaled steroids are the most effective and thus the preferred controller medicine for all ages. When used in recommended doses, they are safe.)

    • – Long-acting bronchodilators (for use only in combination products that contain inhaled steroids)

    • – Leukotriene receptor antagonists (available only in oral form)

    • – Other inhaled medicines such as cromolyn

Speak with your child's doctor about which controller medicine would be best for your child.

What devices are used to help deliver asthma medicines?

Medicines for asthma can be given to your child using a variety of devices including the following:

  • Nebulizer. This device uses an air compressor and cup to change liquid medicine into a mist that can be inhaled. To be sure that the medicine gets into the lungs, controller medicines and quick-relief medicines must be given with a mouthpiece or mask.

Akshar_Pediatrics_Medical Conditions - Accordian 23

An example of a nebulizer machine with mask delivery.

  • Metered-dose inhaler (MDI). This is the most commonly used device for asthma medicines. Spacers, with an attached mask or mouthpiece, should be used to help make it easier to use MDIs. Spacers should always be used with inhaled steroids.

    As of January 1, 2009, MDIs no longer contain propellants that damage the ozone layer. The current inhalers use a propellant gas that is safe for the environment and gives a gentler, softer spray.

Akshar_Pediatrics_Medical Conditions - Accordian 24

A meter-dosed inhaler (MDI).

  • Dry powder inhaler (DPI). This device is available for some medicines. You don't need to coordinate pressing with breathing with a DPI, but its use still requires some training. It may have less taste and does not require the use of a spacer. DPIs may be placed directly into the mouth for inhalation of the medication. These devices vary in shape and size.

Because there are several different inhalers on the market, your child's doctor will suggest the one that is best for your child. There are important differences in the way they are used and amounts of medicines they deliver to the airways. You and your child will be taught how to use the inhaler, but your child's technique should be checked regularly to make sure your child is getting the right dose of medicine.

Exercise and asthma

Physical activity is important for your child's physical and mental health. Children with asthma should be able and encouraged to participate completely in physical education, sports, and other activities in school.

Exercise can often trigger symptoms in children with asthma. It can almost always be prevented with the use of quick-relief medicines taken 10 to 15 minutes before exercise. If it occurs often, however, it may mean your child's asthma isn't under control. Proper asthma control can make a great difference in your child's ability to exercise normally. It is important for parents to speak with their child's physical education teachers and coaches about their child's asthma management. If your child's asthma is interfering with your child's ability to participate in physical activity, tell your child's doctor.

Peak flow meter

A peak flow meter is a handheld device that measures how fast a person can blow air out of the lungs. This device may be recommended by your child's doctor to help monitor your child's asthma; however, this handheld device does not give a detailed assessment of asthma like a spirometer does (described earlier).

Asthma and schools

Children spend many hours at school, which is why it is so important that asthma symptoms are well managed while they are there. It's also important that you are aware of your child's symptoms and any problems with how your child's asthma is managed in school. The following are other things to keep in mind:

  • Good communication is important to asthma care and management in school.

    • – Consider meeting with your child's teachers, the school nurse, and coaches at the beginning of the school year. The school needs to know about your child's asthma, how severe it is, what medicines your child takes, and what to do in an emergency.

    • – Ask your child's doctor to complete an asthma action plan for the school, as well as a medicine permission form that includes whether your child should be allowed to carry and use his or her own inhaler and instructions about use of a spacer with the inhaler.

    • – Sign a release at school and your child's doctor's office to allow the exchange of medical information between you, the school, and your child's doctor.

    • – Ask the school official or nurses about its policies on how your child will get access to his medicines and how they deal with emergencies, field trips, and after-school activities.

    • – Ask for updates if necessary. The school should also inform you about any changes or problems with your child's symptoms while your child is at school.

  • Check for triggers at school. The environment at school is as important as the environment at home. Use the "How Asthma-Friendly Is Your School?" checklist to check your child's school and classroom. This checklist is available on the National Heart, Lung, and Blood Institute Web site at http://www.nhlbi.nih.gov/health/public/lung/asthma/friendhi.htm.

  • Help your child cope with asthma at school. Talk with your child about how well his asthma is being managed in school. Also talk with your child's teachers, school nurse, coaches, and other school personnel about how well your child is coping with asthma in school.

    The following are some problems students with asthma may face at school:

    • Missing school because of asthma symptoms or doctor visits.

    • Avoiding school or school activities. Work with your child's doctor and school personnel to encourage your child to participate in school activities.

    • Not taking medicine before exercise. Your child may avoid going to the school office or nurse's office to use his inhaler before exercise. Schools that allow children to carry their inhalers with them can help avoid this problem. This is a good idea only if your child always remembers to take his medicine and knows how to take it properly.

Remember

Asthma is a complex yet treatable condition. By using medicines, avoiding triggers and environments that can cause asthma attacks, and carefully managing symptoms, children with asthma can lead normal and healthy lives.

The following are some things to keep in mind:

  • If you are concerned your child may have asthma, talk with your child's doctor. Your child's doctor may test your child's airway function. It is important to remember that asthma is a difficult disease to diagnose, and the results of lung function testing may be normal even if your child has asthma.

  • Decreasing your child's exposure to triggers will help decrease symptoms and the need for asthma medicines.

  • There is no one magic medicine that controls all asthma. Sometimes several medicines need to be taken at the same time to control and prevent symptoms. Your child's doctor will choose the best medicines for your child and talk with you about when and how to use them.

  • It's important that asthma symptoms are well managed while your child is at school.

If you have any questions about your child's health, symptoms of asthma, or how your child's asthma is being managed, talk with your child's doctor.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of the resources mentioned in this publication. Web site addresses are as current as possible, but may change at any time.

Copyright © 2009
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 26

Asthma Triggers

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Akshar_Pediatrics_Medical Conditions - Accordian 27Things that cause asthma (AZZ-muh) attacks or make asthma worse are called triggers. Asthma triggers can be found in your home, your child's school, child care, and other people's homes.

Common Asthma Triggers

Allergens (AL-er-jinz) are things your child may be allergic to.

  • House dust mites—tiny bugs you can't see. They live in carpets, drapes, cloth furniture, pillows, mattresses, and dust.

  • Animal dander—tiny flakes of skin from furry animals like cats and dogs. You can't see animal dander.

  • Cockroaches

  • Mold

  • Pollen (PAH-lin)—the dust from plants.

Sinus (SYE-nis) and lung infections. The sinuses are spaces inside your head, behind your nose. They can get infected. Pneumonia (nuh-MOH-nyuh) is a kind of lung infection.

Things your child breathes in.

  • Tobacco and other smoke

  • Air pollution

  • Cold or dry air

  • Perfumes, chemicals, and cleaning products

  • Fumes from gas or kerosene heaters and fireplaces

Exercise. Some people with asthma wheeze*, cough, and get a tight feeling in the chest when they exercise. But they can still be active. There are medicines to use before exercise.

Avoiding Triggers

You can’t get rid of all the asthma triggers in your home. But there's still a lot you can do. Here are some tips:

Don't smoke. And don't let anyone else smoke in your home or car.

Protect your child from dust and dust mites.

  • Cover your child's mattress and pillows with allergy-proof covers.

  • Wash your child's bedding in hot water every 1 to 2 weeks.

  • Make sure your child's stuffed toys can be cleaned in a washing machine every 1 to 2 weeks. Check the label.

  • Vacuum and dust often.

  • Take carpet out of the bedroom.

  • Use a HEPA air filter in the bedroom. This special kind of filter cleans the air. You can buy one at some drugstores.

Keep pets away.

  • Try to find new homes for furry pets.

  • Keep pets out of your child's bedroom.

  • Wash pets often.

Control cockroaches.

  • Repair holes in walls, cupboards, and floors.

  • Set roach traps.

  • Don't leave out food, water, or trash.

  • Don't use bug sprays or bombs.

  • Call an exterminator (ex-TUR-muh-nay-tur).

Prevent mold. Floods, leaks, or dampness in the air can cause mold.

  • Fix any leaks.

  • Use exhaust fans in the bathrooms and kitchen.

  • Use a dehumidifier (dee-hyoo-MID-uh-fye-ur) in damp parts of the house. A dehumidifier is a machine that takes dampness out of the air.

  • Clean mold with water and detergent.

  • Replace moldy wallboards.

Keep pollen away. If your child has hay fever:

  • Find out when pollen is high in your area. Check with your child's doctor, your local newspaper, or the Internet.

  • Put an air conditioner in your child's bedroom. Close the fresh air vent when pollen is high.

  • Keep doors and windows closed.

Keep strong smells out of the house.

  • Use unscented cleaning products.

  • Avoid mothballs, air fresheners, perfumes, and scented candles.

Keep your child indoors when the air quality is very poor. Air quality is how clean or dirty the air is. It can change from day to day.

  • Check weather reports or the Internet for air quality news.

What Is Asthma?

Asthma is a disease of the breathing tubes that carry air to the lungs. The linings of the tubes swell and they fill up with mucus (MYOO-kus). This is called inflammation (in-fluh-MAY-shun). It makes the tubes get narrow. This makes it hard to breathe

Asthma can cause sickness, hospital stays, and even death. But children with asthma can live normal lives.

Signs of Asthma

Symptoms of asthma can be different for each person. They can come quickly or start slowly and they can change. Symptoms may include:

  • Coughing.

  • Trouble breathing.

  • Wheezing *.

  • Shortness of breath.

  • Tightness in the chest.

  • Trouble exercising.

What to Do for Asthma

  • There is no cure for asthma. But you can help control it. Your child will likely need one or more medicines. Using them right is very important.

  • Make a plan for what to do for your child's asthma, wherever he or she is.

  • Talk with teachers, the school nurse, office staff, and coaches. They need to know your child has asthma, what medicines your child takes, and what to do in an emergency. They need copies of your child's asthma action plan*.

Copyright © 2008
Source

Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 29

Bedbugs

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What are bedbugs?

These are small insects that feed on human blood by biting through the skin. Bedbugs are most active between 2:00 and 5:00 am. They can travel 10 to 15 feet to feed and go without feeding for up to 6 months. Their bites may look like a small rash and are itchy. Bedbugs are not known to transmit or spread any disease.

What are the signs or symptoms?

  • Bites typically occur on exposed skin, such as the face, neck, arms, and hands. These are itchy bites, which often occur in a row, on areas of skin that are exposed during the night.

  • Bites often have a red dot where the bite occurred in the middle of a raised red bump.

  • Look for specks of blood, rusty spots from crushed bugs, or dung spots the size of a pen point on bedsheets and mattresses or behind loose wallpaper.

  • Look for reddish/brown live bugs, about ⅛ of an inch, in crevices or seams of bedding.

What are the incubation and contagious periods?

  • Bedbugs do not reproduce on humans like scabies or lice. They bite humans at night, and then hide in cracks or crevices on mattresses, cushions, or bed frames during the day.

  • Children or staff members may bring bedbugs to school in book bags and outer garments and clothes.

How are they spread?

  • Bedbugs are not spread from one person to another. They are not an indication that people or their homes are dirty. They may hide in belongings or clothing that allow them to spread to others in group care settings.

  • These insects crawl at the speed of a ladybug.

How do you control them?

  • Avoid overreacting. One bedbug is not an infestation. It is not necessary to send the child home. Do not throw anything away. Nap mats and mattresses can be cleaned.

  • Bedbugs in child care and school settings are almost always “hitchhikers” brought from home and usually do not represent a problem at the program.

  • Educate staff members and families about bedbugs.

  • Reduce clutter and limit items that travel back and forth between homes and the facility.

  • Clean up any bedbug debris with detergent and water.

  • Seal cracks and crevices to eliminate hiding places for bedbugs and other pests. Caulk and paint wooden baseboards or molding around ceilings.

  • Separate the backpack and coat of one child from those of another child to avoid cross-contamination.

  • Provide enough space between coat hooks so each child’s belongings do not touch those of another child.

  • Empty and clean cubbies, lockers, and child storage areas at least once every season.

  • Inspect the nap area regularly (preferably by a trained pest control operator). Use a flashlight to examine nap mats, mattresses (especially seams), bedding, cribs, and other furniture in the area.

  • In the unlikely event bedbugs are identified in the facility, contact a professional exterminator. Extermination involves vacuuming and one of the following approaches: Application of the least toxic (preferably “bio-based”) products, heating the living area to 122°F (50°C) for about 90 minutes, freezing infested articles, or (if necessary) use of synthetic chemical insecticides. Use integrated pest management, which involves a combination of nonchemical strategies, such as maintenance and sanitation, followed by pesticides, if other methods are not effective.

  • Laundering bedding and clothing (hot water and hot drying cycle for 30–60 minutes), vacuuming cracks and crevices (in furniture, equipment, walls, and floors), and freezing smaller articles that may have been used as hiding places for bedbugs may reduce infestation until extermination can be performed. Dispose of the vacuum cleaner filter and bags in a tightly sealed plastic bag.

  • Use encasements/covers around the mattress, box spring, and pillows to trap bedbugs. These encasements/covers are readily available by searching the Internet for “mattress or pillow encasement.” They are marketed for bedbug or allergy control.

What are the roles of the teacher/caregiver and the family?

  • Usually, the teacher/caregiver will not know which children with insect bites have been bitten by bedbugs because they are hard to distinguish from other insect bites.

  • Children with bedbug bites are not infested and so do not require treatment to prevent spread to others.

  • Fingernails should be kept short to avoid damaging and infecting the skin due to itching. Observe for signs of skin infection, such as boils, abscesses, or cellulitis (see Boil/Abscess/Cellulitis Quick Reference Sheet).

  • Affected children may receive steroid skin creams or oral antihistamines to relieve the itch.

Exclude from group setting?

No.

Comments

  • Unlike lice or scabies, bedbugs do not infest or require treatment of that person. Bedbugs infest the living area and require extermination. During the daytime, bedbugs do not stay on the affected person.

  • Good resources for identifying and controlling bedbugs are the US Environmental Protection Agency (www.epa.gov/bedbugs) and the New York City Department of Health and Mental Hygiene (www.nyc.gov/bedbugs).

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 31

Bedwetting

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Akshar_Pediatrics_Medical Conditions - Accordian 32Most children learn to use the toilet between 2 and 4 years of age. Even after children are toilet-trained, they may wet the bed until they are older. It's even common for 6-year-olds to wet the bed once in a while. Some children still wet the bed at age 12.

What to Do About Bedwetting

Bedwetting usually goes away as your child gets older. Talk with the doctor if you or your child are worried about bedwetting. These tips can help in the meantime.

Try These Tips

  • Protect the bed. Put a plastic cover under the sheets.

  • Have your child use the toilet just before bedtime.

  • Don't give your child soda pop (especially cola) before bed.

  • Wake your child up to use the toilet 1 or 2 hours after going to sleep. This will help him or her stay dry through the night.

  • Reward your child for dry nights. Try a star chart. (See “Using a Star Chart” on the right.) Do not punish your child for wet nights.

  • Let your child help change wet sheets and covers. But don't force your child to do this. If you do, your child will think he or she is being punished.

  • Set a no-teasing rule in your family. Let others know that it's not the child's fault.

  • Don't make bedwetting a big issue so your child won't either.

Tell Your Child

  • Wetting the bed is not his or her fault.

  • It won't last forever.

  • Lots of kids go through this, but no one talks about it at school.

Using a Star Chart

Akshar_Pediatrics_Medical Conditions - Accordian 33Try using a calendar and star-shaped stickers to keep track of your child's “dry” nights. Each morning, check your child's bed. If it stayed dry all night, praise your child. Let him or her put a sticker on the calendar for that day. (You can also make a chart that shows the days of the week. See the chart above.)

For many children, just seeing the stars add up is enough. Other children may need a reward. For example, do something special with your child after a whole week of dry nights.

If You Need More Help…

Try the tips on the first page of this handout for 1 to 3 months. Then, talk with your child's doctor if bedwetting is still a problem. The doctor may suggest one of the following:

A Bedwetting Alarm

Akshar_Pediatrics_Medical Conditions - Accordian 34You can use a bedwetting alarm. The alarm goes off when it gets wet. Then the child learns to wake up to use the toilet. Over time, this helps a child stay dry at night. But don't give up. It can take weeks or months to work.

Bedwetting alarms tend to work best for children who have some dry nights. Ask your child's doctor what kind of alarm would be best for your child.

Medicine

There are some medicines for treating bedwetting in older children. They almost never cure bedwetting. But they can help your child go to a sleepover or camp. Ask your child's doctor about them.

Reasons for Bedwetting

We don't always know what causes bedwetting. Here are some possible reasons:

  • There is a family history of bedwetting. (Most children who wet the bed have at least one parent who did it as a child.)

  • Your child is a deep sleeper and doesn't wake up when he or she has to pee.

  • Your child's bladder* is still too small to hold urine all night.

  • Your child has trouble passing stool (poop). This can put pressure on the bladder.

  • Your child has a minor illness, is very tired, or is going through changes or stress at home.

Signs of a Health Problem

Talk with your child's doctor if:

  • Your child has been completely toilet-trained for more than 6 months AND

  • Your child starts wetting the bed again.

These 2 things together may mean that your child has a health problem.

Copyright © 2008
Akshar_Pediatrics_Medical Conditions - Accordian 31

Bedwetting: What Parents Need to Know

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Akshar_Pediatrics_Medical Conditions - Accordian 37Did you know that there are about 5 million children in the United States who wet the bed? If your child wets the bed, he or she is not alone.

Though most children are toilet trained between 2 and 4 years of age, some children may not be able to stay dry at night until they are older. Children develop at their own rate. For example, 20% of 5-year-olds, 10% of 7-year-olds, and 5% of 10-year-olds may still wet the bed.

Bedwetting is not a serious medical condition, but it can be a challenging problem for children and parents. Read on to find out more from the American Academy of Pediatrics about bedwetting and what can be done about it.

Causes of bedwetting

Although not all of the causes of bedwetting are fully understood, the following are some that are possible:

  • Your child is a deep sleeper and does not awaken to the signal of a full bladder.

  • Your child has not yet learned how to hold and empty urine well. (Communication between the brain and bladder may take time to develop.)

  • Your child’s body makes too much urine at night.

  • Your child is constipated. Full bowels can put pressure on the bladder and lead to problems with holding and emptying urine well.

  • Your child has a minor illness, is overly tired, or is responding to changes or stresses going on at home.

  • There is a family history of bedwetting. Most children who wet the bed have at least one parent who had the same problem as a child.

  • Your child’s bladder is small or not developed enough to hold urine for a full night.

  • Your child has an underlying medical problem.

What you can do

Most children wet their beds during toilet training. Even after they stay dry at night for a number of days or even weeks, they may start wetting at night again. If this happens to your child, simply go back to training pants at night and try again another time. The problem usually disappears as children get older. If children reach school age and still have problems wetting the bed, it most likely means they have never developed nighttime bladder control.

If you are concerned about your child’s bedwetting or your child expresses concern, talk with your child’s doctor. You may be asked the following questions about your child’s bedwetting:

  • Is there a family history of bedwetting?

  • How often and when does your child urinate during the day?

  • Have there been any changes in your child’s home life such as a new baby, divorce, or new house?

  • Does your child drink carbonated beverages, caffeine, citrus juices, or a lot of water before bed?

  • Is there anything unusual about how your child urinates or the way the urine looks?

Signs of a medical problem

If your child has been completely toilet trained for 6 months or longer and suddenly begins wetting the bed, talk with your child’s doctor. It may be a sign of a medical problem. However, most medical problems that cause bedwetting to recur suddenly have other signs, including

  • Changes in how much and how often your child urinates during the day

  • Pain, burning, or straining while urinating

  • A very small or narrow stream of urine or dribbling that is constant or happens just after urination

  • Cloudy or pink urine or bloodstains on underpants

  • Daytime and nighttime wetting

  • Sudden change in personality or mood

  • Poor bowel control

  • Urinating after stress (coughing, running, or lifting)

  • Certain gait disturbances (problems with walking that may mean an underlying neurologic problem)

  • Continuous dampness

If your child has any of these signs, your child’s doctor may want to take a closer look at the kidneys or bladder. If necessary, your child’s doctor will refer you to a pediatric urologist, a doctor who is specially trained to treat children’s urinary problems.

Managing bedwetting

Keep the following tips in mind when dealing with bedwetting:

  • Do not blame your child. Remember that it is not your child’s fault. (See “Causes of bedwetting.”)

  • Be honest with your child about what is going on. Let your child know it’s not his or her fault and that most children outgrow bedwetting.

  • Be sensitive to your child’s feelings. If you don’t make a big issue out of bedwetting, chances are your child won’t either. Also remind your child that other children wet the bed.

  • Protect the bed. A plastic cover under the sheets protects the mattress from getting wet and smelling like urine.

  • Let your child help. Encourage your child to help change the wet sheets and covers. This teaches responsibility. It can also keep your child from feeling embarrassed if the rest of the family knows. However, if your child sees this as punishment, it is not recommended.

  • Set a no-teasing rule in your family. Do not let family members, especially siblings, tease your child. Let them know that it’s not your child’s fault.

  • Take steps before bedtime. Have your child use the toilet and avoid drinking large amounts of fluid just before bedtime.

  • Try to wake your child up to use the toilet 1 to 2 hours after going to sleep to help your child stay dry through the night.

  • Be positive. Reward your child for dry nights. Offer support, not punishment, for wet nights.

  • Be aware of your child’s daily urine and bowel habits.

Bedwetting alarms

If your child is still not able to stay dry during the night after using these steps for 1 to 3 months, a bedwetting alarm may be recommended. When a bedwetting alarm senses urine, it sets off an alarm so the child can wake up to use the toilet. When used correctly, it will detect wetness right away and sound the alarm. Be sure your child resets the alarm before going back to sleep.

Bedwetting alarms are successful 50% to 75% of the time. They tend to be most helpful for children who are deep sleepers and have some bladder control on their own. Ask your child’s doctor which type of alarm would be best for your child.

Medicines

Medicines are available to treat bedwetting for children 6 years and older. Though medicines rarely cure bedwetting, they may be helpful, especially when children begin attending sleepovers or overnight camps. Your child’s doctor can tell you more about these medicines and if they are right for your child. Remember to ask about possible side effects.

Beware of “cures”

There are many treatment programs and devices that claim they can “cure” bedwetting. Be careful; many of these products make false claims and promises and may be very expensive. Your child’s doctor is the best source for advice about bedwetting. Talk with your child’s doctor before starting any treatment program.

Stay positive

Do not be discouraged if one treatment does not work. Some children will respond well to a combination of treatments involving medicines and bedwetting alarms. This often involves care by a pediatric specialist. (If your child is one of a small number of children who do not respond to any treatment, talk with your child’s doctor about ways to manage bedwetting.)

Also, in most cases, bedwetting decreases as the child’s body matures. By the teen years, almost all children outgrow bedwetting. Only about 2% to 3% of children continue to have problems with bedwetting as adults.

Until your child outgrows bedwetting, your child will need a lot of emotional support from your family. Support from your child’s doctor, pediatric urologist, or mental health professional also can help.

Copyright © 2006
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 39

Bites (Human and Animal)

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Human Bites

Biting is very common among young children but usually does not lead to serious infectious disease issues. If the skin is broken, bacteria introduced into the wound can cause a tissue infection that needs to be treated by a health care provider. Blood-borne diseases could be a concern if the biter breaks the skin and blood is drawn into the mouth or if the biter has bleeding gums or mouth sores, which transfers germs to the bitten person. Hepatitis B virus, HIV, and hepatitis C virus are examples of blood-borne disease-causing germs. However, the risk of transmission of these viruses is very low in child care and school settings. For HIV, there have not been any episodes of transmission in a child care setting or school.

What are the roles of the teacher/caregiver and the family?

  • Provide first aid to the child who was bitten by washing any broken skin and applying a cold compress to any bruise.

  • Notify the parent/guardian of the biter and of the bitten child.

  • Recommend a pediatric health care provider visit if the skin is broken because, in some cases, preventive antibiotics may be indicated.

  • Initially focus on the injured child, rather than on the child who did the biting. Later, try to determine why the biting happened. See if the situation could be prevented next time before biting occurs. Giving the child attention before the child bites helps. Avoid giving the biter attention when biting happens. Before biting happens, suggest an alternative acceptable behavior to the child who is biting. Suggest the child use words to express frustration or anger. Offer a harmless, vigorous physical activity the child can do when frustrated or angry. If the biting behavior of a child is repetitive despite several weeks of using these suggested measures, consider seeking additional professional help to develop an effective management plan. Consult the program’s mental health consultant and your health consultant (if your program has one) or the child’s health care provider. Use the following resources:

    • American Academy of Pediatrics (AAP) Healthy Child Care America Health and Safety E-News for Caregivers and Teachers, “Knowing What to Do if Children Act Out or Hurt Others” (www.healthychildcare.org/ENewsOct06.html#actOut).

    • Play Nicely, a free video for parents and early childhood educators about how to handle aggressive behavior in young children (http://playnicely.vueinnovations.com).

    • Early Childhood Education Linkage System (ECELS) of the Pennsylvania Chapter of the AAP (www.ecels-healthychildcarepa.org). Search for “challenging behavior” to locate resources, including a 2016-recorded webinar, a self-learning module, and model policies and procedures. The ECELS materials may be used at no cost. Pennsylvania early educators may pay a fee to have ECELS staff review their responses to assessment questions and obtain state-authorized training credits.

Exclude from group setting?

No, unless the child who was bitten or the child who bit the other child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

Readmit to group setting?

Yes, when all the following criteria are met:

When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Animal Bites/Rabies

Animal bites are common. Dog bites account for 90% of bite wounds, perhaps because dogs are very common pets and have a great deal of contact with humans. Many adults allow interactions between children and dogs. Children can behave unpredictably and dogs have normal protective instincts. The combination can result in provoked injuries for children. The rate of infection after dog bites is 5%. After cat bites, the rate of infection is as high as 80%.

An animal bite that breaks or punctures the skin needs immediate wound care to reduce the risk of infection. The wound should be washed out with water and then promptly evaluated by a health care provider for 2 reasons.

  • First, there is a chance of developing a bacterial infection. The longer the animal’s mouth germs stay in the wound, the greater the potential of infection that will need antibiotics. Some wounds require preventive antibiotics. The health care provider needs to decide whether the wound should be left open or closed with materials such as special tape or stitches. All animal bites need to be watched closely for signs of infection until they are fully healed.

  • Second, the situation in which the animal bite occurred should be evaluated for the possibility of transmission of rabies. Bites of some wild animals (eg, bats, raccoons, skunks, foxes, coyotes, bobcats) and some stray and unvaccinated pet dogs and cats may transmit rabies virus. Wild animals should not be kept or allowed to visit child care facilities or schools. Children should not have direct contact with wild animals in any setting. Rodents (mice, squirrels, and gerbils), bats, and rabbits rarely carry rabies (woodchucks are an exception). Rabies has occurred in animals in a petting zoo, pet store, animal shelter, and county fair.

    Rabies is a very serious viral infection that infects the nervous system. The virus spreads from a rabies-infected animal’s saliva into the bite site. Rabies is usually transmitted by the bite of wild animals. However, the virus can be spread by unimmunized pets and, in rare cases, immunized pets that have been infected with the rabies virus. The possibility that an animal is infected with rabies is greatest when the animal is unimmunized and the bite was unprovoked. If a pet or wild animal bites and breaks the skin, the situation requires urgent medical attention. Because the rabies virus spreads from the animal’s saliva and enters the bite site, the bite wound should be immediately and thoroughly cleaned as soon as possible. The bitten person should be referred for immediate evaluation by a health care provider. If possible, the animal should be observed by a veterinarian for signs of rabies.

    Report all suspected exposure to rabies promptly to public health authorities and be sure health professionals are involved in deciding about appropriate treatment right away. Signs or symptoms of rabies in humans include anxiety, difficulty swallowing, seizures, and paralysis. Once signs or symptoms develop, rabies is nearly always a fatal disease.

How do you control rabies?

  • By immunizing dogs and cats with rabies vaccination

  • By avoiding contact with wild or stray animals, particularly those acting peculiarly or aggressively

  • By not allowing children to touch dead animals

What are the roles of the teacher/caregiver and the family?

  • Provide first aid by washing any broken skin and applying a cold compress to any bruise.

  • Teach children to avoid contact with stray, wild, or dead animals.

  • Make sure any animal in a child’s environment is healthy and a suitable pet for children, fully immunized, and on a flea-, tick-, and worm-control program (when appropriate). If a pet in on-site at the child care center, a time-specified certificate from a veterinarian indicating the pet meets these conditions should be on file.

  • All contact between animals and children should be supervised by a teacher/caregiver.

  • Contact a health professional if

    • A child or an adult is bitten by a pet or an unknown or wild animal.

    • There is redness, swelling, drainage, or pain at the site of the bite.

    • The skin is broken.

    • A bat is found in a room with sleeping children or if children have touched a bat. Bat bites are not easily detected.

  • If you can do so safely, capture or confine the animal for an evaluation. If you cannot make the animal available for evaluation, note the size, appearance, and any distinguishing characteristics of the animal (eg, if it was wearing a collar; if so, if it had tags).

  • If there is a chance a person has been exposed to rabies, arrange for urgent medical attention.

Exclude from group setting?

No, unless the child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

Readmit to group setting?

Yes, when all the following criteria are met:

When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Pets and Interactions of Children With Animals

Pets in child care facilities and contact with animals brought to the facility or during visits to farms, petting zoos, and breeding facilities offer rich opportunities for learning. However, they pose risks that must be addressed. Many pet owners and teachers/caregivers are unaware of the potential risks posed by exposure to animals. Most people are unaware that animals that appear healthy may carry disease-causing germs. Infectious diseases, injuries, and other health problems can occur after contact with animals.

Cats and kittens can carry disease-causing germs without showing signs of illness themselves. Some human diseases associated with cats are Campylobacter infection, a cause of diarrhea; cat-scratch disease, a cause of a generalized illness from a scratch or bite that transmits bacteria (Bartonella henselae), carried by about 40% of cats (especially kittens) without symptoms; mites, a cause of itching and raised bumps on human skin from mites feeding on the skin; and intestinal parasites. For more information about diseases spread by cats, go to www.cdc.gov/healthypets/pets/cats.html.

Planning Interactions of Children With Animals

Pediatric health care providers, veterinarians, and other health professionals should be consulted about proper animal selection and care, as well as how to minimize risks to infants and children. Pet size and temperament should be matched to the age and behavior of a child. Acquisition and ownership of nontraditional pets should be discouraged in any setting with young children or other high-risk individuals. Information, in multiple languages, about guidelines for safe pet selection and appropriate handling are available (www.cdc.gov/zoonotic/gi; www.cdc.gov/healthypets; www.cdc.gov/Features/HealthyPets).

Infections From Animal Contact

Individual cases and outbreaks associated with Salmonella species, Escherichia coli O157:H7, and Cryptosporidium species are among the most commonly reported infections after animal exposure. Many recent outbreaks of diarrhea or vomiting diseases have been linked to contact with ruminant livestock (cattle, sheep, and goats); poultry, including chicks, chickens, and ducks; reptiles, especially small turtles; amphibians; and rodents. Other domestic and wild animals are potential sources of illness. Infected animals often are asymptomatic carriers of germs that can cause disease in humans. Direct contact with animals (especially young animals), contamination of the environment or food or water sources, and inadequate hand hygiene facilities at animal exhibits have been responsible for infection of people who visit these settings.

In addition to direct contact, indirect contact with animals can be a source of illness (eg, contact with water in a reptile tank, contaminated barriers or fencing used to contain animals). Salmonella infections are an example of an infection associated with direct contact with certain animals and indirect contact via animal products. The US Food and Drug Administration ban on commercial distribution of turtles with shells less than 4 inches long in 1975 resulted in a sustained reduction of human Salmonella infections. Salmonella infections have also been described as a result of contact with aquatic frogs, iguanas, hedgehogs, hamsters, mice, and other rodents and with poultry or backyard flocks, including chicks, chickens, ducks, ducklings, geese, goslings, and turkeys.

Some pet products and contact with environments that have been occupied by animals are sources of Salmonella infections, especially among young children. Raw and dry dog and cat food and pet treats, such as pig ears and feeder rodents (live and frozen) used to feed reptiles and amphibians, have been associated with Salmonella infections. Pet food should not be handled where human food is prepared. Food bowls should be carefully cleaned and disinfected after contact with pet foods. Be sure to practice careful hand hygiene after handling animal foods or treats or touching anything in the animal’s environment. For more details, go to www.cdc.gov/zoonotic/gi.

Nontraditional pets pose a special risk of infection and injury. Most imported, nonnative animal species are caught in the wild rather than bred in captivity. These animals are held and transported in close contact with multiple other species. This increases the risk of spreading germs that can cause disease for humans and domestic animals. Some nonnative animals are brought into the United States illegally, bypassing rules established to reduce introduction of disease and potentially dangerous animals. Some species of nonnative animals may also be bred in captivity in North America.

The behavior of captive wildlife and wildlife hybrids cannot be predicted. From early life to fully grown, the physical and behavioral characteristics of animals can result in an increased risk of injuries to children. These potential risks are enhanced when these animals are cared for by people who do not fully understand how the animals spread disease and how to prevent it, animal behavior, and how to maintain appropriate facilities, environment, and nutrition for captive animals.

Among nontraditional pets, reptiles, amphibians, and poultry pose a particular risk because of high asymptomatic carriage rates of Salmonella species, the intermittent shedding of Salmonella organisms in their feces, and persistence of Salmonella organisms in the environment. In recent years, multiple large outbreaks of salmonellosis have been spread by contact with these animals.

Reptiles should not be kept as pets for children and should not be allowed in any child care program or school. Salmonella inhabits the gastrointestinal tract and, thus, the environment of reptiles. Therefore, any contact with reptiles or their habitat may cause Salmonella infection in children. Additionally, bites from reptiles may result in Salmonella or other bacterial infection.

Preventive Measures

Young children should always be supervised closely when in contact with animals at home or in public settings, including child care centers or schools. Children should be educated about appropriate human–animal interactions. Parents should be made aware of recommendations for prevention of human diseases and injuries from exposure to pets, including nontraditional pets and animals in the home, animals in public settings, and pet products, including food and pet treats. Pets and other animals should receive appropriate veterinary care from a licensed veterinarian who can provide preventive care, including vaccinations and parasite control, appropriate for the species.

Guidelines for Prevention of Human Diseases From Exposure to Pets, Nontraditional Pets, and Animals in Public Settings a,b

General

  • Always supervise children, especially children younger than 5 years, during interaction with animals

  • Wash hands immediately after contact with animals, animal products, feed or treats, or animal environments and after taking off dirty clothes or shoes; hands should be washed even when direct contact with an animal did not occur

  • Supervise hand washing for children younger than 5 years

  • Do not allow children to kiss animals or to eat, drink, or put objects or hands into their mouths after handling animals or while in animal areas

  • Do not permit nontraditional pets to roam or fly freely in the house or allow nontraditional or domestic pets to have contact with wild animals

  • Do not permit animals in areas where food or drink are stored, prepared, served, or consumed

  • Never bring wild animals home, and never adopt wild animals as pets

  • Teach children never to handle unfamiliar, wild, or domestic animals, even if animals appear friendly

  • Avoid rough play with animals to prevent scratches or bites

  • Pets and other animals should receive appropriate veterinary care from a licensed veterinarian who can provide preventive care, including vaccination and parasite control, appropriate for the species

  • Administer rabies vaccine to all dogs, cats, horses, and ferrets; livestock animals and horses with frequent human contact also should be up to date with all immunizations

  • Keep animals clean and free of intestinal parasites, fleas, ticks, mites, and lice

  • People at increased risk of infection or serious complications of salmonellosis and other enteric infections (eg, children younger than 5 years, people older than 65 years, and immunocompromised people) should avoid contact with high-risk animals (turtles and other reptiles; poultry, including chicks, chickens, ducklings, and ducks in backyard flocks; aquatic frogs and other amphibians; and farm animals) and animal-derived pet treats and pet foods

  • People at increased risk of infection or serious complications of lymphocytic choriomeningitis virus infections (eg, pregnant women and immunocompromised people) should avoid contact with rodents and rodent housing and bedding.

Animals Visiting Schools and Child-Care Facilities

  • Designate specific areas for animal contact

  • Display animals in enclosed cages or under appropriate restraint

  • Do not allow food in animal-contact areas

  • Always supervise children, especially those younger than 5 years, during interaction with animals

  • Obtain a certificate of veterinary inspection for visiting animals and/or proof of rabies immunization according to local or state requirements

  • Properly clean and disinfect all areas where animals have been present

  • Consult with parents or guardians to determine special considerations needed for children who are immunocom-promised or who have allergies or asthma

  • Animals not recommended in schools, child-care settings, hospitals, or nursing homes include nonhuman primates; inherently dangerous animals (lions, tigers, cougars, bears, wolf/dog hybrids), mammals at high risk of transmitting rabies (bats, raccoons, skunks, foxes, coyotes, and mongooses), aggressive animals or animals with unpredictable behavior; stray animals with unknown health history; venomous or toxin-producing spiders, insects, reptiles, and amphibians; and animals at higher risk for causing serious illness or injury, including reptiles, amphibians, or chicks, ducks, or other live poultry; and ferrets. Additionally, children younger than 5 years should not be allowed to have direct contact with these animals.

  • Farm animals are not appropriate in facilities with children younger than 5 years and should not be displayed to older children in school settings unless meticulous attention to personal hygiene can be ensured.

  • Ensure that people who provide animals for educational purposes are knowledgeable regarding animal handling and zoonotic disease issues

Public Settings

  • Venue operators must know about risks of disease and injury

  • Venue operators and staff must maintain a safe environment

  • Venue operators and staff must educate visitors about the risk of disease and injury and provide appropriate preventive measures

  • Venue operators and staff should be familiar with the recommendations detailed in the Compendium of Measures to Prevent Diseases Associated with Animals in Public Settings b

Animal Specific

  • Know that healthy animals can carry germs that can make people sick. People can become ill when they touch an animal, pick up an animal’s dropping, or enter an animal environment even if they don’t touch the animal

  • Children younger than 5 years, pregnant women, and immunocompromised people should avoid contact with reptiles, amphibians, rodents, ferrets, baby poultry (chicks, ducklings), preweaned calves, and any items that have been in contact with these animals or their environments

  • Reptiles, amphibians, rodents, ferrets, and baby poultry (chicks, ducklings) should be kept out of households that contain children younger than 5 years, pregnant women, immunocompromised people, people older than 65 years, or people with sickle cell disease and should not be allowed in child care centers or other facilities that house high-risk individuals (eg, nursing homes).

  • Reptiles, amphibians, rodents, and baby poultry should not be permitted to roam freely throughout a home or living area and should not be permitted in kitchens or other areas where food and drink is prepared, stored, served, or consumed

  • Animal cages or enclosures should not be cleaned in sinks or other areas used to store, prepare, serve, or consume food and drinks; These items should be cleaned outside the house if possible

  • Mammals at high risk of transmitting rabies (bats, raccoons, skunks, foxes, and coyotes) should not be touched

  • Disposable gloves should be used when cleaning fish aquariums, and aquarium water should not be disposed in sinks used for food preparation or for obtaining drinking water

  • Pregnant women and immunocompromised people should avoid contact with cat feces or soil contaminated with cat feces

Pickering LK, Marano N, Bocchini JA, Angulo FJ; American Academy of Pediatrics, Committee on Infectious Diseases. Exposure to nontraditional pets at home and to animals in public settings: risks to children. Pediatrics. 2008;122(4):876–886 (Reaffirmed June 2013).

For complete recommendations, see: National Association of State Public Health Veterinarians, Animal Contact Compendium Committee 2013. Compendium of measures to prevent disease associated with animals in public settings, 2013. J Am Vet Med Assoc. 2013;243(9):1270-1288.

Reprinted from Kimberlin DW, Brady MT, Jackson MA, Long SS, eds. Red Book: 2015 Report of the Committee on Infectious Diseases. Elk Grove Village, IL: American Academy of Pediatrics; 2015:219–224.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 41

Boil/Abscess/Cellulitis

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What are boils, abscesses, and cellulitis?

These are bacterial infections of the skin that usually begin from a scratch or bug bite and may progress to a red nodule that fills with pus. Boils are superficial infections with a thin layer of skin over fluid. Abscesses are generally larger and deeper with redness and painful swelling over an area filled with pus. Cellulitis is an infection within the skin and the area just beneath it; the skin is red and tender to touch. The area of cellulitis can spread quickly.

What are the signs or symptoms?

Abscesses and boils tend to be softer in the middle over the fluid or pus than at the edges. They may drain when the skin over the infected area opens and lets the fluid or pus out. Signs of cellulitis include areas of redness and skin tenderness. The skin over these infections is usually warmer than the surrounding normal areas of skin because of the body’s reaction to the infection.

What are the incubation and contagious periods?

The incubation period is unknown. Common skin bacteria (staphylococcus and streptococcus) are usually the cause of boils/abscesses/cellulitis. These bacteria are present on the skin of most children and usually do not cause a problem. However, skin bacteria may cause infection when there is a break in the skin or the bacterial infection overpowers normal defenses against infection. In previous years, having a methicillin-resistant Staphylococcus aureus (MRSA) skin infection was more serious because the bacteria was more aggressive. However, now, MRSA infections are no more serious than other staphylococcal skin infections (see also Staphylococcus aureus [Methicillin-Resistant (MRSA) and Methicillin-Sensitive (MSSA)] Quick Reference Sheet). Regardless of the bacteria, these skin infections are contagious when the infected area is open and drainage is present. People who carry the bacteria in their noses and throats and on their skin may pass the bacteria on to others. However, for a skin infection to occur, the bacteria must get through a break in the skin.

How is it spread?

Person-to-person contact with pus and skin bacteria and, to a lesser extent, contaminated environmental surfaces and objects

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Any skin condition that may cause skin breaks, such as eczema, is a risk factor for having a skin infection and passing this on to others. Teachers/caregivers with eczema on their hands should practice good eczema control. Teachers/caregivers with cracked skin on their hands should ask their health care provider how to prevent dry or cracked skin while continuing to perform required frequent hand hygiene. Also, they should ask whether they need to wear gloves during activities that involve touching the skin of the children. For children who have eczema, use a care plan that involves the child’s family and health care provider to control this skin condition.

  • Cover lesions if they are draining.

  • Culturing children who do not have infections to determine if they harbor MRSA in their noses or throats or on their skin is not indicated.

  • Infected children may need antibiotic treatment for tissue infections. Small abscesses may be surgically drained without antibiotics. If antibiotics are prescribed, they should be given according to the health care provider’s instructions on the prescription label.

  • If more than one child in the program experiences skin infections that require surgical drainage or antibiotics, contact the health consultant or local health department.

What are the roles of the teacher/caregiver and the family?

  • Use good hand hygiene technique at all the times listed in Chapter 2.

  • Also practice good hand hygiene after changing bandages or dressings. Practice Standard Precautions.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

  • The lesion is draining and cannot be covered, or the covering cannot be maintained because the drainage comes through the covering to contaminate other surfaces.

Readmit to group setting?

Yes, when all the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Having a MRSA infection, or harboring MRSA bacteria (carrier), is not a reason for exclusion.

  • Occasionally, multiple people within a family or child care setting may become recurrently infected with boils/abscesses. This may be due to S aureus (MRSA or other types).

  • Using nasal antibiotic ointment and special cleansers (chlorhexidine or bleach in bathwater) may reduce repeated staphylococcal infections within families. However, reexposure can occur in the community because staphylococcus commonly lives on the skin and in the noses of noninfected (colonized) individuals.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
Source

Medical Conditions

Breath-Holding Spells

What are Breath-Holding Spells?

Breath-Holding Spells may occur when a young child involuntarily "holds" his/her breath, resulting in a blue, gray or pale color of the face and body. It may occasionally be followed by fainting and a brief period of unconsciousness.

What Causes a Breath-Holding Spell?

Typically, a child between the ages of 6 months to 6 years will become emotionally upset, resulting in a prolonged inspiration and a subsequent "holding" of his/her breath (cyanotic spell). In some circumstances, a child may be surprised, excited, angered or frightened and may lose consciousness rapidly (pallid spell). It is hypothesized that the child loses consciousness due to a lack of cerebral blood flow from stimulation of the vagus nerve.

What are the symptoms of Breath-Holding Spells?

In addition to the color changes and occasional loss of consciousness, children may rarely have a brief seizure after they faint. These seizures will resolve on their own very quickly. Fortunately, the children begin breathing again spontaneously after they lose consciousness.

How are Breath-Holding Spells Diagnosed?

These spells are usually diagnosed by history alone. Your health care provider may choose to evaluate your child's heart with an electrocardiogram (ECG) or look for an underlying seizure disorder with an electroencephalogram (EEG). There is no relationship between these spells and epilepsy.

How are Breath-Holding Spells Treated?

The spells self-resolve as your child gets older. Parents, family members, child care providers and teachers should be aware of the possibility of a breath-holding spell. In the event that your child begins to "hold" his/her breath, caretakers should recognize the possibility of fainting and work to keep the child safe. It is not recommended that caretakers "give in" to the child's requests or wants just to avoid a spell. Parents may wish to consult with their health care provider or a trained therapist to explore effective behavior modification techniques.

Anticonvulsant medications are not effective in this condition. Atropine has been studied as a potential medication, but the side effects make this medication an unlikely choice. If your child has gastroesophageal reflux, your health care provider may choose to treat this condition more aggressively in order to minimize stimulation of the vagus nerve.

Parents should be taught how to respond and treat a seizure in the event that it should happen in association with a Breath-Holding Spell. They should activate their local emergency medical system (e.g. Call 911) if their child loses consciousness for greater than 1 minute.

What are the Complications of a Breath-Holding Spell?

These spells will not harm your child as long as proper safety precautions are met to avoid trauma during a fall to the ground. There are no known long-term effects. You may want to talk to a therapist if you find yourself avoiding discipline for fear of inducing a spell.

References

Schmitt BD. Instructions for Pediatric Patients. Philadelphia: WB Saunders 1992

Avery ME, Pediatric Medicine, Williams and Wilkins, 1989

Reviewed by: Dan Feiten MD

This Article contains the comments, views and opinions of the Author at the time of its writing and may not necessarily reflect the views of Pediatric Web, Inc., its officers, directors, affiliates or agents. No claim is made by Pediatric Web, the Author, or the Author's medical practice regarding the effectiveness and reliability of the statements contained herein and such individuals and entities disclaim any and all liability for the comments and statements contained in this Article and for any use or misuse of the statements made in this article in any specific medical situations. Further, this Article is intended to be general in nature and shall not be considered medical advice. The statements made are not to be utilized to diagnose and/or treat any individual's medical symptoms. If you or someone you know has symptoms which you believe are similar to this Article, you should discuss such symptoms with your personal physician or other qualified medical practitioner.

Copyright 2012 Pediatric Web, Inc., by Dan Feiten, M.D. All Rights Reserved

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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 43

Bronchiolitis and Your Young Child

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Akshar_Pediatrics_Medical Conditions - Accordian 44 Bronchiolitis is a common respiratory illness among infants. One of its symptoms is trouble breathing, which can be scary for parents and young children. Read on for more information from the American Academy of Pediatrics about bronchiolitis, causes, signs and symptoms, how to treat it, and how to prevent it.

What is bronchiolitis?

Bronchiolitis is an infection that causes the small breathing tubes of the lungs (bronchioles) to swell. This blocks airflow through the lungs, making it hard to breathe. It occurs most often in infants because their airways are smaller and more easily blocked than in older children. Bronchiolitis is not the same as bronchitis, which is an infection of the larger, more central airways that typically causes problems in adults.

Akshar_Pediatrics_Medical Conditions - Accordian 45

What causes bronchiolitis?

Bronchiolitis is caused by one of several respiratory viruses such as influenza, respiratory syncytial virus (RSV), parainfluenza, and human metapneumovirus. Other viruses can also cause bronchiolitis.

Infants with RSV infection are more likely to get bronchiolitis with wheezing and difficulty breathing. Most adults and many older children with RSV infection only get a cold. RSV is spread by contact with an infected person's mucus or saliva (respiratory droplets produced during coughing or wheezing). It often spreads through families and child care centers. (See “How can you prevent your baby from getting bronchiolitis?”).

What are the signs and symptoms of bronchiolitis?

Bronchiolitis often starts with signs of a cold, such as a runny nose, mild cough, and fever. After 1 or 2 days, the cough may get worse and an infant will begin to breathe faster. Your child may become dehydrated if he cannot comfortably drink fluids.

If your child shows any signs of troubled breathing or dehydration, call your child's doctor.

Signs of troubled breathing

  • He may widen his nostrils and squeeze the muscles under his rib cage to try to get more air into and out of his lungs.

  • When he breathes, he may grunt and tighten his stomach muscles.

  • He will make a high-pitched whistling sound, called a wheeze, when he breathes out.

  • He may have trouble drinking because he may have trouble sucking and swallowing.

  • If it gets very hard for him to breathe, you may notice a bluish tint around his lips and fingertips. This tells you his airways are so blocked that there is not enough oxygen getting into his blood.

Signs of dehydration

  • Drinking less than normal

  • Dry mouth

  • Crying without tears

  • Urinating less often than normal

Bronchiolitis and children with severe chronic illness

Bronchiolitis may cause more severe illness in children who have a chronic illness. If you think your child has bronchiolitis and she has any of the following conditions, call her doctor:

  • Cystic fibrosis

  • Congenital heart disease

  • Chronic lung disease (seen in some infants who were on breathing machines or respirators as newborns)

  • Immune deficiency disease (eg, acquired immunodeficiency syndrome [AIDS])

  • Organ or bone marrow transplant

  • A cancer for which she is receiving chemotherapy

Can bronchiolitis be treated at home?

There is no specific treatment for RSV or other viruses that cause bronchiolitis. Antibiotics are not helpful because they treat illnesses caused by bacteria, not viruses. However, you can try to ease your child's symptoms.

To relieve a stuffy nose

  • Thin the mucus using saline nose drops recommended by your child's doctor. Never use nonprescription nose drops that contain medicine.

  • Clear your baby's nose with a suction bulb.

Squeeze the bulb first. Gently put the rubber tip into one nostril, and slowly release the bulb.

This suction will draw the clogged mucus out of the nose. This works best when your baby is younger than 6 months.

To relieve fever

  • Give your baby acetaminophen. (Follow the recommended dosage for your baby's age.) Do not give your baby aspirin because it has been associated with Reye syndrome, a disease that affects the liver and brain. Check with your child's doctor first before giving any other cold medicines.

To prevent dehydration

  • Make sure your baby drinks lots of fluid. She may want clear liquids rather than milk or formula. She may feed more slowly or not feel like eating because she is having trouble breathing.

How will your child's doctor treat bronchiolitis?

Your child's doctor will evaluate your child and advise you on nasal suctioning, fever control, and observation, as well as when to call back.

Some children with bronchiolitis need to be treated in a hospital for breathing problems or dehydration. Breathing problems may need to be treated with oxygen and medicine. Dehydration is treated with a special liquid diet or intravenous (IV) fluids.

In very rare cases when these treatments aren't working, an infant might have to be put on a respirator. This is usually only temporary until the infection is gone.

How can you prevent your baby from getting bronchiolitis?

The best steps you can follow to reduce the risk that your baby becomes infected with RSV or other viruses that cause bronchiolitis include

  • Make sure everyone washes their hands before touching your baby.

  • Keep your baby away from anyone who has a cold, fever, or runny nose.

  • Avoid sharing eating utensils and drinking cups with anyone who has a cold, fever, or runny nose.

If you have questions about the treatment of bronchiolitis, call your child's doctor.

Copyright © 2005 American Academy of Pediatrics, Updated 07/2014. All Rights Reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 47

Campylobacter

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What is Campylobacter?

A type of bacteria that can cause infection of the intestines

What are the signs or symptoms?

  • Bloody diarrhea

  • Fever

  • Vomiting

  • Abdominal cramping

  • Malaise

What are the incubation and contagious periods?

  • Incubation period: 2 to 5 days but can be longer.

  • Contagious period: Excretion of Campylobacter is shortened by antibiotic treatment. Without treatment, excretion of bacteria typically continues for 2 to 3 weeks (and up to 7 weeks in some cases) and relapse of symptoms may occur.

How is it spread?

  • Contact with stool from infected birds, farm animals (eg, chickens, turkeys), or pets (eg, dogs, cats, hamsters, birds—especially young animals).

  • Contaminated water.

  • Unpasteurized milk.

  • Contaminated food (eg, raw or undercooked poultry).

  • Person-to-person via the fecal-oral route occurs occasionally, particularly from very young children (most likely during the diarrhea phase). This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or into another person’s mouth.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after toilet use or handling soiled diapers, and particularly before and after contact with raw poultry or dog or cat feces and anything to do with food preparation or eating.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool or feces with detergent and water and application of a US Environmental Protection Agency–registered disinfectant according to the instructions on the product label.

  • Ensure proper cooking and storage of food.

  • Exclusion of infected staff members who handle food.

  • Cook poultry thoroughly.

  • Use antibiotics as prescribed

  • Exclude for specific types of symptoms (see Exclude from group setting?).

What are the roles of the teacher/caregiver and the family?

  • A child or staff member with Campylobacter may have bloody diarrhea, which should trigger a medical evaluation.

  • There are multiple causes of bloody diarrhea. Until the cause of the diarrhea is identified, apply the recommendations for a child or staff member with diarrhea from any cause (see Diarrhea Quick Reference Sheet). In addition:

    • Report the condition to the staff member designated by the early education/child care program or school for decision-making and action related to care of ill children or staff members. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Report outbreaks of diarrhea (more than 2 children and/or staff members in the group) to the health consultant, who may report to the local health department.

  • If you know a child or staff member in the program has Campylobacter

    • Follow the advice of the child’s or staff member’s health care provider.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in an early education/child care program or school. This could lead to loss of precious time for controlling the spread of the disease.

    • Reeducate staff members about strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak, follow the directions of the local health department.

  • Avoid milk that is not pasteurized and water that is not chlorinated.

  • Do not allow a staff member with diarrhea to be involved with food handling or feeding of children.

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program; this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria are met:

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Note: It is not necessary to demonstrate negative Campylobacter stool culture test results to be readmitted to the group setting

Comments

  • Antibiotics will shorten illness time and clear bacteria from stool in 2 to 3 days.

  • Outbreaks are possible, but uncommon, in group care settings.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 49

Chickenpox (Varicella-Zoster Infections)

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What is chickenpox?

An illness with rash and fever caused by the varicella-zoster virus

What are the signs or symptoms?

  • Rash (ie, small red spots and bumps developing into very small fluid-filled sacs on the skin [vesicles] over 3–4 days, and then forming scabs or “crusts”).

  • Discrete groupings (“crops”) of vesicles will come out over several days. Someone who has chickenpox for more than a day will have some red bumps, vesicles, and scabbed-over vesicles all at the same time.

  • Rash may appear inside mouth, ears, genital areas, and scalp.

  • The rash is usually quite itchy.

  • Fever, runny nose, cough.

What are the incubation and contagious periods?

  • Incubation period: Usually 14 to 16 days; occasionally as short as 10 days and as long as 21 days after contact.

  • Contagious period: Chickenpox is highly contagious to people who have not previously been vaccinated or had the disease. The most contagious period is while the rash is spreading; a child may also be contagious 1 to 2 days before the rash appears. An infected person no longer spreads the virus when all the vesicles have scabs or crusts and no new skin vesicles are forming.

  • Although uncommon, a previously immunized person can have a mild form of chickenpox, which is contagious.

How is it spread?

  • Contact with the skin vesicles of someone with an uncovered shingles rash (see Shingles [Herpes Zoster] Quick Reference Sheet).

  • Airborne route: Inhalation of virus that becomes airborne after fluid escapes from inside the vesicles or breathing small particles containing virus floating in the air. These particles come from the vesicles or a child’s respiratory secretions as droplets after a cough or sneeze. These germ-containing particles dry out quickly in the air or fall onto surfaces. After drying out and attaching to dust particles, they can become suspended in the air again. These particles travel along air currents and can infect people in the same or another room. Even brief exposure or shared airflow poses a high risk of infection for people who have not had the disease before, have not been protected by the chickenpox vaccine, or have a problem with their immune system.

How do you control it?

  • Chickenpox is a vaccine-preventable infection. Immunize according to the current recommendations—when a child is 12 to 15 months of age and with a second dose at 4 to 6 years of age.

  • Vaccinate older children, teens, and adults who are susceptible (ie, those who have not received 2 doses of vaccine or who have not had the natural infection).

  • Exclude infected children and teachers/caregivers until entire rash is crusted over.

  • Use good surface-sanitation technique and good hand- hygiene technique at all the times listed in Chapter 2.

  • Ventilate room air with fresh outdoor air.

  • Children with chickenpox who are mildly ill and able to come to a program that cares for ill children require a room with separate ventilation with exhaust to and air exchange with the outside.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the early education/child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and the parents of unvaccinated children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. The health professional who makes the diagnosis may not report that the infected child is a participant in a child care program or school, and this could lead to a delay in controlling the spread.

  • Specifically notify all adults (staff and volunteers) and families of children who have not had chickenpox or 2 doses of the chickenpox vaccine to contact their health care providers. Within 24 hours of exposure, be sure to advise those who might be pregnant or have a problem with their immune system to check with their health care providers about what to do. Pregnant women who have previously had chickenpox infection or vaccination should not have a pregnancy-related problem if exposed to chickenpox. However, pregnant women should be encouraged to confirm their protection with their own health professionals. Adults and children need 2 doses for full protection.

  • Use good hand-hygiene technique at all the times listed in Chapter 2 and after any contact with soiled articles or skin vesicles.

  • Do not give aspirin to ill children, as it may increase their risk of contracting Reye syndrome, a serious complication associated with the use of aspirin in someone infected with chickenpox and other viral illnesses (eg, influenza).

Exclude from group setting?

Yes. Chickenpox is a highly communicable illness for which routine exclusion of infected children is warranted. See Comments for information about shingles, vaccine-related chickenpox, and chickenpox in previously vaccinated children.

Readmit to group setting?

Yes, when all the following criteria are met:

  • When all vesicles have scabs (usually 6 days after start of rash) or, in immunized children who have a mild infection with no crusts, once no new red bumps have appeared for at least 24 hours

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Initial chickenpox infections in adults can be extremely serious and may result in death.

  • The chickenpox virus stays for a lifetime in an inactive form in the body’s nerve cells.

  • Shingles (herpes zoster) is the condition that occurs when someone has fully recovered from chickenpox and, later, the inactive virus becomes active (see Shingles [Herpes Zoster] Quick Reference Sheet).

  • Rash from varicella vaccination can occur in 3% to 5% of children 5 to 26 days after vaccination. This condition is mild and causes a few red bumps at or near the injection site or very widely scattered bumps over the entire body. Bumps near the injection site may be covered with a nonporous bandage and clothing, and the child may continue to participate. In a child with a more widespread rash, the child might have been exposed to natural chickenpox and become infected before the vaccine had time to work. A health care provider should decide when children with widespread rashes can continue to participate in child care or school.

  • Rarely, children get chickenpox a second time. These cases usually are very mild with less fever and fewer bumps and blisters than the first time. However, these children are still contagious and should not come to a group setting until the vesicles scab over.

  • It is possible for children to get chickenpox despite being vaccinated. The first dose of this vaccine is about 85% effective at preventing mild chickenpox and 97% effective at preventing severe chickenpox. Two doses of vaccine are recommended and are much more effective in preventing infection. Chickenpox in previously immunized children is usually mild with less fever and fewer bumps and vesicles than in unimmunized children. These children are contagious and should stay home until the vesicles scab over and no new lesions have appeared in 24 hours.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 51

Common Childhood Infections

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Most infections are caused by germs called viruses and bacteria. While you may be able to keep germs from spreading, you can’t always keep your child from getting sick. It is important for parents to know how to keep their children healthy and what to do when they get sick. Read on to learn more from the American Academy of Pediatrics (AAP) about common childhood infections—signs and symptoms, treatments, and when to call your child’s doctor.

Contents

  • How to tell if your baby has an infection

  • How to prevent germs from spreading

  • How to help your child feel better

  • About other medicines

  • Common childhood infections

    • Bronchiolitis

    • Colds

    • Croup

    • Ear infection

    • Flu (influenza)

    • Impetigo

    • Pinkeye (conjunctivitis)

    • Pneumonia

    • Sinusitis

    • Strep throat

    • Sty

    • Urinary tract infection

    • Vomiting and diarrhea

How to tell if your baby has an infection

Bacterial infections can be very dangerous, especially in babies younger than 3 months. Call the doctor right away if your baby has any of the following symptoms:

  • Fever

  • Weak cry

  • Not breathing easily

  • Poor color

  • More fussy than usual

  • Sleeping more than usual

  • Vomiting or diarrhea

  • Not eating well

How to prevent germs from spreading

The following are tips from the Centers for Disease Control and Prevention on how to keep germs from spreading.

Wash your hands

  • Before, during, and after preparing food

  • Before eating food

  • Before and after caring for someone who is sick

  • Before and after treating a cut or wound

  • After using the toilet

  • After changing diapers or cleaning up a child who has used the toilet

  • After blowing your nose, coughing, or sneezing

  • After touching an animal or animal waste

  • After handling pet food or pet treats

  • After touching garbage

How to wash your hands

  • Wet your hands with clean, running water (warm or cold) and apply soap. (Note: If soap and water are not available, use an alcohol-based hand sanitizer that contains at least 60% alcohol. Put enough on your hands to make them all wet, then rub them together until dry. Sanitizer does not work well on dirt that you can see.)

  • Rub your hands together to make a lather and scrub them well; be sure to scrub the backs of your hands, between your fingers, and under your nails.

  • Continue rubbing your hands for at least 20 seconds. Need a timer? Hum the “Happy Birthday” song from beginning to end twice.

  • Rinse your hands well under running water.

  • Dry your hands using a clean towel or air-dry them.

Other ways to prevent germs from spreading

  • Cover your nose and mouth with a tissue when you cough or sneeze. Throw the tissue away in the garbage. If you don’t have a tissue, cough or sneeze into your upper sleeve or elbow, not your hands.

  • Avoid touching your eyes, nose, and mouth.

  • Avoid sharing eating utensils, drinking cups, toothbrushes, washclothes, or towels

  • Avoid close contact with people who are sick.

  • Stay home when you are sick, if possible.

How to help your child feel better

Your child’s doctor may recommend the following ways to soothe a sick child:

To relieve a stuffy nose

  • Use saline (saltwater) nose drops to thin nasal ­discharge. Ask your child’s doctor about which ones to use. Place a few drops of the saline into each nostril followed by gentle bulb suction. This works best for babies younger than 3 months.

  • During the illness, use a cool-mist humidifier or vaporizer in your child’s room. This helps moisten the air and may help clear your child’s nasal passages. Be sure to clean the humidifier or vaporizer often, as recommended by the ­manufacturer.

To relieve chest congestion

  • Chest physical therapy can loosen mucus and may help infants and young children cough it out. Lay your child across your knees, face down; cup your hand; and gently tap your child’s back. Or sit your child on your lap, lean her body forward about 30 degrees, cup your hand, and gently tap her back.

  • During the illness, use a cool-mist humidifier or vaporizer in your child’s room. This helps moisten the air and may help clear your child’s congestion. Be sure to clean the humidifier or vaporizer often, as recommended by the manufacturer.

To relieve a cough

  • Try half a teaspoon of honey for children aged 2 to 5 years, 1 teaspoon for children aged 6 to 11 years, and 2 teaspoons for children 12 years and older. If honey is given at bedtime, make sure you brush your child’s teeth afterward. Remember, it’s not safe to give honey to babies younger than 1 year.

  • For a child aged 4 years and older, cough drops or lozenges may help soothe the throat. Remember not to give cough drops or lozenges to a child younger than 4 years because he could choke on them. Also do not give your child more cough drops than directed on the package.

To relieve a fever

  • Give acetaminophen to a baby 6 months or younger. Check with your doctor if your baby is younger than 3 months. Give either acetaminophen or ibuprofen to a child older than 6 months. Ask your child’s doctor for the right dosage for your child’s age and size. Do not give aspirin to your child because it has been associated with Reye ­syndrome, a rare but very serious illness that affects the liver and the brain.

Common childhood infections

The following are some of the more common childhood infections, including signs and symptoms, treatments, and when to call the doctor.

Bronchiolitis

Bronchiolitis is caused by several viruses that bring about blockage of the small breathing tubes of the lungs, making it hard to breathe. It occurs most often in infants because their airways are smaller and more easily blocked.

Signs and symptoms

  • Wheezing (a whistling sound) or difficult, fast breathing

  • Runny nose

  • Congested cough that gets worse at night

  • Fever

Treatment

See “How to help your child feel better.”

Call your child’s doctor if your child stops ­taking fluids or has a hard time breathing. She may need to go to the hospital for oxygen, fluids, or medicine to help her breathe.

Colds

Colds are caused by viruses. Most children have 8 to 10 colds in their first 2 years of life. Most colds come and go and rarely lead to anything worse. They usually last about a week. Antibiotics do not help colds.

Signs and symptoms

  • Stuffy or runny nose and sneezing

  • Watery eyes

  • Mild cough

  • Mild fever

  • Headache

  • Not eating well

Treatment

See “How to help your child feel better.”

Call your child’s doctor if your child

  • Has blue lips or nails

  • Has a fever that lasts for more than 2 to 3 days

  • Has symptoms that get worse after a week

  • Has a hard time drinking or breathing

  • Has ear pain

  • Is more sleepy or cranky than usual

Croup

Croup is caused by several viruses that affect the voice box and the airways, making it hard for a child to breathe. It’s most common in ­toddlers but can affect children between 6 months and 5 years of age.

Signs and symptoms

  • Runny nose

  • A cough that gets worse and starts to sound like a seal’s bark

  • Hoarse cry

  • Noisy or difficult breathing

  • Fever

  • Sore throat

  • Not eating well

Treatment

Steam treatment can be helpful. Simply fill your bathroom with steam from the tub or shower. Bring your child into the bathroom and let him breathe in the steam for a few minutes. Keep a close eye on your child so that he doesn’t get too warm or burn himself with the hot water. Another thing that might help is dressing your child warmly and going outside to inhale the cool night air.

Call your child’s doctor right away if your child

  • Has a bluish color of the lips, mouth, or ­fingernails

  • Makes a harsh rasping or hoarse sound when breathing (this is called stridor) that gets louder with each breath

  • Seems to struggle to get a breath or cannot speak because of lack of breath

  • Drools or has trouble swallowing

  • Has a fever that will not go away even after he has been given medicine

  • Has symptoms that return and are worse

About other medicines

  • Cough and cold medicine. The American Academy of Pediatrics strongly recommends that over-the-counter cough and cold medications not be given to infants and children younger than 2 years because of the risk of life-threatening side effects. Also, several studies show that cold and cough products don't work in children younger than 6 years and can have potentially serious side effects.

  • Antibiotics. Your child's doctor may prescribe an antibiotic to treat a bacterial infection. For viral infections the body needs to fight the virus on its own because antibiotics won't work. However, in some cases, your doctor may prescribe an antiviral medicine for influenza.

Ear infection

Occasionally fluid can build up in the middle ear due to a cold, allergies, or an infection of the nose or throat. If bacteria or a virus infects this fluid, it can cause swelling and pressure on the eardrum and an earache. This type of ear infection, called acute otitis media, often clears up on its own. However, if the infection does not clear up, your child’s doctor may recommend treatment with an antibiotic. If fluid stays in the ear even after other symptoms have cleared, it can develop into another ear con­dition called otitis media with effusion. This condition usually needs no treatment unless the fluid is still there after 3 months.

Signs and symptoms

  • Ear drainage that is yellow or white, possibly tinged with blood

  • Ear pain

  • Not eating well

  • Vomiting or diarrhea

  • Not sleeping well

  • Fever

  • Trouble hearing

Treatment

Give your child acetaminophen or ibuprofen to treat the pain. There are also ear drops that may help ease the pain for a short time. There’s no need to use over-the-counter cold medicines (decongestants and antihistamines). Your child’s doctor may wish to examine your child to see if an antibiotic is necessary. If so, be sure your child finishes all of the medicine to improve the chances of it being cured.

Call your child’s doctor if you suspect an ear infection and your child

  • Has drainage from the ear

  • Has a fever

  • Seems to be in a lot of pain

  • Is unable to sleep

  • Isn’t eating

Flu (influenza)

The flu is caused by a virus and usually occurs in the winter months. Your child usually will feel the worst during the first 2 or 3 days.

Signs and symptoms

  • Stuffy, runny nose

  • Cough

  • Sore throat

  • Sudden fever

  • Chills

  • Lack of energy

  • Headache

  • Body aches and pain

  • Dry cough

  • Sore throat

  • Vomiting and belly pain

Treatment

Most children with the flu need nothing more than bed rest, a lot of fluids, and fever medicine. Just as most colds go away on their own, so do most cases of the flu. In children who already have major health problems, doctors sometimes recommend antiviral drugs, but generally the medicine works best when taken within the first 48 hours after symptoms begin. Antibiotics will not help against the flu.

Prevention

There are safe and effective vaccines to protect against the flu. The 2 types of influenza vaccine used for children and adults are

  • Inactivated influenza vaccine for children 6 months and older

  • Live, attenuated influenza vaccine (also called FluMist) for children 2 years and older without a history of wheezing and asthma

Inactivated influenza vaccine is given by shot and FluMist is sprayed into the nose (nasal spray).

Call your child’s doctor if your child is younger than 3 months and has a fever. For a child older than 3 months who has been exposed to the flu or shows signs of the flu, call your child’s doctor within 48 hours. Also, call your child’s doctor or seek medical care if your child experiences any of the following:

  • A hard time breathing

  • Blue lips or nails

  • A cough that worsens or will not go away after 1 week

  • Pain in the ear

  • Fever that does not go away or comes back after 3 to 4 days

Impetigo

Impetigo is a skin infection that can spread quickly. This infection is caused by bacteria. It’s most common in warm weather and often appears on the face, but may be found anywhere on the body. Germs can enter through an opening in the skin, such as a cut, insect bite, or burn.

Signs and symptoms

  • Small sores that become oozing, yellow, and crusty

  • Raw areas or breakdown of the skin

Treatment

Most cases of impetigo can be treated with an antibiotic. The antibiotic is taken by mouth or put on the skin in ointment form. Be sure to use the medicine for as long as recommended by your child’s doctor to keep the infection from coming back.

Call your child’s doctor if

  • The skin around the sores turns red or has red streaks.

  • The sores spread to other parts of the body.

  • Your child develops a fever or boil.

  • Your child’s urine looks red or brown.

Pinkeye (conjunctivitis)

Pinkeye is a reddening of the white part of one or both eyes. There are different kinds, including bacterial, viral, allergic, or chemical (usually caused by ­chlorine in a swimming pool). Viral and bacterial ­pinkeye are contagious and can spread easily in school or child care.

Signs and symptoms (in one or both eyes)

  • Watery, itchy, or burning eyes

  • Redness of the eye

  • White, yellow, or green discharge coming from the eye

  • Crusting in the eye that lasts all day

Treatment

If it’s bacterial pinkeye, your child’s doctor will prescribe antibiotic drops or ointment. Be sure to use the medicine for as long as recommended by your child’s doctor to cure the infection. If it’s viral pinkeye, antibiotics are not helpful. A warm, wet washcloth may help get rid of crusts around the eyes and may also help the eyes feel better. Wash hands often, especially after touching the eyes, and do not share washcloths.

Call your child’s doctor if your child

  • Has swelling and redness in the eyelids and around the eye that gets worse

  • Has a fever

  • Seems more sleepy than usual

Pneumonia

Pneumonia is an infection of the lungs. It often occurs a few days after the start of a cold. Most cases of pneumonia are mild. Pneumonia is caused most often by viruses or bacteria.

Signs and symptoms

Mild case

  • Cough with shortness of breath

  • Fever

  • Not eating well

  • Less energy than usual

More severe case

  • Shaking chills

  • Fever

  • Chest pain

  • Difficult or fast breathing

Your child’s doctor may need to perform an x-ray to see if pneumonia is the cause of the symptoms.

Treatment

Pneumonia caused by bacteria is treated with antibiotics. Be sure to use all of the medicine to keep the infection from coming back. Antibiotics are not helpful if it’s pneumonia caused by a virus.

Call your child’s doctor if your child’s symptoms are severe or if your child is younger than 3 months. She may need to go to the hospital if she is not better after several days of antibiotics at home.

Sinusitis

Sinusitis is an inflammation of the lining of the nose and sinuses. Inflammation inside the nose usually accompanies a cold. Allergic sinusitis may accompany allergies such as hay fever. Bacterial sinusitis is a secondary infection caused by bacteria trapped in the sinuses.

Signs and symptoms

  • Cold symptoms (nasal discharge, daytime cough, or both) for more than 10 days without improving

  • Thick, yellow nasal discharge and a fever for at least 3 or 4 days in a row

  • Pain or tenderness around the eyes, cheekbones, or upper teeth (This happens sometimes in older children or teens.)

  • Persistent bad breath along with the cold symptoms (However, this also could be from a sore throat or if your child is not brushing his teeth.)

  • Severe headache

Treatment

A runny nose caused by a virus usually goes away by itself (see “How to help your child feel better”). When caused by bacteria, antibiotics may be ­needed. Be sure to use all of the medicine to keep the infection from coming back.

Call your child’s doctor if your child

  • Does not feel better after 3 to 4 days of treatment

  • Has severe head or face pain

  • Has a sudden high fever

Strep throat

Strep throat is an infection of the throat caused by strep bacteria and is very common in children and teens.

Signs and symptoms

  • Pain in the throat, especially when swallowing

  • Red or white patches in the throat

  • Swollen, tender glands in the neck

  • Fever

  • Headache

  • Belly pain

Most sore throats in children are not strep. But because many viruses have the same symptoms as strep, your child’s doctor may do a test to see if strep is present.

Treatment

Sore throats caused by viruses usually go away on their own in 5 to 7 days and antibiotics are not helpful. Because strep throat is caused by bacteria, it is treated with antibiotics. After 24 hours of antibiotic treatment, your child is no longer contagious and should start to feel better. Be sure to use all of the medicine to keep the infection from ­coming back.

Call your child’s doctor if your child

  • Has a fever that keeps coming back

  • Has swelling of the glands in the neck that gets worse

  • Has a hard time breathing

Sty

A sty is a painful, red bump on the eyelid caused by an infected oil or sweat gland. Sties are not very contagious. However, once your child gets a sty, she is more likely to get one again.

Signs and symptoms

  • Red, tender bump on the eyelid

  • Tenderness around the eye

  • Swelling around the eye

  • Redness on the eyelid

Treatment

To ease the pain and discomfort of a sty, place a warm cloth on the eyelid 3 to 4 times a day until signs of the infection are gone. Antibiotics are generally not helpful with a sty.

Call your child’s doctor if the warm cloth ­treatments don’t work. In some cases, you may be referred to an eye doctor who can drain the sty surgically.

Urinary tract infection

Urinary tract infections (UTIs) occur when ­bacteria infect the urinary tract. The urinary tract includes the kidneys, the tubes that join the kidneys and bladder (ureters), and the bladder. A UTI can be found in children from infancy through the teen years and into adulthood. Your child’s doctor will ask for a urine sample to test for a UTI before recommending antibiotic treatment.

Signs and symptoms

  • Painful, burning, and frequent urination

  • Fever

  • Vomiting

  • Belly pain

  • Back pain

  • Bad-smelling urine

Treatment

Urinary tract infections are treated with anti­biotics. Be sure to use all of the medicine to keep the infection from coming back.

Call your child’s doctor if your child

  • Has urine that is pink, red, or brown

  • Has a temperature above 101°F (38.3°C)

  • Has severe back pain

  • Is not better after 2 days of antibiotic therapy

Vomiting and diarrhea

Vomiting and diarrhea are usually caused by viruses that infect the intestines but are sometimes caused by bacteria. They usually last about a day or two but can last up to a week.

Signs and symptoms

  • Frequent and uncontrollable loose, watery stools

  • Vomiting

  • Belly pain, cramps

  • Fever

Treatment

If your child is throwing up, your child’s doctor may tell you to not give food until it stops. However, to keep your child from getting dehydrated, you may be told to give your child electrolyte drinks. Electrolyte drinks are special drinks that you can buy from a store. For school-aged children, your child’s doctor may also suggest caffeine-free sport drinks that are low in sugar. Children younger than 2 years should not be given medicine for diarrhea unless your child’s doctor tells you it’s OK. If your child has a bacterial infection that is causing the vomiting or diarrhea, antibiotics sometimes may be needed.

Call your child’s doctor if your child has any of the following signs of dehydration:

  • Blood or mucus in the stool

  • No tears

  • Dry diaper or no urination for 6 hours

  • Dry mouth, skin, or lips

  • Sunken eyes

  • Not as alert as usual

  • Sunken soft spot on head (for infants)

  • High fever

Most cases of mild dehydration can be treated by giving your child fluids. However, if dehydration is severe, your child may need to be given fluids through an IV (a tube inserted into a vein). To lower the chance of dehydration, call your child’s doctor early if your child has vomiting or diarrhea that won’t go away.

Products are mentioned for informational purposes only and do not imply an endorsement by the American Academy of Pediatrics.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

© 2005 American Academy of Pediatrics, Updated 03/2017. All rights reserved.
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Medical Conditions

Congenital Hip Dysplasia

What is Developmental Dysplasia of the Hip?

Developmental dysplasia of the hip (aka Congenital Hip Dysplasia) is generally identified in the newborn period. The term describes a spectrum of hip problems that ranges from mild movement of the femur (upper leg bone) in the acetabulum (cartilaginous lining of the hip) to complete dislocation of the femur from the acetabulum. The femur is dependent on the proper formation of the acetabulum to help keep the femur in a stable environment. Instability (movement or subluxation) in the hip of a newborn can lead to abnormal development of the hip joint.

What Causes Developmental Dysplasia of the Hip?

Multiple factors may result in the development of an unstable hip joint. Children who have been in a breech position prior to delivery are at a higher risk of developing this condition. Low amniotic fluid (oligohydramnios) or a small uterus (in a first born child) may result in improper positioning of the femurs in respect to the hip joint.

Who gets Developmental Dysplasia of the Hip?

First-born female newborns are more prone to developing this condition. It generally occurs in 0.5 - 2% of all live births. The presence of a breech position or a positive family history are other factors that will increase the risk.

What are the Symptoms of Developmental Dysplasia of the Hip?

Your child's health care provider will examine your infant at birth or at the two week visit for certain signs of a dysplastic hip. At times, the provider may identify a click with movement of the femur. This should not be mistaken for instability of the hip for 10% of normal newborns will have a click. As a child gets older, she or he may develop a limp, hip pain or, rarely, some degenerative disease in the hip if the condition is not treated properly.

How is Developmental Dysplasia of the Hip Diagnosed?

The Ortalani and Barlow maneuvers will be done by your child's health practitioner to detect mild or significant subluxation of the hips. The symmetry of the gluteal fold (the fold of skin below each buttocks) is closely examined (although normal children can have an asymmetric fold). When your child's practitioner is suspicious of dyplasia, an ultrasound of the hips will be obtained to look for abnormalities of the hip as well as subluxation.

How is Developmental Dysplasia of the Hip Treated?

A Pavlik harness can be used to align the femur and acetabulum so that proper growth and development of the hip joint can take place. This harness is effective 95% of the time if it is used prior to 6 months of age. The harness bends the legs at the knee, as well as bends the hip at approximately 90 degrees, placing the femur in an ideal location within the acetabular space. The harness is worn 24 hours a day for a minimum of 6 weeks.

A plain x-ray of the hip may occasionally be required to monitor the progress of the hip.

What are the complications of Developmental Dysplasia of the Hip?

In rare circumstances, a child will require surgery to repair the hip joint. Poor vascularization of the head of the femur is a rare complication.

References

American Academy of Pediatrics. Clinical Practice Guideline: Early Detection of Developmental Dysplasia of the Hip.

Reviewed by: Daniel J. Feiten MD

This Article contains the comments, views and opinions of the Author at the time of its writing and may not necessarily reflect the views of RemedyConnect, Inc., its officers, directors, affiliates or agents. No claim is made by RemedyConnect, the Author, or the Author's medical practice regarding the effectiveness and reliability of the statements contained herein and such individuals and entities disclaim any and all liability for the comments and statements contained in this Article and for any use or misuse of the statements made in this article in any specific medical situations. Further, this Article is intended to be general in nature and shall not be considered medical advice. The statements made are not to be utilized to diagnose and/or treat any individual's medical symptoms. If you or someone you know has symptoms which you believe are similar to this Article, you should discuss such symptoms with your personal physician or other qualified medical practitioner.

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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 54

Constipation and Your Child

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Bowel patterns vary from child to child just as they do in adults. What’s normal for your child may be different from what’s normal for ­another child. Most children have bowel movements 1 or 2 times a day. Other children may go 2 to 3 days or longer before passing a normal stool. For instance, if your child is healthy and has normal stools without discomfort or pain, ­having a bowel movement every 3 days may be her normal bowel pattern.

Children with constipation may have stools that are hard, dry, and difficult or painful to pass. These stools may occur daily or be less frequent. Although constipation can cause discomfort and pain, it’s ­usually temporary and can be treated.

Constipation is a common problem in children. It’s one of the main reasons children are referred to a specialist, called a pediatric gastroenterologist. Here is information from the American Academy of Pediatrics about constipation and its causes, symptoms, and treatments, as well as ways to prevent it.

What causes constipation?

Constipation frequently occurs for a variety of ­reasons.

  • Diet. Changes in diet, or not enough fiber or fluid in your child’s diet, can cause constipation. (See Getting enough fiber in your diet.)

  • Illness. If your child is sick and loses his ­appetite, a change in his diet can throw off his system and cause him to be constipated. Constipation may be a side effect of some ­medicines. Constipation may result from certain medical conditions, such as hypothyroidism (underactive thyroid gland).

  • Withholding. Your child may withhold his stool for different reasons. He may withhold to avoid pain from passing a hard stool, which can be even more painful if your child has a bad diaper rash. Or he may be dealing with issues about independence and control—this is common between the ages of 2 and 5 years. Your child may also withhold because he simply doesn’t want to take a break from play. Your older child may withhold when he’s away from home, at camp, or at school, because he’s embarrassed or uncomfortable using a public toilet.

  • Other changes. In general, any changes in your child’s routine, such as traveling, hot weather, or stressful situations, may affect his overall health and how his bowels function.

If constipation isn’t treated, it may get worse. The longer the stool stays inside the lower intestinal tract, the larger, firmer, and drier it becomes. Then it becomes more difficult and painful to pass the stool. Your child may hold back his stool because of the pain. This creates a vicious cycle.

What are the symptoms of ­constipation?

Symptoms of constipation may include

  • Many days without normal bowel movements

  • Hard stools that are difficult or painful to pass

  • Abdominal pain, such as stomachaches, ­cramping, or nausea

  • Rectal bleeding from tears, called fissures

  • Soiling (See What is encopresis?)

  • Poor appetite

  • Cranky behavior

You may also notice your child crossing her legs, making faces, stretching, clenching her buttocks, or twisting her body on the floor. It may look as if your child is trying to push the stool out, but instead she’s trying to hold it in.

How is constipation treated?

Constipation is treated in different ways. Your child’s doctor will recommend what is best for your child’s situation. In some cases, your child may need to have a medical test before your child’s doctor can recommend treatment. For example, your child’s doctor may need to look inside your child’s body and x-rays may be used to create these images. In most cases, no tests are needed.

Examples of High-Fiber Foods

Food Grams of Fiber
Fruits
Apple with skin (medium) 3.5
Pear with skin 4.6
Peach with skin 2.1
Raspberries (1 cup) 5.1
Vegetables, Cooked
Broccoli (1 stalk) 5.0
Carrots (1 cup) 4.6
Cauliflower (1 cup) 2.1
Beans, Cooked
Kidney beans (½ cup) 7.4
Lima beans (½ cup) 2.6
Navy beans (½ cup) 3.1
Whole Grains, Cooked
Whole-wheat cereal (1 cup flakes) 3.0
Whole-wheat bread (1 slice) 1.7

What is encopresis?

If your child withholds her stools, she may ­produce such large stools that her rectum stretches. She may no longer feel the urge to pass a stool until it is too big to be passed without the help of an enema, laxative, or other treatment. Sometimes, only liquid can pass around the stool and leaks out onto your child’s underwear. The liquid stool may look like diarrhea, confusing both parent and pediatrician, but it’s not. This problem is called encopresis.

Dietary changes

  • Babies. Constipation is rarely a problem in younger infants. It may become a problem when your baby starts solid foods. Your child’s doctor may suggest adding more water or juice to your child’s diet.

  • Older children. When a child or teen is con­stipated, it may be because his diet doesn’t include enough high-fiber foods and water. Your child’s doctor may suggest adding higher-fiber foods to your child’s diet and may encourage him to drink more water. These changes in your child’s diet will help get rid of abdominal pain from constipation.

Medicine

In some cases, your child’s doctor may prescribe medicine to soften or remove the stool. Never give your child laxatives or enemas unless your child’s doctor says it’s OK; laxatives can be dangerous to children, if not used properly. After the stool is removed, your child’s doctor may suggest ways you can help your child develop good bowel habits to prevent stools from backing up again.

How can constipation be prevented?

Because each child’s bowel patterns are different, become familiar with your child’s normal bowel patterns. Make note of the usual size and consistency of her stools. This will help you and your child’s doctor determine when constipation occurs and how best to treat it. If your child doesn’t have normal bowel movements every few days or is uncomfortable when stools are passed, she may need help in developing proper bowel habits.

You can…

  • Encourage your child to drink plenty of water and eat higher-fiber foods.

  • Help your child set up a regular toileting routine.

  • Encourage your child to be physically active. Exercise along with a balanced diet provides the foundation for a healthy, active life.

Getting enough fiber in your diet

The American Academy of Pediatrics recommends that people between the ages of 2 and 19 years eat a daily amount of fiber that equals their age plus 5 grams of fiber. For example, 7 grams of fiber are recommended if your child is 2 years of age (2 plus 5 grams).

Remember

If you are concerned about your child’s bowel movements, talk with your child’s doctor. A simple change in diet and exercise may be the answer. If not, your child’s doctor can suggest a plan that works best for your child.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

© 2005 American Academy of Pediatrics, Updated 10/2016. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 57

Croup and Your Young Child

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Akshar_Pediatrics_Medical Conditions - Accordian 58Croup is a common illness in young children. It can be scary for parents as well as children. Read on for more information from the American Academy of Pediatrics about croup, including types, causes, symptoms, and treatments.

What is croup?

Croup is a condition that causes a swelling of the voice box (larynx) and windpipe (trachea). The swelling causes the airway below the vocal cords to become narrow and makes breathing noisy and difficult. It is most commonly caused by an infection.

Children are most likely to get croup between 3 months and 5 years of age. As they get older, it is not as common because the windpipe is larger and swelling is less likely to get in the way of breathing. Croup can occur at any time of the year, but it is more common in the fall and winter months.

Types of croup

Viral croup. This is the most common type of croup. It is caused by a viral infection of the voice box and windpipe. It often starts out just like a cold, but then it slowly turns into a barky cough. Your child’s voice will become hoarse and her breathing will get noisier. She may make a coarse musical sound each time she breathes in, called stridor. Most children with viral croup have a low fever, but some have temperatures up to 104°F (40°C).

Spasmodic croup. This type of croup is thought to be caused by an allergy or by reflux from the stomach. It can be scary because it comes on suddenly, often in the middle of the night. Your child may go to bed well and wake up in a few hours, gasping for breath. She will be hoarse and have stridor when she breathes in. She may also have a barky cough. Most children with spasmodic croup do not have a fever. This type of croup can recur. It is similar to asthma and often responds to allergy or reflux medicines.

Stridor is common with mild croup, especially when a child is crying or active. But if a child has stridor while resting, it can be a sign of more severe croup. As your child’s effort to breathe increases, she may stop eating and drinking. She also may become too tired to cough, and you may hear the stridor more with each breath.

The danger of croup with stridor is that sometimes the airway may swell so much that your child may barely be able to breathe. In the most severe cases, your child will not be getting enough oxygen into her blood. If this happens, she needs to go to the hospital. Luckily, these most severe cases of croup do not occur very often.

Treatment at home

If your child wakes up in the middle of the night with croup, try to keep him calm. Keeping him calm may help him breathe better. Ways to comfort your child may include giving your child a hug or a back rub; singing a favorite bedtime song or offering reassuring words such as, “Mommy’s here, you will be OK”; or offering a favorite toy.

If your child has a fever (a temperature of 100.4°F [38°C] or higher), treat it with acetaminophen or ibuprofen (for children older than 6 months), as needed. Make sure he is drinking fluids to avoid dehydration.

In the past, parents may have been advised to try steam treatment in the bathroom. Though some parents may find that this helps improve breathing, there are no studies to prove that inhaling steam in a bathroom is effective. There are also no studies to prove that breathing in moist, cool night airs helps improve breathing.

When to call the doctor

If you are concerned that your child’s croup is not improving, contact your child’s doctor, local emergency department, or emergency medical services (911) even if it is the middle of the night. Consider calling if your child

  • Makes a whistling sound that gets louder with each breath

  • Cannot speak or make verbal sounds for lack of breath

  • Seems to be struggling to catch her breath

  • Has bluish lips or fingernails

  • Has stridor when resting

  • Drools or has extreme difficulty swallowing saliva

Treating with medicine

If your child has viral croup, your child’s doctor or the emergency department doctor may give your child a breathing treatment with epinephrine (adrenaline) to decrease the swelling. After epinephrine is given, your child should be observed for 3 to 4 hours to confirm that croup symptoms do not return.

A steroid medicine may also be prescribed to reduce the swelling. Steroids can be inhaled, taken by mouth, or given by injection. Treatment with a few doses of steroids should do no harm. Steroids may decrease the intensity of symptoms, the need for other medications, and time spent in the hospital and emergency department. For spasmodic croup, your child’s doctor may recommend allergy or reflux medicines to help your child’s breathing.

Antibiotics, which treat bacteria, are not helpful for treating croup because they are almost always caused by a virus or by allergy or reflux. Cough syrups are not useful and may do harm.

Other infections

Another cause of stridor and serious breathing problems is acute supraglottitis (also called epiglottitis). This is a dangerous infection, usually caused by bacteria, with symptoms that can resemble croup. Luckily, this infection is much less common now because of the Haemophilus influenzae type b (Hib) vaccine. Rarely, supraglottitis is caused by other bacteria.

Acute supraglottitis usually affects children 2 to 5 years of age and comes on suddenly with a high fever. Your child may seem very sick. He may have a muffled voice and prefer to sit upright with his neck extended and face tilted upward in a “sniffing” position to make his breathing easier. He also may drool because he cannot swallow the saliva in his mouth. If not treated, this disease could rapidly lead to complete blockage of your child’s airway.

If your child’s doctor suspects acute supraglottitis, your child must go to the hospital right away. If he has supraglottitis, he will need antibiotics, and he may also need a tube in his windpipe to help him breathe. Call your child’s doctor right away if you think your child may have supraglottitis.

To protect against acute supraglottitis, your child should get the first dose of the Hib vaccine when he is 2 months of age. This vaccine will also protect against meningitis (a swelling in the covering of the brain). Since the Hib vaccine has been available, the number of cases of acute supraglottitis and meningitis has dramatically decreased.

Recurrent or persistent croup

When croup persists or recurs frequently, it may be a sign that your child has some narrowing of the airway that is not related to an infection. This may be a problem that was present when your child was born or one that developed later. If your child has persistent or recurrent croup, your child’s doctor may refer you to a specialist such as an otolaryngologist (ear, nose, and throat specialist) or pulmonologist (breathing and lung disease specialist) for further evaluation.

Croup is a common illness during childhood. Although most cases are mild, croup can become serious and prevent your child from breathing normally. Contact your child’s doctor if your child’s croup is not improving or if you have other concerns. He or she will make sure your child is evaluated and treated properly.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Copyright © 2009 American Academy of Pediatrics, Updated 08/2014. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 60

Croup: When Your Child Needs Hospital Care

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Croup is a common illness that affects the airways, making it hard for a child to breathe. It's most common in toddlers but can affect children between 6 months and 12 years of age. Another symptom is a loud barking cough that is worse at night. Trouble breathing and the barking cough can be scary for parent and child. Most children with viral croup also have low fever.

Symptoms to watch for

Most cases of croup can be treated successfully at home. However, children with severe cases of croup may need to be treated in the hospital. Call 911 or an ambulance right away if your child

  • Makes a whistling sound (called stridor) that gets louder with each breath.

  • Cannot speak because of a lack of breath.

  • Seems to struggle to get a breath.

  • Has a bluish color of the lips, mouth, or fingernails.

  • Drools or has trouble swallowing.

Care of your child at the hospital

At the hospital, your child's doctor will decide the best way to treat your child. Treatments may include the following:

  • Epinephrine. This medicine can help reduce swelling in the upper airways so that your child can breathe better. Epinephrine is given through a nebulizer. A nebulizer is a machine that turns liquid medicine into a fine mist. The mist is breathed in through a mouthpiece or face mask. Often, when this medicine is used, doctors prefer to continue to watch a child for several hours after it is given. This sometimes requires a stay in the hospital.

  • Corticosteroids. These medicines can be useful in reducing inflammation in the body. They work in 2 ways. Systemic corticosteroids must go through the body to treat the inflammation in the upper airway. Inhaled or intranasal corticosteroids go directly to where the inflammation is. (Corticosteroids are not the same as anabolic steroids that are used illegally by some athletes to build muscle.)

  • Oxygen. Sometimes when breathing is very difficult for a child, the body may not get enough oxygen and the work of breathing increases. Oxygen given through a mask or a small tube near the nose will make it easier to breathe.

When can my child go home?

As soon as your child's breathing improves, usually within a few hours, he will be allowed to go home. Sometimes a child with croup will stay in the hospital overnight for observation.

Care of your child at home

If your child has a mild case of croup, breathing in moist air may help.

  • Bring your child into a bathroom where a hot shower is running. Let your child breathe in the moist air to help open her airway. However, do not leave a young child alone with the shower running.

  • Use a cool-mist humidifier in your child's room.

  • Take your child outdoors for a few minutes. Inhaling moist, cool night air may help open the air passages so that she can breathe more freely. Remember to dress your child for the cold weather.

If breathing in moist air doesn't help and you notice any of the "Symptoms to watch for" listed previously, your child needs to be taken to the hospital right away. Call 911 or an ambulance for help.

Keep your child healthy

The following are ways to keep your child healthy:

  • Stop germs from spreading. Most cases of croup are caused by cold and flu viruses. Frequent hand washing with soap is the best way to prevent germs from spreading. You can also use a waterless hand cleaner.

  • Avoid germs. Try to keep your child away from other children with croup or other upper respiratory infections (such as colds and flu).

  • Avoid smokers. Do not let anyone smoke around your child, as it can make croup worse.

Copyright © 2008
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 62

Cryptosporidiosis

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What is cryptosporidiosis?

An intestinal infection caused by a parasite (Cryptosporidium hominis or Cryptosporidium parvum)

What are the signs or symptoms?

  • Acute watery diarrhea.

  • Fever.

  • Vomiting.

  • Abdominal cramps.

  • Fatigue.

  • Lack of appetite.

  • Many individuals are infected and infectious without signs or symptoms.

  • Illness may last 1 to 20 days (average of 10 days) in normal children; can last much longer in immunocompromised children.

What are the incubation and contagious periods?

  • Incubation period: 7 days is average but can vary from 3 to 14 days.

  • Contagious period: Passage of the parasite in the stool can occur for 2 weeks.

How is it spread?

  • Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then playing in communal water (during water play) or touching an object that another child touches. The child who has contact with the communal water or touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth. About 2% to 4% of children without symptoms in child care settings pass Cryptosporidium oocysts (eggs; the infectious form of the parasite) in their stools.

  • Most commonly spread through contaminated swimming or wading water or other water used for recreation by more than one person. Young children commonly let some fecal material escape into the water while they are playing. The largest outbreaks of waterborne disease occur in the summer months and involve children who are younger than 5 years. Contaminated municipal water supplies can cause outbreaks too.

  • The parasite is resistant to chlorine, which is commonly used to prevent infections from water used for swimming. For this reason, Cryptosporidium is the leading cause of treated recreational water–associated outbreaks of diarrhea. Cryptosporidium oocysts that spread diarrheal disease can remain infectious for more than 10 days in chlorine concentrations typically required for swimming pools.

  • Outbreaks can occur in child care settings and are thought to be spread person-to-person at high rates, as well as from contaminated water sources.

  • Animals in petting zoos can transmit the parasite.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after toilet use or handling soiled diapers and before anything to do with food preparation or eating.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool (feces) with detergent and water and application of a US Environmental Protection Agency– registered disinfectant according to the instructions on the product label.

  • Ensure proper cooking and storage of food.

  • Exclusion of infected staff members who handle food.

  • Exclusion for specific types of symptoms (see Exclude from group setting?).

  • Children with Cryptosporidium diarrhea should not participate in water play activities.

  • Use a combination of water disinfection and proper pool maintenance. For young children, consider restricting communal water play to water contact above the waist or limiting play in a body of water that involves getting wet below the waist to one person before the water is replaced by fresh water. Advise swimmers and waders to use the toilet before using recreational water to reduce the likelihood they will release feces into the water. Encourage total body rinsing (showering) before and after using recreational water, and avoiding swallowing the water.

What are the roles of the teacher/caregiver and the family?

  • Usually, teachers/caregivers will not know a child has cryptosporidiosis because the condition is not distinguishable from other common forms of watery diarrhea. So the following recommendations apply for a child with diarrhea from any cause (see Diarrhea Quick Reference Sheet):

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in an early education/child care program or school. This could lead to loss of precious time for controlling the spread of the disease.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Reeducate staff members about strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak, follow the directions of the local health department.

  • If a child has a known cryptosporidiosis infection.

    • Follow the advice of the child’s or staff member’s health care provider.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in a child care program or school, and this could lead to loss of precious time for controlling the spread of the disease. In an outbreak, follow the direction of the local health department.

    • Know that medication is not needed for most infected children who have diarrhea.

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program because this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group

Note: For teachers/caregivers and children without symptoms (ie, recently recovered or exposed), testing stool cultures, treatment, and exclusion are not necessary.

Readmit to group setting?

Yes, when all the following criteria are met:

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Note: It is not necessary to demonstrate negative Cryptosporidium stool test results to be readmitted to the group setting.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 64

Cytomegalovirus (CMV) Infection

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What is cytomegalovirus infection?

A viral infection common in children. Up to 70% of normal children aged 1 to 3 years in group care settings excrete cytomegalovirus (CMV).

What are the signs or symptoms?

  • Generally no symptoms in young children.

  • Older children and adults may have a generalized illness with fever. Sometimes the liver or spleen may become enlarged.

What are the incubation and contagious periods?

Probably several weeks to months. Once a person is infected, the virus is shed intermittently in the urine and saliva for the rest of that person’s life.

How is it spread?

  • Person-to-person contact with blood, saliva, urine, human (breast) milk, and other secretions from infected people

  • Mother to baby before, during, and after birth

  • Blood transfusions from an infected person

  • During kissing and sexual activities

How do you control it?

  • Attention to proper hand-hygiene technique at all the times listed in Chapter 2. This is especially important for women of childbearing age who work with young children. Avoid exchange of saliva directly or via objects and wash hands and objects carefully after contact with urine.

  • Do not kiss children on the lips or allow them to put their fingers or hands in another person’s mouth.

  • Do not share cups or eating utensils.

What are the roles of the teacher/caregiver and the family?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Review Standard Precautions, particularly hand hygiene, especially for women of childbearing age who work with or have their own children younger than 3 years who participate in group care settings.

  • Women of childbearing age who have any contact with groups of children or have their own children younger than 3 years who participate in group care settings should discuss their risk of CMV exposure with their health care providers. Although most women are already immune to some strains of CMV, the potential consequences to the fetus exposed to CMV in nonimmune pregnant women can be very serious. Risk reduction measures include conscientious hand washing. Staff members who care for children should consider taking care of older children or working in an administrative role during pregnancy. Programs should inform these women about the risk to their unborn child if they become pregnant, urge them to discuss this risk with their health care provider, and have them sign a document indicating their understanding of this risk.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Cytomegalovirus is the most common viral infection that babies are born with, affecting 0.5% to 1.0% of all births. Most infected newborns do not have any illness or disability. However, 10% to 20% of infected newborns have sensorineural hearing loss, developmental disabilities, cerebral palsy, or vision disturbances.

  • Individuals remain infectious as long as the virus is in body secretions, most commonly in urine and saliva, but also in the blood. Shedding of CMV can occur for months or years after the initial infection, on and off indefinitely. Exposure to the virus will occur. Among teens and adults, CMV is spread person-to-person by exchange of saliva or during sexual and intimate exposures. Almost all people will eventually be infected, but most people will never know it because they will not experience any illness.

  • Because this virus is so common in child care settings, exclusion of a CMV-infected child to reduce disease transmission has no benefit. The risk of CMV exposure is greatest in settings that care for children who are younger than 3 years. Testing young children for excretion of the virus or performing CMV antibody tests for young children because they are in a group care setting is not appropriate because infection with the virus is so prevalent and easily shared. This age group has frequent runny noses, frequently mouths objects or drools, and touches many surfaces, including toys and furnishings. They need diapering or toileting assistance.

  • Hand hygiene substantially reduces the spread of infection. Nurses who practice conscientious hand hygiene when caring for children who are shedding CMV can reduce their risk of getting CMV infection to the level experienced in the general community. Unlike child care, nurses work in settings where one adult cares for one child at a time.

  • Cytomegalovirus exposure risk during pregnancy: Although most adults have their first CMV infection during childhood and are immune to the strains of CMV that have infected them, a pregnant woman who works with infants and toddlers or who is a mother with a child in child care is at increased risk of having a CMV infection during her pregnancy and infecting her fetus. This could be her first CMV infection or an infection with a different strain of CMV than she previously experienced.

    • To alert health professionals responsible for the health assessment of staff members of childbearing age about the need of their patient to be counseled about CMV risk, early education/child care center directors/ administrators should be sure CMV risk assessment and counseling are items on the staff health assessment form. In addition, it may be helpful for directors/administrators to attach this Quick Reference Sheet and the Fifth Disease (Human Parvovirus B19) Quick Reference Sheet to the note at the end of this sheet to help health care providers review with their patient the increased risk of exposure to the unborn child if the woman is infected during her pregnancy. Health care providers are not necessarily aware of the increased exposure to these viruses for women who work with young children in child care settings.

    • A blood test for CMV antibodies will show whether a woman has some immunity or has never had a CMV infection. The value of such testing should be discussed by the woman with her health professional. While having had CMV in the past reduces the risk of infection of an unborn child, infection during pregnancy with a different strain of CMV than the mother had previously is a possibility.

    • Successful litigation in 2015 against a child care center operator was brought by a teacher/caregiver who was pregnant while she cared for infant and toddler groups and gave birth to a severely disabled child because of a CMV infection during her pregnancy. The child care center operator failed to provide information about the increased risk of exposure in pregnancy to CMV and failed to urge employees of childbearing age to discuss this risk with their health care providers.

Dear Health Professional:

Your patient works in a setting where she has contact with young children in groups. Human parvovirus B19 and cytomegalovirus (CMV) occur commonly and are often asymptomatic among young children. Exposure of a woman who lacks immunity to human parvovirus B19 and CMV during pregnancy poses some risk to her fetus. Please discuss with your patient her childbearing intentions and whether she might want to consider these risk-reduction measures when she might become pregnant:

  • Conscientious hand washing after any contact with saliva, urine, or blood

  • Care of children who are older than 3 years

  • Working in a role other than direct care of young children

About Serologic Testing

Because different strains of CMV circulate among young children, especially those in group care, a serologic test for CMV informs about risk but does not completely guarantee immunity from exposure to novel strains. However, a serologic test for human parvovirus B19 is a reliable indicator of immunity.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Developmental Dysplasia of the Hip

What is Developmental Dysplasia of the Hip?

Developmental dysplasia of the hip (aka Congenital Hip Dysplasia) is generally identified in the newborn period. The term describes a spectrum of hip problems that ranges from mild movement of the femur (upper leg bone) in the acetabulum (cartilaginous lining of the hip) to complete dislocation of the femur from the acetabulum. The femur is dependent on the proper formation of the acetabulum to help keep the femur in a stable environment. Instability (movement or subluxation) in the hip of a newborn can lead to abnormal development of the hip joint.

What Causes Developmental Dysplasia of the Hip ?

Multiple factors may result in the development of an unstable hip joint. Children who have been in a breech position prior to delivery are at a higher risk of developing this condition. Low amniotic fluid (oligohydramnios) or a small uterus (in a first born child) may result in improper positioning of the femurs in respect to the hip joint.

Who gets Developmental Dysplasia of the Hip?

First-born female newborns are more prone to developing this condition. It generally occurs in 0.5 2% of all live births. The presence of a breech position or a positive family history are other factors that will increase the risk.

What are the Symptoms of Developmental Dysplasia of the Hip?

Your child's health care provider will examine your infant at birth or at the two week visit for certain signs of a dysplastic hip. At times, the provider may identify a click with movement of the femur. This should not be mistaken for instability of the hip for 10% of normal newborns will have a click. As a child gets older, she or he may develop a limp, hip pain or, rarely, some degenerative disease in the hip if the condition is not treated properly.

How is Developmental Dysplasia of the Hip Diagnosed?

The Ortalani and Barlow maneuvers will be done by your child's health practitioner to detect mild or significant subluxation of the hips. The symmetry of the gluteal fold (the fold of skin below each buttocks) is closely examined (although normal children can have an asymmetric fold). When your child's practitioner is suspicious of dyplasia, an ultrasound of the hips will be obtained to look for abnormalities of the hip as well as subluxation.

How is Developmental Dysplasia of the Hip Treated?

A Pavlik harness can be used to align the femur and acetabulum so that proper growth and development of the hip joint can take place. This harness is effective 95% of the time if it is used prior to 6 months of age. The harness bends the legs at the knee, as well as bends the hip at approximately 90 degrees, placing the femur in an ideal location within the acetabular space. The harness is worn 24 hours a day for a minimum of 6 weeks.

A plain x-ray of the hip may occasionally be required to monitor the progress of the hip.

What are the complications of Developmental Dysplasia of the Hip?

In rare circumstances, a child will require surgery to repair the hip joint. Poor vascularization of the head of the femur is a rare complication.

References

American Academy of Pediatrics. Clinical Practice Guideline: Early Detection of Developmental Dysplasia of the Hip.

Reviewed by: Daniel J. Feiten MD

This Article contains the comments, views and opinions of the Author at the time of its writing and may not necessarily reflect the views of Pediatric Web, Inc., its officers, directors, affiliates or agents. No claim is made by Pediatric Web, the Author, or the Author's medical practice regarding the effectiveness and reliability of the statements contained herein and such individuals and entities disclaim any and all liability for the comments and statements contained in this Article and for any use or misuse of the statements made in this article in any specific medical situations. Further, this Article is intended to be general in nature and shall not be considered medical advice. The statements made are not to be utilized to diagnose and/or treat any individual's medical symptoms. If you or someone you know has symptoms which you believe are similar to this Article, you should discuss such symptoms with your personal physician or other qualified medical practitioner.

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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 66

Diaper Rash and Your baby

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Akshar_Pediatrics_Medical Conditions - Accordian 67 Most babies get diaper rash, but it is usually not serious. Read on to find out more about what causes diaper rash and how to treat it.

What is diaper rash?

Diaper rash is any rash that develops inside the diaper area. In mild cases, the skin might be red. In more severe cases, there may be painful open sores. It is usually seen around the groin and inside the folds of the upper thighs and buttocks. Mild cases clear up within 3 to 4 days with treatment.

What causes diaper rash?

Over the years diaper rash has been blamed on many causes, such as teething, diet, and ammonia in the urine. However, we now believe it is caused by any of the following:

  • Too much moisture

  • Chafing or rubbing

  • When urine, stools, or both touch the skin for long periods of time

  • Yeast infection

  • Bacterial infection

  • Allergic reaction to diaper material

When skin stays wet for too long, it starts to break down. When wet skin is rubbed, it also damages more easily. Moisture from a soiled diaper can harm your baby's skin and make it more prone to chafing. When this happens, a diaper rash may develop.

More than half of babies between 4 and 15 months of age develop diaper rash at least once in a 2-month period. Diaper rash occurs more often when

  • Babies get older—mostly between 8 to 10 months of age.

  • Babies are not kept clean and dry.

  • Babies have frequent stools, especially when the stools stay in their diapers overnight.

  • Babies have diarrhea.

  • Babies begin to eat solid foods.

  • Babies are taking antibiotics, or in nursing babies whose mothers are taking antibiotics.

When to call the pediatrician

Sometimes a diaper rash needs medical attention. Talk with your pediatrician if

  • The rash does not look like it's going away or gets worse 2 to 3 days after treatment. (See “What can I do if my baby gets diaper rash?”)

  • The rash includes blisters or pus-filled sores.

  • Your baby is taking an antibiotic and has a bright red rash with red spots at its edges. This might be a yeast infection.

  • Your baby has a fever along with a rash.

  • The rash is very painful. Your baby might have a skin condition called cellulitis.

What can I do if my baby gets diaper rash?

If your baby gets a diaper rash (and to prevent future diaper rashes) it's important to keep the area as clean and dry as possible. Change wet or soiled diapers right away. This helps cut down how much moisture is on the skin.

  • Gently clean the diaper area with water and a soft washcloth. Disposable diaper wipes may also be used. Avoid wipes that contain alcohol and fragrance. Use soap and water only if the stool does not come off easily. If the rash is severe, use a squirt bottle of water so you can clean and rinse without rubbing.

  • Pat dry; do not rub. Allow the area to air-dry fully.

  • Apply a thick layer of protective ointment or cream (such as one that contains zinc oxide or petroleum jelly). These ointments are usually thick and pasty and do not have to be completely removed at the next diaper change. Remember, heavy scrubbing or rubbing will only damage the skin more.

  • Do not put the diaper on too tight, especially overnight. Keep the diaper loose so that the wet and soiled parts do not rub against the skin as much.

  • Use creams with steroids only if your pediatrician recommends them. They are rarely needed and may be harmful.

  • Check with your pediatrician if the rash

    • — Has blisters or pus-filled sores.

    • — Does not go away within 2 to 3 days.

    • — Gets worse.

Which type of diaper should I use?

Diapers are made of either cloth or disposable materials. Cloth diapers can be washed after they get soiled and used again. Disposable diapers are thrown away after each use.

If you choose not to wash cloth diapers yourself, you can have a diaper service clean them. If you do your own washing, you will need to presoak heavily soiled diapers. Keep and wash soiled diapers separate from other clothes. Use hot water and double-rinse each wash. Do not use fabric softeners or antistatic products on the diapers because they may cause rashes in sensitive skin.

Research suggests that diaper rash is less common with the use of disposable diapers. However, what is more important than the type of diaper is how often it is changed. Whether you use cloth diapers, disposables, or both, always change diapers as needed to keep your baby clean, dry, and healthy.

Remember—never leave your baby alone on the changing table or on any other surface above the floor. Even a newborn can make a sudden turn and fall to the floor.

For more information, visit the official AAP Web site for parents, http://HealthyChildren.org.

Supported by a grant from Akshar_Pediatrics_Medical Conditions - Accordian 68

This publication has been developed by the American Academy of Pediatrics. the author and contributors are expert authorities in the field of pediatrics. No commercial involvement of any kind has been solicited or accepted in the development of the content of this publication.

Copyright © 2010, American Academy of Pediatrics. All Rights Reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 70

Diarrhea, Vomiting, and Water Loss (Dehydration)

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Akshar_Pediatrics_Medical Conditions - Accordian 71Diarrhea (loose poop) and vomiting, or “throwing up,” are why many parents call the doctor. Your child's doctor may call this gastroenteritis (GAS- troh-en-tur-EYE-tis). These symptoms are often caused by a virus*.

Your child may first have a fever and some vomiting. Diarrhea often starts later. The symptoms usually go away in a day or two. But they can last a week before getting better.

One danger with diarrhea and vomiting is that your child's body can get dried out or dehydrated (dee-hye-DRAY-dud). This happens when the body loses too much water.

Call the Doctor If…

…your child has diarrhea, vomiting, and is younger than 6 months or your child has:

  • A fever over 102°F or 39°C.

  • Blood in the stool (poop) or vomit.

  • Green vomit.

  • Vomiting for more than 12 hours or diarrhea for more than 2 days.

  • Belly pain.

Also Call the Doctor If…

. ..your child has any of these signs of being too dry:

  • Pees very little (wets fewer than 6 diapers per day)

  • Has no tears when crying

  • Can't or won't drink anything or feels very thirsty

  • Has a dry, sticky mouth, or dry lips

  • Looks like he or she has lost weight

  • Has sunken eyes or sunken soft spot on head (for babies)

  • Acts very tired or strange

Most of the time you can treat this by getting your child to drink something and eat simple foods.

(See the list below.)

But your child may need a special fluid that you can buy in a store. It's called an electrolyte drink*. If your child can't drink this, then he or she may need to go to the hospital.

Call your child's doctor if vomiting or diarrhea won't go away. The doctor may want to check your child.

What Can You Give Your Child When He or She Has Diarrhea?

For children 1 year old or older, these simple foods and drinks are fine:

  • Rice

  • Wheat bread or pasta

  • Boiled or baked potatoes

  • Cereal, like oatmeal

  • Boiled egg

  • Lean meat like chicken

  • Fruits and vegetables (cooked)

  • Bananas and applesauce

  • Yogurt or milk

  • Breast milk or infant formula

  • Special electrolyte drinks

For all ages, don't give these foods or drinks:

  • Fatty foods like French fries, chips, ice cream, cheese, or fried meats

  • Sugary foods like candy, cookies, or cake

  • Sugary drinks like juices or soda pop or very salty broths or soups when diarrhea is bad

  • Never give boiled milk.

For children younger than 1 year check with your child's doctor.

What to Do for Vomiting

  • Give small sips of clear fluids every 10 to 15 minutes.

  • If your child keeps vomiting but is NOT dry, wait 1 to 2 hours before trying again. Stop if your child starts to throw up again, and call the doctor.

  • If your child is keeping down fluids and wants to eat, try giving small amounts of simple foods. See the chart on simple foods on the first page of this handout.

Remember, if you are worried or don't know what to do, call your child's doctor.

What to Do for Diarrhea

Most diarrhea lasts 3 to 6 days or even longer. Don't worry as long as your child acts well and is eating and drinking and peeing like usual.

Mild Illness

Most children should keep eating normal foods when they have mild diarrhea.

The doctor may suggest changing what your child eats for a few days. This might mean stopping cow's milk, but breastfeeding your baby is fine.

Moderate Illness

Children with moderate diarrhea can be cared for at home.

  • They need special fluids, like electrolyte drinks. Talk with the doctor about how much and how long to give these and which to buy.

  • Some children can't handle cow's milk when they have diarrhea. They may need to stop drinking it for a few days. Breastfeeding is fine for babies.

  • As your child gets better, he or she can go back to normal foods.

Severe (Very Bad) Illness

See the “Call the Doctor If” list. Call the doctor right away if your child shows any of those warning signs. You may need to take your child to the emergency room for treatment.

Answers to Common Questions

Q. What should you do when your child is vomiting?

A. Try to give small sips of clear fluids every 10 to 15 minutes. If vomiting continues, call your child's doctor.

Q. Should you keep a child with diarrhea from drinking or eating?

A. A child with diarrhea can usually drink and eat most foods. If there is enough diarrhea to make your child very thirsty, he or she needs a special fluid called an electrolyte drink.

Soda pop, soups, and juices are OK for a child with mild diarrhea. But don't give these to a child with bad diarrhea. They have the wrong amounts of sugar and salt and can make your child sicker. Boiled skim milk is dangerous for all children. Sports drinks may be used for school-aged children.

As soon as the dryness (dehydration) clears up, let children eat simple foods. See the list of foods on the first page of this handout. They can have as much as they want.

Q. What about diarrhea medicines?

A. These do not help in most cases. They can sometimes be harmful. Never use them unless your child's doctor tells you to.

Remember These Dos and Dont’s

  • Do watch for signs of dehydration.

  • Do call the doctor if your child has a high fever, has blood in his or her stool (poop), or starts acting different than normal.

  • Do keep feeding your child if he or she is not throwing up.

  • Do give your child special electrolyte drinks if your child is thirsty.

  • Don't try to make your own electrolyte drinks.

  • Don't give your child boiled milk.

  • Don't use “anti-diarrhea” medicines unless told to by the doctor.

Copyright © 2008
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 73

Ear Infection

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What is an ear infection?

There are 2 common types of ear infections: otitis media (middle ear infection) and otitis externa (swimmer’s ear). Most ear infections of young children occur in the middle ear.

  • Otitis media: The middle ear is the space behind the eardrum where tiny bones attached to the eardrum transmit sound across the air space of the middle ear to the inner ear. Otitis media occurs when mucus containing bacteria collects in the middle ear space, usually during or shortly after a viral upper respiratory infection (ie, a cold). Ear infections can be very painful. In older children, most ear infections resolve by themselves in a few days. However, in children younger than 24 months, ear infections can last longer. These younger children may benefit from antibiotics. Sometimes, pressure from the infection breaks the eardrum, and pus drains from the ear. There are several factors that increase the risk of middle ear infections.

    • Young age: Young children have an inexperienced immune system, get frequent viral respiratory infections, and have ineffective drainage of fluid and mucus from the middle ear to nose.

    • Children in group settings: Children who are exposed to large groups of other children have more frequent colds, increasing the odds of an ear infection.

    • Smoke exposure: Exposure to tobacco smoke or smoke from other sources, such as a wood-burning stove, increases the risk of middle ear infections.

  • Otitis externa (swimmer’s ear): Moisture and bacteria from water in a pool, lake, or stream promotes infection of the skin of the ear canal, producing painful swelling. Pus may collect in the ear canal.

What are the signs or symptoms?

  • Pain inside the ear or when moving the earlobe (mostly with infection of the ear canal)

  • Fussing, irritability, crying, poor feeding, or ear pain

  • May have fever

  • Ear drainage

What are the incubation and contagious periods?

  • Incubation period: For middle ear infection, the incubation period is related to the type of virus or bacteria that is causing fluid buildup in the middle ear. For swimmer’s ear, signs or symptoms usually appear within a day or so after swimming or getting water in the ear canal.

  • Contagious period: Ear infections are not contagious.

How is it spread?

Middle ear infections are a complication of a respiratory infection. The virus or bacteria that led to the middle ear infection may be contagious but no more worrisome than other germs that cause the common cold. Swimmer’s ear is a bacterial infection of the skin in the ear canal. Drainage from ear infections can contain bacteria and should be treated as wound drainage.

How do you control it?

  • For a middle ear infection

    • Prevention

      • Promote breastfeeding, which reduces the number of ear infections.

      • Promote immunizations, which help reduce the number of ear infections caused by specific bacteria (eg, Streptococcus pneumoniae).

      • Avoid exposure to cigarette smoke.

    • Get treatment instructions from a pediatric health care provider. Sometimes, ear drops that numb the eardrum or an oral pain-reducing medication (ie, acetamin-ophen or ibuprofen) is all that is needed. Sometimes, the health care provider will prescribe antibiotics. Children younger than 24 months are more likely to need antibiotics than older children.

  • For ear canal infections (swimmer’s ear)

    • Prevent infection by rinsing out ear canals with warm, clean water or a solution of 1:1 vinegar and rubbing alcohol after swimming. Sometimes, health professionals will recommend a special ear wash after swimming if the child has a lot of trouble with ear canal infections.

    • Dry the ears by allowing the water to drain out onto a towel.

    • Get treatment instructions from a pediatric health care provider.

  • For a child with ear drainage

    • Have the child evaluated by a pediatric health care provider. Drainage from the ear is a common occurrence if a child has ear tubes. Ear drainage does not require exclusion.

What are the roles of the teacher/caregiver and the family?

Observe the child’s signs or symptoms and arrange for family members to contact the child’s health professional for management instructions.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

Some children in out-of-home child care get many ear infections each year. These children may receive surgically placed ear tubes to ventilate the middle ear and drain any fluid buildup from the middle ear into the ear canal. Parents/guardians should understand that the ear infections are a result of the child’s age, smaller ear structures, and exposure to groups of other children and to cigarette smoke. Changing child care facilities is unlikely to reduce ear infections.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 75

Ear Infections

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Akshar_Pediatrics_Medical Conditions - Accordian 76Ear infections (in-FEK-shuns) in children are common. Most kids get at least one ear infection by the time they are 3 years old. Most ear infections clear up without any lasting problems. Your child's doctor may also call an ear infection otitis (oh-TYE-tis) media.

Ear infections usually hurt. Older kids can tell you that their ears hurt. Little children may only cry and act fussy. You may notice this more when your child eats. That's because sucking and swallowing can make the pain worse. Children with an ear infection may not want to eat. They may have trouble sleeping. Ear infections also can cause fever.

What to Do for Ear Pain

Give your child acetaminophen* or ibuprofen* for pain. They work well for pain with or without fever.

  • Be sure to get your child the right kind for your child's age. Follow what the label says. Ask your child's doctor how much to give if your child is younger than 2 years.

  • The pain may last up to 3 days. So it's fine to give medicine at the right dose during the day and at night for 3 days. Follow the label to see how often you can give it.

  • There are also ear drops that can help with pain. Ask the doctor before you try them.

Call the Doctor If…

…your child has ear pain and any of these signs:

  • Your child is younger than 2 years.

  • Yellowish-white or bloody fluid is coming out of your child's ear.

  • Your child is in a lot of pain.

  • Your child is acting sick or can't sleep.

  • Your child has trouble hearing. This could be from an ear infection. But it might be something else. It's important to get help if your child has a hearing problem.

  • Your child has one ear infection after another for many months. It may be time to try a new treatment.

If your child is older than 2 years, you can wait 1 or 2 days to call the doctor if…

  • Your child does not have a high fever (over 103°F or 39.4°C) AND

  • Your child does not act sick.

What About Antibiotics?

The doctor may prescribe medicine for your child. This medicine will probably be an antibiotic (ant-uh-by-AH-tik). Antibiotics kill the germs that cause some infections.

Some ear infections will get better on their own. It's best for your child not to take an antibiotic unless it is needed. So the doctor may ask you to wait 1 or 2 days to see if your child gets better without medicine.

So when is an antibiotic needed? The doctor may prescribe an antibiotic if your child:

  • Is very sick.

  • Is younger than 2 years.

  • Does not feel better 2 days after the ear pain began.

Make sure your child takes all the antibiotics. This may mean finishing the bottle. Or it may mean taking the medicine for a certain number or days. Follow what the doctor says. It you stop the medicine too soon, some germs may still be left. That can make the infection start all over again.

Akshar_Pediatrics_Medical Conditions - Accordian 77

If your child is taking antibiotics and isn't starting to get better after 2 days, call the doctor.

What Not to Do

  • Don't give your child aspirin. It's dangerous for children younger than 18 years.

  • Don't give your child over-the-counter cold medicines. They don’t help clear up ear infections.

  • Don't let your child swim or travel by plane right after an ear infection. Check with the doctor first.

What to Expect

With any ear infection:

  • After 1 to 2 days, pain and fever should start getting better.

  • After 3 days, pain and fever should go away.

  • Call the doctor if your child doesn't start feeling better in 2 days.

Your child might feel a “popping” in the ears as the infection starts to clear up. This is a sign of healing.

Children with ear infections don't need to stay home if they feel OK. Just make sure your child keeps taking any medicine he or she needs.

How Your Child Can Get an Ear Infection

The ear has 3 parts—the outer ear, middle ear, and inner ear. A small tube, called the middle ear tube, connects the middle ear to the back of the throat. It's called the eustachian tube (yoo-STAY-shin toob). This tube can get blocked when a child is sick. Then fluid builds up in the middle ear. If germs get into the fluid, it can cause an infection. The inside of the ear may swell up and hurt.

How to Prevent Ear Infections

Here are some ways to lower your child's risk of an ear infection:

  • Breastfeed instead of bottle-feed. Breastfeeding may help prevent colds and ear infections.

  • If you bottle-feed, hold your child's head higher than the stomach during feedings. This helps keep the ear tubes from being blocked.

  • Keep your child away from tobacco smoke, especially in your home and car.

  • Some vaccines may help your child get fewer ear infections. These include vaccines to prevent flu and pneumonia (nuh-MOH-nyuh).

Other Causes of Ear Pain

Here are some other things that can make your child's ears hurt:

  • An infection of the outer ear canal, often called “swimmer's ear” (Ask your child's doctor about home treatment for swimmer's ear.)

  • Blocked or plugged middle ear tubes from colds or allergies

  • A sore throat

  • Teething or sore gums

Copyright © 2008
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 79

Eating Disorders: Anorexia and Bulimia

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Akshar_Pediatrics_Medical Conditions - Accordian 80Most people enjoy eating.

But for people with an eating disorder, it brings about very different feelings. They become obsessed with thoughts of eating and have an intense fear of gaining weight. These thoughts disrupt their daily activities.

The 2 most well-known eating disorders are anorexia nervosa and bulimia nervosa.Anorexia is self-starvation. Bulimia is a disorder in which a person eats large amounts of food (binges) and then tries to undo the effects of the binge in some way, usually by ridding the body of the food that was eaten. Some people have symptoms of both anorexia and bulimia. (A quick note about people with binge-eating disorder: they eat large amounts of food in a short time and feel intense guilt afterward, but unlike people with bulimia, they don't purge themselves.)

What causes eating disorders?

There is no single cause of eating disorders. But many factors can lead to an eating disorder. Genetics are now felt to play an important role. Although each person's situation is different, people with eating disorders may share many of the same traits, such as

  • Feeling insecure

  • An excessive desire to be in control

  • A distorted body image (feeling fat even when they're not)

  • A family history of depression or an eating disorder

  • Severe family problems

  • A history of sexual or physical abuse

  • Pressure from activities that place a high value on body size such as running, gymnastics, wrestling, or ballet

What is anorexia?

People with anorexia have a distorted image of their bodies and such an intense fear of becoming fat that they hardly eat and become dangerously thin. Many people with anorexia also vomit and overexercise, and they may abuse diet pills to keep from gaining weight. If the condition gets worse, they can die from suicide, heart problems, or starving to death.

People with anorexia focus all of their energy on staying thin. Much of their time is spent thinking about food. For example, people with anorexia may

  • Eat only a small number of “safe” foods, usually those low in calories and fat.

  • Cut up food into tiny pieces.

  • Spend more time playing with food than eating it.

  • Cook food for others but not eat it.

  • Exercise compulsively.

  • Wear baggy clothes to hide their bodies, or complain that normal clothes are too tight.

  • Spend more time alone and isolated from friends and family.

  • Become more withdrawn and secretive.

  • Seem depressed or anxious.

  • Have a decrease in activities, motivation, or energy level.

  • Do things to keep their minds off their hunger, such as chewing food 30 times before swallowing.

What does anorexia do to the body?

Over time, anorexia can lead to kidney and liver damage, bone damage, and heart problems. When the body is starved of food, many physical changes occur like

  • The constant feeling of being cold because the body has lost the fat and muscle it needs to keep warm. (People with anorexia may exercise even more to try to get warm).

  • Dizziness, fainting, or near-fainting.

  • Bones sticking out and skin shrinking around the bones. The stomach may look like it's sticking out (often causing anorexics to think they're still fat).

  • Hair loss.

  • Brittle hair and fingernails.

  • Dry and rough skin.

  • Menstrual periods stopping (or not starting at all if a girl developed anorexia before her first period). This condition is called amenorrhea.

  • Stomach pain, constipation, and bloating.

  • Stunted growth that could be permanent.

  • Anemia (low red blood cells) causing tiredness, weakness, and dizziness.

  • Loss of sexual function in boys.

Who is at risk of developing anorexia?

Most people with anorexia are girls in their teens or even younger. But boys can be anorexic, too. Teens who develop anorexia usually are good students, even overachievers. They get along well with others, tend to be perfectionists, and don't like to admit they need help with anything. They may appear to be in control. However, they actually are insecure, self-critical, and have low self-esteem. They are very concerned about being liked and focused on pleasing others.

Most people who develop anorexia start by dieting. Dieting becomes more severe and strict over time. They may think that losing weight will make them feel better about themselves. Dieting also might be a response to a major life change like puberty or going away to college. Because people with anorexia have low self-esteem, they have a hard time coping with these changes and feel like they're losing control. Over time, dieting is no longer about losing weight, but a way to feel in control.

When should a person get help?

It's important to know the early signs of anorexia before it's too late. The earlier an eating disorder is recognized, the better chance there is of recovery. If someone is having physical symptoms caused by weight loss or answers “yes” to any of the following, that person should get help right away.

  • “I can't stop dieting, even though I've been told that I've lost too much weight.”

  • “Even though I've lost a lot of weight, when I look in the mirror, I still think I'm fat.”

  • “I can't stop exercising.”

What is bulimia?

Bulimia is another eating disorder that is harmful to a person's physical and mental health. Bulimia and anorexia share some of the same symptoms.

  • As with anorexia, food and staying thin become an obsession, but instead of avoiding food, people with bulimia eat large amounts of food in a short time (binge).

  • Guilt and fear then cause them to get rid of the food (purge) by vomiting or other means such as overexercising.

People with bulimia have a difficult time controlling their eating behavior. They may be afraid to eat in public or with other people because they are afraid they won't be able to control their urges to binge and purge. Their fear may cause them to avoid being around people. They also may

  • Become very secretive about eating food.

  • Spend a lot of time thinking about and planning the next binge, set aside certain times to binge and purge, or avoid social activities to binge and purge.

  • Steal food or hide it in strange places, like under the bed or in closets.

  • Binge on foods with distinct colors to know when the food is later thrown up.

  • Exercise to “purge” their bodies of food consumed.

People with bulimia often suffer from other problems as well, such as

  • Depression and thoughts of suicide

  • Substance abuse

What are bingeing and purging?

Bingeing

  • During a binge, people with bulimia eat large amounts of food, often in less than a few hours.

  • Eating during a binge is almost mindless. They eat without paying attention to what the food tastes like or if they are hungry or full.

  • Binges usually end when there is no more food to eat, their stomachs hurt from eating, or something such as a phone call breaks their concentration on bingeing.

Purging

  • After bingeing, people with bulimia feel guilty and are afraid of gaining weight. To ease their guilt and fear, they purge the food from their bodies by vomiting or other means.

  • They also may turn to extreme exercise or strict dieting.

  • This period of “control” lasts until the next binge, and then the cycle starts again. Bulimia becomes an attempt to control 2 very strong impulses—the desire to eat and the desire to be thin.

What does bulimia do to the body?

Like anorexia, bulimia damages the body. For example,

  • Teeth start to decay from contact with stomach acids during vomiting.

  • Weight goes up and down.

  • Menstrual periods become irregular or stop.

  • The face and throat look puffy and swollen.

  • Periods of dizziness and blackouts occur.

  • Dehydration caused by loss of body fluids occurs (treatment in a hospital may be needed).

  • Constant upset stomach, constipation, and sore throat may be present.

  • Damage to vital organs such as the liver and kidneys, heart problems, and death can occur.

Who gets bulimia?

Most people with bulimia are girls in their teens and young adult women. But boys can be bulimic, too. People with bulimia often have a hard time controlling impulses, stress, and anxieties. As with anorexia, people with bulimia aren't happy with their bodies and think they are fat. This leads to dieting. Then in response to anxiety and other emotions or hunger, they give in to their impulses and cravings for food by bingeing. People with bulimia may be underweight, overweight, or of average weight.

How are eating disorders treated?

The earlier an eating disorder is recognized, the higher the chances are of treatment working. Treatment depends on many things, including the person's willingness to make changes, family support, and the stage of the eating disorder.

Successful treatment of eating disorders involves a team approach. The team includes many health care professionals working together, each treating a certain aspect of the disorder. Treatment should begin with a visit to a pediatrician to see how the eating disorder has affected the body. If the effects are severe, the person may need medical treatment or even need to be hospitalized.

In treating anorexia, increasing the person's weight is crucial. If this person refuses to eat, hospitalization may be needed so that adequate nutrition can be ensured. People with bulimia also may need to be hospitalized to treat medical complications, replace needed nutrients in the body, or stop the cycle of bingeing and purging.

Counseling is an important part of treatment. Counseling helps people with eating disorders understand how they use food as a way to deal with problems and feelings. It helps them improve their self-images and develop the confidence to take control of their lives. Family therapy usually is needed to help family members understand the problem, how to be encouraging and supportive, and how to help manage the symptoms. Nutrition counseling with a registered dietitian also is recommended to assist patients and families in returning to healthy eating habits.

Living with an eating disorder is very hard on teens and their families! The wear and tear on the body is tremendous. Without help, a person with an eating disorder can have serious health problems, become very sick, and even die. However, with treatment, a person can get well and go on to lead a healthy life.

Where can I find more information?

  • National Eating Disorders Association

  • http://www.nationaleatingdisorders.org

  • 800/931-2237

  • National Association of Anorexia Nervosa and Associated Disorders

  • http://www.anad.org

  • 847/831-3438

Please note: Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of the resources mentioned in this brochure. Phone numbers and Web site addresses are as current as possible, but may change at any time.

The persons whose photographs are depicted in this publication are professional models. They have no relation to the issues discussed. Any characters they are portraying are fictional.

Copyright © 2005
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 82

Febrile Seizures

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Akshar_Pediatrics_Medical Conditions - Accordian 83In some children, fevers can trigger seizures. Febrile seizures occur in 2% to 5% of all children between the ages of 6 months and 5 years. Seizures, sometimes called “fits” or “spells,” are frightening, but they usually are harmless. Read on for information from the American Academy of Pediatrics that will help you understand febrile seizures and what happens if your child has one.

What is a febrile seizure?

A febrile seizure usually happens during the first few hours of a fever. The child may look strange for a few moments, then stiffen, twitch, and roll his eyes. He will be unresponsive for a short time, his breathing will be disturbed, and his skin may appear a little darker than usual. After the seizure, the child quickly returns to normal. Seizures usually last less than 1 minute but, although uncommon, can last for up to 15 minutes.

Febrile seizures rarely happen more than once within a 24-hour period. Other kinds of seizures (ones that are not caused by fever) last longer, can affect only one part of the body, and may occur repeatedly.

What do I do if my child has a febrile seizure?

If your child has a febrile seizure, act immediately to prevent injury.

  • Place her on the floor or bed away from any hard or sharp objects.

  • Turn her head to the side so that any saliva or vomit can drain from her mouth.

  • Do not put anything into her mouth; she will not swallow her tongue.

  • Call your child's doctor.

  • If the seizure does not stop after 5 minutes, call 911 or your local emergency number.

Will my child have more seizures?

Febrile seizures tend to run in families. The risk of having seizures with other episodes of fever depends on the age of your child. Children younger than 1 year of age at the time of their first seizure have about a 50% chance of having another febrile seizure. Children older than 1 year of age at the time of their first seizure have only a 30% chance of having a second febrile seizure.

Will my child get epilepsy?

Epilepsy is a term used for multiple and recurrent seizures. Epileptic seizures are not caused by fever. Children with a history of febrile seizures are at only a slightly higher risk of developing epilepsy by age 7 than children who have not had febrile seizures.

Are febrile seizures dangerous?

While febrile seizures may be very scary, they are harmless to the child. Febrile seizures do not cause brain damage, nervous system problems, paralysis, intellectual disability (formerly called mental retardation), or death.

How are febrile seizures treated?

If your child has a febrile seizure, call your child's doctor right away. He or she will want to examine your child in order to determine the cause of your child's fever. It is more important to determine and treat the cause of the fever rather than the seizure. A spinal tap may be done to be sure your child does not have a serious infection like meningitis, especially if your child is younger than 1 year of age.

In general, doctors do not recommend treatment of a simple febrile seizure with preventive medicines. However, this should be discussed with your child's doctor. In cases of prolonged or repeated seizures, the recommendation may be different.

Medicines like acetaminophen and ibuprofen can help lower a fever, but they do not prevent febrile seizures. Your child's doctor will talk with you about the best ways to take care of your child's fever.

If your child has had a febrile seizure, do not fear the worst. These types of seizures are not dangerous to your child and do not cause long-term health problems. If you have concerns about this issue or anything related to your child's health, talk with your child's doctor.

© 1999 American Academy of Pediatrics, Updated 01/2012. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 85

Fever and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 86A fever is usually a sign that the body is fighting an illness or infection. Fevers are generally harmless. In fact, they can be considered a good sign that your child's immune system is working and the body is trying to heal itself. While it is important to look for the cause of a fever, the main purpose for treating it is to help your child feel better if he is uncomfortable or has pain.

Read on to find out more from the American Academy of Pediatrics (AAP) about how to tell if your child has a fever and how to manage a fever.

What is a fever?

Normal body temperature varies with age, general health, activity level, and time of day. Infants tend to have higher temperatures than older children. Everyone's temperature is highest between late afternoon and early evening, and lowest between midnight and early morning. Even how much clothing a person wears can affect body temperature.

A fever is a body temperature that is higher than normal. While the average normal body temperature is 98.6°F (37°C), a normal temperature range is between 97.5°F (36.4°C) and 99.5°F (37.5°C). Most pediatricians consider a temperature 100.4°F (38°C) or higher a sign of a fever (see "Taking Your Child's Temperature").

Signs and symptoms of a fever

If your child has a fever, she may feel warm, appear flushed, or sweat more than usual. She may also be more thirsty than usual.

Some children feel fine when they have a fever. However, most will have symptoms of the illness that is causing the fever. Your child may have an earache, a sore throat, a rash, or a stomachache. These signs can provide important clues as to the cause of the fever.

When to call the doctor

The most important things you can do when your child has a fever are to improve your child's comfort by making sure they drink enough fluids to stay hydrated and monitor for signs and symptoms of a serious illness. It is a good sign if your child plays and interacts with you after receiving medicine for discomfort.

Call your child's doctor right away if your child has a fever and

  • Looks very ill, is unusually drowsy, or is very fussy

  • Has been in a very hot place, such as an overheated car

  • Has other symptoms, such as a stiff neck, severe headache, severe sore throat, severe ear pain, an unexplained rash, or repeated vomiting or diarrhea

  • •Has immune system problems, such as sickle cell disease or cancer, or is taking steroids or other medicines that could affect his immune system

  • Has had a seizure

  • Is younger than 3 months (12 weeks) and has a temperature of 100.4°F (38.0°C) or higher

  • •Fever rises above 104°F (40°C) repeatedly for a child of any age

Also call your child's doctor if

  • Your child still "acts sick" once his fever is brought down.

  • Your child seems to be getting worse.

  • The fever persists for more than 24 hours in a child younger than 2 years.

  • The fever persists for more than 3 days (72 hours) in a child 2 years of age or older.

Treating your child's fever

If your child is older than 6 months and has a fever, she probably does not need to be treated for the fever unless she is uncomfortable. Watch her behavior. If she is drinking, eating, sleeping normally, and is able to play, you should wait to see if the fever improves by itself and do not need to treat the fever.

What you can do

  • Keep her room comfortably cool.

  • Make sure that she is dressed in light clothing.

  • Encourage her to drink fluids such as water, diluted juices, or a store-bought electrolyte solution.

  • Be sure that she does not overexert herself.

  • See “How to improve your child’s comfort with medicine”

Taking your child’s temperature

While you often can tell if your child is warmer than usual by feeling his forehead, only a thermometer can tell how high the temperature is. Even if your child feels warmer than usual, you do not necessarily need to check this temperature unless he has other signs of illness described above.

Always use a digital thermometer to check your child’s temperature (see “Types of digital thermometers” chart for more information, including guidelines on what type of thermometer to use by age). Mercury thermometers should not be used. The AAP encourages parents to remove mercury thermometers from their homes to prevent accidental exposure and poisoning.

Note: Temperature readings may be affected by how the temperature is measured and other factors (see “What is a fever?”). Your child’s temperature and other signs of illness will help your doctor recommend treatment that is best for your child.

Types of digital thermometers

The following are 3 types of digital thermometers. While other methods for taking your child’s temperature are available, such as pacifier thermometers or fever strips, they are not recommended at this time. Ask your child’s doctor for advice.

Type* How it works Where to take the temperature Age Notes

Digital multiuse thermometer

Akshar_Pediatrics_Medical Conditions - Accordian 87

Reads body temperature when the sensor located on the tip of the thermometer touches that part of the body.

Can be used rectally, orally, or axillary.

Rectal (in the bottom) Birth to 1 year
  • 100.4°F fever guideline is based on taking a rectal reading.

  • Label the thermometer “oral” or “rectal.” Don’t use the same thermometer in both places.

  • Taking an axillary temperature is less reliable. However, this method may be used in schools and child care centers to check (screen) a child’s temperature when a child has other signs of illness. The temperature is used as a general guide.

Oral (in the mouth) 4 to 5 years and older
Axillary (under the arm) Least reliable, technique, but useful for screening at any age

Temporal artery

Akshar_Pediatrics_Medical Conditions - Accordian 88

Reads the infrared heat waves released by the temporal artery, which runs across the forehead just below the skin. On side of the forehead

3 months and older

Before 3 months, better as a screening device than armpit temperatures

  • May be reliable in newborns and infants younger than 3 months according to new research.

Tympanic

Akshar_Pediatrics_Medical Conditions - Accordian 89

Reads the infrared heat waves released by the eardrum. In the ear 6 months and older
  • Not reliable for babies younger than 6 months.

  • When used in older children it needs to be placed correctly in your child’s ear canal to be accurate.

  • Too much earwax can cause the reading to be incorrect.

*Style and instructions may vary depending on the product.

How to use a digital multiuse thermometer

Rectal temperature

If your child is younger than 1 year, taking a rectal temperature gives the best reading. The following is how to take a rectal temperature:

  • Clean the end of the thermometer with rubbing alcohol or soap and water. Rinse it with cool water. Do not rinse it with hot water.

  • Put a small amount of lubricant, such as petroleum jelly, on the end.

  • Place your child belly down across your lap or on a firm surface. Hold him by placing your palm against his lower back, just above his bottom. Or place your child face up and bend his legs to his chest. Rest your free hand against the back of the thighs.

Akshar_Pediatrics_Medical Conditions - Accordian 90

  • With the other hand, turn the thermometer on and insert it ½ inch to 1 inch into the anal opening. Do not insert it too far. Hold the thermometer in place loosely with 2 fingers, keeping your hand cupped around your child’s bottom. Keep it there for about 1 minute, until you hear the “beep.” Then remove and check the digital reading.

Akshar_Pediatrics_Medical Conditions - Accordian 91

Be sure to label the rectal thermometer so it’s not accidentally used in the mouth.

Oral temperature

Once your child is 4 or 5 years of age, you can take his temperature by mouth. The following is how to take an oral temperature:

  • Clean the thermometer with lukewarm soapy water or rubbing alcohol. Rinse with cool water.

  • Turn the thermometer on and place the tip under your child’s tongue toward the back of his mouth. Hold in place for about 1 minute, until you hear the “beep.” Check the digital reading.

  • For a correct reading, wait at least 15 minutes after your child has had a hot or cold drink before putting the thermometer in his mouth.

Akshar_Pediatrics_Medical Conditions - Accordian 92

How to improve your child’s comfort with medicine

Acetaminophen and ibuprofen are safe and effective medicines if used as directed for improving your child’s comfort, and they may also decrease the fever. They do not need a prescription and are available at grocery stores and drugstores. However, keep the following in mind:

  • Ibuprofen should only be used for children older than 6 months. It should not be given to children who are vomiting constantly or are dehydrated.

  • Do not use aspirin to treat your child’s fever or discomfort. Aspirin has been linked with side effects such as an upset stomach, intestinal bleeding and, most seriously, Reye syndrome.

  • If your child is vomiting and cannot take anything by mouth, a rectal suppository may be needed. Acetaminophen comes in suppository form and can help reduce discomfort in a vomiting child.

Before giving your child any medicine, read the label to make sure that you are giving the right dose for his age and weight. Also, if your child is taking other medicines check the ingredients. If they include acetaminophen or ibuprofen, let your child’s doctor know. To be safe, talk with your child’s doctor before giving your child any medicine to treat discomfort or a fever if he is younger than 2 years. (Note: In 2011 manufacturers began replacing infant acetaminophen drops 80 mg/0.8 mL with infant or children acetaminophen liquid 160 mg/5 mL. Visit HealthyChildren.org at www.healthychildren.org/feverpain for more information. If giving acetaminophen, be sure to tell your child’s doctor if you are using infant drops 80 mg/0.8 mL or infant or children’s liquid 160 mg/5 mL.)

Should sponging be used to reduce a fever?

It is not recommended that you use sponging to reduce your child’s fever. There is no information that shows that sponging or tepid baths improve your child’s discomfort associated with a fever or illness. Cool or cold water can cause shivering and increase the temperature. Never add rubbing alcohol to the water. Rubbing alcohol can be absorbed into the skin or inhaled, causing serious problems such as a coma.

What if my child has a febrile seizure?

In some children younger than 6 years, fever can trigger seizures. While this can be frightening, these seizures are usually harmless. During a seizure your child may look strange for a few minutes; shake; then stiffen, twitch, and roll his eyes. The color of his skin may also change and appear blue. If this happens,

  • Place him on the floor or bed, away from any hard or sharp objects.

  • Turn his head to the side so that any saliva or vomit can drain from his mouth.

  • Do not put anything into his mouth, not even a finger.

  • Call your child’s doctor.

Your child’s doctor will want to check your child, especially if it is his first seizure. It is important to look for the cause of the febrile seizure.

If your child has had a febrile seizure in the past, treating your child with acetaminophen or ibuprofen when he has another fever will not prevent another febrile seizure from occuring. Discuss this at your child’s next well-visit.

Digital thermometer drawings by Anthony Alex LeTourneau

Copyright © 2007
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 94

Fifth Disease (Human Parvovirus B19)

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What is fifth disease?

Common viral infection with rash occurring 4 to 14 days (up to 21 days) after the start of the viral infection

What are the signs or symptoms?

  • Fever.

  • Headache.

  • Tired, muscle aches.

  • Uncommon symptoms are itchiness, cough, diarrhea or vomiting, runny nose, and joint aches.

  • Red “slapped-cheek” rash appears 4 to 14 days (up to 21 days) after these signs or symptoms. This characteristic rash is followed shortly by a lacelike-appearing rash proceeding from trunk to arms, buttocks, and thighs.

  • Rash may disappear and reappear after exposure to heat for weeks; once rash appears, the child is no longer contagious and usually does not feel ill.

  • Individuals can be infected and infectious without ever having any signs or symptoms.

  • Disease can be severe in people with sickle cell disease or certain blood disorders, as well as those with compromised immune systems.

What are the incubation and contagious periods?

  • Incubation period: 4 to 14 days but can be as long as 21 days.

  • Contagious period: Until the rash appears.

  • Outbreaks occur in late winter and early spring.

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. The large droplets do not stay in the air; they travel 3 feet or less and fall onto the ground.

  • Exposure to blood or blood products (very rare).

  • A baby can be infected before birth from infection of a pregnant mother (rare).

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Sanitation of contaminated items.

  • Disposal of tissues containing nose and throat secretions.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Susceptible pregnant teachers/caregivers and pregnant mothers of children in child care and school settings should carefully practice hand hygiene to reduce their risk of human parvovirus B19 infection and infection from other viruses that could harm a fetus. Directors should have educators read and sign the Letter to Staff About Occupational Health Risks and ensure completion and review of the Staff Health Assessment Form.

  • Teach children and teachers/caregivers to cover their noses and mouths with a disposable facial tissue when sneezing or coughing, if possible, or with an upper sleeve or elbow if no facial tissue is available in time. Teach everyone to remove any visible nasal or cough discharge from surfaces, change or cover contaminated clothing, and practice hand hygiene right after using facial tissues or having contact with mucus. These methods will prevent the spread of disease by contaminated hands.

  • Dispose of facial tissues that contain nasal secretions after each use.

Exclude from group setting?

No, unless

  • The child has an underlying blood disorder, such as sickle cell disease, or a compromised immune system. Children with these conditions may appear ill and shed large amounts of virus to surrounding people and environment.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all of the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

Pregnant family members and teachers/caregivers who expect to have contact with their own or other children who receive care in group care settings should consult with their health care providers about the risk, although low, to the fetus if the pregnant mother is infected with parvovirus. These women should understand the risk to their unborn child and ways to reduce that risk. At enrollment, the program should explain the importance of hand hygiene to reduce the risk of sharing infections for children, staff, and family members. Contact with their own young children who are enrolled in group care increases the risk of exposure of women to parvovirus that may cause problems for their unborn child, if they are pregnant. To alert health care providers responsible for the health assessment of staff members of childbearing age to the need of their patient to be counseled about parvovirus risk, early education/child care center directors/administrators should be sure parvovirus risk assessment and counseling are items that are addressed on the Staff Health Assessment Form. In addition, it may be helpful for directors/administrators to attach this Quick Reference Sheet and the Cytomegalovirus (CMV) Infection Quick Reference Sheet to the note at the end of this sheet to alert health care providers to increased risk of exposure to the unborn child if the woman is infected during her pregnancy. Health care providers are not necessarily aware of the increased exposure to these viruses for women who work with young children in child care settings.

Dear Health Professional:

Your patient works in a setting where she has contact with young children in groups. Human parvovirus B19 and cytomegalovirus (CMV) occur commonly and are often asymptomatic among young children. Exposure of a woman who lacks immunity to human parvovirus B19 and CMV during pregnancy poses some risk to her fetus. Please discuss with your patient her childbearing intentions and whether she might want to consider these risk-reduction measures when she might become pregnant:

  • Conscientious hand washing after any contact with saliva, urine, or blood

  • Care of children who are older than 3 years

  • Working in a role other than direct care of young children

About Serologic Testing

Because different strains of CMV circulate among young children, especially those in group care, a serologic test for CMV informs about risk but does not completely guarantee immunity from exposure to novel strains. However, a serologic test for human parvovirus B19 is a reliable indicator of immunity.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 96

Flu, The

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Akshar_Pediatrics_Medical Conditions - Accordian 97The flu (influenza) is an illness caused by a virus. It affects the whole body. This is not the same as what we often call the “stomach flu.”

Flu season is mostly in the winter. Each year the flu is a little different because there are different types of flu viruses and they change over time. So, people can get the flu many times in their life.

Signs of the Flu

The flu can last a week or more. Your child usually will feel the worst during the first 2 or 3 days. Flu symptoms include:

  • A sudden fever (usually over 101°F or 38.3°C).

  • Chills and shakes with the fever.

  • Headache, body aches, and extreme tiredness.

  • Sore throat and/or dry, hacking cough.

  • Stuffy, runny nose.

  • Throwing up (vomiting) and loose, runny stools (diarrhea).

Is It the Flu or a Cold?

Both the flu and colds are caused by viruses. They can have some of the same symptoms. But there are differences:

Flu

  • Children get sick quickly, often within 1 day.

  • Children usually feel very sick and achy.

  • Most children will need to stay in bed for a few days.

  • Flu is more common in the winter.

Cold

  • Children usually have low fever or none at all.

  • Coughing is mild.

  • Children with colds usually have the energy to play and keep up with their routines.

  • Colds can happen any time of year.

What to Do for the Flu

Call the Doctor…

  • Right away—if your baby is 2 months or younger and has a fever.

  • Within 24 hours—if your child is older than 1 year and shows signs of flu. The doctor may be able to treat the flu with an antiviral drug*. But this only works if your child gets the drug in the first day or two of illness.

Usually there are no serious problems with the flu. But sometimes your child can get an ear infection, a sinus infection*, or pneumonia*.

At any age, call the doctor if your child has one of these signs with the flu:

  • Trouble breathing

  • A cough that won't go away after a week

  • Pain in the ear

  • Fever that continues or comes back after 3 to 4 days

  • Does not start to feel better after a few days

Other Tips

Extra rest and lots of fluids can help your child feel better. You can also give your child medicine to bring down the fever:

  • For a baby 6 months or younger, give acetaminophen*.

  • For a child older than 6 months, give either acetaminophen or ibuprofen*.

Both of these drugs help with fever. They are not the same. Be sure to get the right kind of medicine for your child's age. Follow what the label says.

Akshar_Pediatrics_Medical Conditions - Accordian 98Never give your child aspirin. Aspirin puts your child at risk for Reye syndrome, a serious illness that affects the liver and brain.

Check with your child's doctor before giving your child any other medicines. This includes over-the-counter cold and cough medicines. Antibiotics don’t help the flu.

Don't smoke around your child. Smoke makes children cough and wheeze* more. And it makes it harder for them to get over the flu.

How to Prevent the Flu

The flu spreads very easily, especially to children and adults who spend time with children. It usually spreads during the first several days of the illness.

There are 3 ways to prevent the flu:

Good Hygiene (HYE-jeen)

Keeping germs from spreading is the best way to avoid spreading the flu. These tips will help protect your family from getting sick:

  • Teach your child to cover his or her mouth and nose when coughing or sneezing. Show your child how to use a tissue or a sleeve, not a hand.

  • Use tissues for runny noses. Throw them in the trash right away.

  • Avoid kissing a sick child on the mouth or face.

  • Make sure everyone washes their hands often.

  • Wash dishes, spoons, and forks in hot, soapy water or the dishwasher.

  • Don't let children share pacifiers, cups, spoons, forks, washcloths, or towels. Never share toothbrushes.

  • Use paper cups in the bathroom and kitchen. Throw them away after each use.

  • Wash doorknobs, toilet handles, countertops, and even toys. Use a disinfectant* or soap and hot water.

Flu Vaccines

There are safe vaccines to protect against the flu. They come as shots and a nose spray. Ask your child's doctor what is best for your child. Most healthy children need a flu vaccine every fall. All their family members should get the vaccine too. Call the doctor in September to find out more.

Antiviral Drugs

These drugs are taken before the child is exposed to the flu. These are very important for children with serious health problems who have not had a flu vaccine.

Copyright © 2008
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 100

Food Allergies and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 101A food allergy happens when the body reacts against harmless proteins found in foods. The reaction usually happens shortly after a food is eaten. Food allergy reactions can vary from mild to severe.

Because many symptoms and illnesses could be wrongly blamed on "food allergies," it is important for parents to know the usual symptoms. The following is information from the American Academy of Pediatrics about food allergies and how to recognize and treat the symptoms. There is also important information about how to keep your child safe and healthy at home and in school if he has a food allergy.

Who gets food allergies?

A food allergy can happen at any age but occurs most often in infants and children younger than 6 years. It is estimated that 1 out of 20 to 25 children has a food allergy. Food allergies occur more often in children who have other allergies or who have family members with allergies.

What are the symptoms of a food allergy?

When the body's immune system overreacts to certain foods, the following symptoms may occur:

  • Skin problems

    • Hives (red spots that look like mosquito bites)

    • Itchy skin rashes (eczema, also called atopic dermatitis)

    • Swelling

  • Breathing problems

    • Sneezing

    • Wheezing

    • Throat tightness

  • Stomach symptoms

    • Nausea

    • Vomiting

    • Diarrhea

  • Circulation symptoms

    • Pale skin

    • Light-headedness

    • Loss of consciousness

If several areas of the body are affected, the reaction may be severe or even life-threatening. This type of allergic reaction is called anaphylaxis and requires immediate medical attention.

What is not a food allergy?

Food can cause many illnesses that are sometimes confused with food allergies. The following are not food allergies:

  • Food poisoning—Can cause diarrhea or vomiting, but is usually caused by bacteria in spoiled food or undercooked food.

  • Drug effects—Certain ingredients, such as caffeine in soda or candy, can make your child shaky or restless.

  • Skin irritation—Can often be caused by acids found in such foods as orange juice or tomato products.

  • Diarrhea—Can occur in small children from too much sugar, such as from fruit juices.

Some food-related illnesses are called intolerance, or a food sensitivity, rather than an allergy because the immune system is not causing the problem. Lactose intolerance is an example of a food intolerance that is often confused with a food allergy. Lactose intolerance is when a person has trouble digesting milk sugar, called lactose, leading to stomachaches, bloating, and loose stools.

Sometimes reactions to the chemicals added to foods, such as dyes or preservatives, are mistaken for a food allergy. However, while some people may be sensitive to certain food additives, it is rare to be allergic to them.

Which foods cause food allergies?

Any food could cause a food allergy, but most food allergies are caused by the following:

  • Cow milk

  • Eggs

  • Peanuts

  • Soy

  • Wheat

  • Nuts from trees (such as walnuts, pistachios, pecans, cashews)

  • Fish (such as tuna, salmon, cod)

  • Shellfish (such as shrimp, lobster)

Peanuts, nuts, and seafood are the most common causes of severe reactions. Allergies also occur to other foods such as meats, fruits, vegetables, grains, and seeds such as sesame.

Food allergies can be confusing. When a child is allergic to one type of food, such as peanuts (which is a type of bean), you may worry that she will also be allergic to other beans like soybeans or green beans. However, this is not always true. Most children allergic to peanuts tolerate other beans. In contrast, children allergic to cow milk are often allergic to goat milk, and children allergic to one type of shellfish, like shrimp, are likely to be allergic to other shellfish, such as crab and lobster.

How is a food allergy diagnosed?

If you think your child may have a food allergy, talk with your pediatrician. He or she will take a careful look at your child's symptoms and their relationship to foods. Sometimes the relationship is obvious. For example, if your child gets hives and lip swelling right after eating a walnut, it is likely a food allergy. Sometimes chronic health problems, like skin rashes or stomach problems, are caused by a food allergy, but it may be more difficult to know for sure. Many times causes other than food allergy must be considered.

If a food allergy is suspected, it is important to figure out which food(s) is the cause. This can be difficult if the allergic reaction occurred following a meal with many different foods. If your child has a chronic problem, such as skin rash or stomachaches, many foods in the diet must be looked at as possible causes.

There are blood tests to see if your child has a food allergy. Another type of test is a skin prick or scratch test. In this test, a small amount of the food is put into the skin by making a tiny, painless scratch on the skin. If your child is possibly allergic to the tested food, a small hive appears within minutes where the tiny scratch was made. If the tests are negative, they usually mean there is no food allergy. However, blood tests and skin tests are not perfect. It is possible to have a positive test and yet have no problems eating the food, and sometimes a negative test is found despite a true allergy.

Your pediatrician may refer you to an allergist. An allergist has specialized training in diagnosing and treating food allergies. The allergist can perform additional tests to see if a food allergy is the cause of your child's symptoms. If these tests do not clearly show a food allergy, the allergist may want to watch your child eat to see if the body reacts. This type of medical test is called a food challenge.

Severe allergic reactions

Anaphylaxis is a serious allergic reaction. It comes on quickly and can be fatal. It includes a wide range of symptoms that often happen quickly. Combinations of symptoms may occur. (See “What are the symptoms of a food allergy?”) The most severe symptoms restrict breathing and blood circulation.

This type of reaction is a medical emergency and immediate medical attention is important. Anaphylaxis is treated with a medicine called epinephrine. This is a medicine given by an injection. (See “Emergency treatments.”)

If your child experiences a severe allergic reaction to any food, inject epinephrine, if prescribed, and go to an emergency department or call 911 (or your local emergency number).

After an anaphylactic attack, your child needs to be seen by a doctor. It is important to find out exactly why the reaction happened so another one can be avoided. In most cases, the only way to prevent it from happening again is to avoid the cause. However, an evaluation by your pediatrician or an allergy specialist is important so that an action plan for prevention and treatment can be made.

(More information is available in the American Academy of Pediatrics brochure Anaphylaxis.)

How are food allergies treated?

The main way a food allergy is treated is to simply avoid the foods that cause the problems. However, it is also important to be ready to treat symptoms right away if your child accidentally eats the food. Children should be taught how to protect themselves by knowing which foods are off-limits. Teach your children to report any symptoms to an adult and, if appropriate for age, how to use emergency medicines.

Avoidance

While it seems like avoiding foods your child is allergic to should be easy, there is a lot to know. Here are just a few examples of what you need to keep in mind.

  • Food bought from a store. Read food labels carefully. Check them every time you buy a product because ingredients can change. Labeling laws require that major allergens, including eggs, milk, peanuts, nuts, wheat, fish, shellfish, and soy, be noted on the label. However, you should look care­fully for this infor­mation. Sometimes ingre­dients are not fully identified. Words such as "natural flavors" or "spices" could be used to include a wide variety of ingredients. You may need to call the manufacturer to find out the exact ingredients.

  • Food made at home. If the food your child is allergic to is used in your home, you must be careful not to mix it into your child's "safe" food. This can be tricky. Food left on a grill from a previous meal can get into your child's food. A spoon used for mixing can get used to serve the "safe" food for your child. These are examples of cross-contact. To avoid this, make sure to use clean utensils, plates, pans, and serving trays. Also be careful not to store unsafe foods with safe foods.

  • Food made in restaurants. Careful planning and clear communication with those preparing the food is very important if you eat at a restaurant. Make sure you let the restaurant know about your child's allergy, and speak with someone who truly knows the ingredients and how the food is prepared.

    Similar to home-cooked meals, cross-contact with an allergen must be avoided. For this reason, you might want to avoid certain types of restaurants altogether. For example, children with seafood allergy should avoid seafood restaurants. Those allergic to peanuts or tree nuts may have problems finding safe foods in bakeries, Asian restaurants (where foods are cooked in woks without cleaning between meals), and ice cream shops. Buffets may be a poor choice because foods can spill into each other.

The Food Allergy & Anaphylaxis Network (www.foodallergy.org; 800/929-4040) is an organization that helps families deal with food allergies. It has many resources, such as guides for schools, child care centers, and camps, as well as other information on how to live with a food allergy.

Emergency treatments

The main medicine to treat severe allergic reac­tions is epinephrine. This is a medicine given by injection. It reverses symptoms such as throat swelling and wheezing, and helps improve blood circulation. For people with severe food allergies, it can save their lives. If your child experiences a severe allergic reaction to any food, go to an emergency department or call 911. Seeking emergency care for a severe allergic reaction is important because additional treatments and expert evaluation may be necessary. Stay in the emergency department for at least 4 hours after the symptoms have gone, because they can reoccur.

Epinephrine is available by prescription in a self-injectable form. Older children should be taught how to use the medicine in case of an emergency. Talk with your pediatrician about whether your child needs this medicine, and know how and when it should be used. Carry it at all times and teach others how to use it. Children with a life-threatening food allergy should also wear medical identification jewelry that gives information about their food allergy.

For less severe reactions, antihistamine medicine can be used to help relieve such symptoms as itching and rash, and asthma medicine can be used if there is wheezing. However, epinephrine is the medicine to use for severe reactions.

Food allergy at school and camp

Whenever your child is away from you, whether it is at school, a child care center, or camp, there must be a plan to avoid problem foods, recognize and treat a reaction, and get medical care. Meet with staff early to set up an action plan. Here are some things to remember.

  • Medical information. Give the school, child care center, or camp written medical information and instructions as directed by your doctor. Make sure that all staff who interact with your child understand his food allergy, can recognize symptoms of a reaction, and know what to do in an emergency.

  • Medications. Provide the school, child care center, or camp with your child's medicines. Make sure his name is clearly marked on the medicine and that it is stored in an unlocked area (or carried by your child, if allowed). Designate school, child care, or camp staff who are properly trained to give your child his medicines.

  • Contact information. Provide emergency contact information.

  • Policies. Ensure that "no food sharing" policies are in place for your child. Have a plan for the school bus, such as no eating food on the bus. Do not forget to make arrangements for safe eating on school trips. Do not do crafts using foods.

  • Have alternatives. Provide safe snacks for special occasions.

Will my child outgrow food allergies?

The good news is that food allergies are often outgrown during early childhood. It is estimated that 80% to 90% of egg, milk, wheat, and soy allergies go away by age 5 years. Some allergies are more persistent. For example, 1 in 5 young children will outgrow a peanut allergy and fewer will outgrow allergies to nuts or seafood. Your pediatrician or allergist can perform tests to track your child's food allergies and watch to see if they are going away.

Remember

Food allergies can be severe. Once your child has been diagnosed with a food allergy, it is best to avoid the problem foods. It is also important to have an action plan in the event of a reaction, and instruct anyone who cares for your child on how to help her. If you have any questions about your child's food allergies, talk with your pediatrician and allergist.

Products are mentioned for informational purposes only. Inclusion in this publication does not imply endorsement by the American Academy of Pediatrics (AAP).

Copyright © 2007
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 103

Giardiasis

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What is giardiasis?

The most common intestinal infection caused by a parasite (Giardia intestinalis) in the United States. This parasite is often found in streams, springs, ponds, lakes, and other natural bodies of water.

What are the signs or symptoms?

  • Acute watery diarrhea.

  • Excessive gas (flatulence).

  • Distended and painful abdomen.

  • Decreased appetite.

  • Weight loss.

  • Many individuals are infected and infectious without signs or symptoms.

  • Some individuals may have symptoms that last for weeks to months.

What are the incubation and contagious periods?

  • Incubation period: 1 to 3 weeks.

  • Contagious period: Highly variable but can be months. Most contagious during diarrhea phase.

How is it spread?

  • Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

  • Ingestion of contaminated water (from people or animals) or food. Drinking water from an untreated source or playing or swimming in water contaminated with human or animal feces.

  • Water tables and other water play have been associated with outbreaks of giardiasis in child care facilities.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after toilet use or handling soiled diapers and before anything to do with food preparation or eating.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool (feces) with detergent and water and application of a US Environmental Protection Agency–registered disinfectant according to the instructions on the product label.

  • Ensure proper cooking and storage of food.

  • Exclusion of infected staff members who handle food.

  • Exclusion for specific types of symptoms (see Exclude from group setting?).

  • Note: Treatment and exclusion of carriers (individuals who have the parasite but are not sick) is not effective for outbreak control.

What are the roles of the teacher/caregiver and the family?

  • Usually, teachers/caregivers will not know a child has a Giardia infection because the condition is not distinguishable from other common forms of watery diarrhea. So the following recommendations apply for a child with diarrhea from any cause (see Diarrhea Quick Reference Sheet):

    • Report the condition to the staff member designated by the child care program or school for decision-making and action related to care of ill children and staff members. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Report outbreaks of diarrhea (more than 2 children and/or staff members in the group) to the health consultant, who may report to the local health department.

  • If a child has a known Giardia infection

    • Follow the advice of the child’s health care provider.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in a child care program or school, and this could lead to delay in controlling the spread of the disease.

    • Reeducate staff members to ensure strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak, follow the directions of the local health department.

  • Administer medication as prescribed.

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program because this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The stool is all black.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • Comment: For teachers/caregivers and children without symptoms (ie, recently recovered or exposed), testing stool cultures, treatment, and exclusion are not necessary.

Readmit to group setting?

Yes, when all the following criteria are met:

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Giardia organisms are common in the stools of young children in child care programs and schools.

  • Outbreaks in group care settings may occur.

  • Negative Giardia stool test results are not required for readmission to a group setting.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 105

Haemophilus influenzae Type b (Hib)

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What is Haemophilus influenzae type b?

  • A type of bacteria that causes infections; infections caused by Haemophilus influenzae type b (Hib) can be prevented by the Hib vaccine, which is part of the routine childhood immunizations.

  • This bacteria can infect ears, eyes, and sinuses. Before the vaccine was introduced, it also caused more serious infections, such as epiglottis (ie, infection of the flap that covers the windpipe), and infection of skin, lungs, blood, joints, and coverings of the brain (meningitis).

  • Not to be confused with “the flu,” which is a disease caused by influenza, a virus.

  • There are Haemophilus influenzae types other than type b that are less dangerous. Those bacteria commonly cause ear and sinus infections.

What are the signs or symptoms?

Depends on the site of infection. May include

  • Fever

  • Vomiting

  • Irritability

  • Stiff neck

  • Rapid onset of difficulty breathing

  • Cough

  • Warm, red, swollen joints

  • Swelling and discoloration of the skin, particularly of the cheek and around the eye

What are the incubation and contagious periods?

  • Incubation period: Unknown

  • Contagious period: Until antibiotic treatment has begun

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. The droplets do not stay in the air; they usually travel no more than 3 feet before falling onto the ground.

  • Contact with the respiratory secretions from or objects contaminated by children who carry these bacteria.

How do you control it?

  • Haemophilus influenzae type b infection is a vaccine- preventable disease. Children should receive the vaccine according to the most recent immunization recommendations.

  • Preventive antibiotics (chemoprophylaxis) for exposed children and staff may be considered on the advice of the local health department if a child is seriously ill with meningitis or blood infection due to Hib. For this reason, alerting the local health department if a child has been diagnosed with Hib is very important. This is not commonly needed now that Hib immunization is widespread. Immunized people are protected if they encounter a sick individual with a Hib infection.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and the parents of unimmunized or incompletely immunized children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could lead to a delay in controlling the spread.

  • Household members and children (especially those younger than 4 years) who are under-immunized or unimmunized and attending a group care setting where 2 or more cases of Hib infection occur within 60 days may need to take an antibiotic to prevent the spread of this disease and should be offered the vaccine. Do not exclude children and staff members who have been exposed as long as they have no other reasons for exclusion.

  • Ensure exposed children who develop a fever are seen by a health professional as soon as possible.

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Clean and sanitize surface areas and items that are contaminated by children’s respiratory (nasal and cough) secretions.

Exclude from group setting?

Yes.

Exclude all children with a diagnosis of Hib infection.

Readmit to group setting?

Yes, when all the following criteria are met:

  • After the child has been cleared by a health professional

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 107

Hand-Foot-and-Mouth Disease

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What is hand-foot-and-mouth disease?

A common set of symptoms associated with viral infections that are most frequently seen in the summer and fall. Despite its scary name, this illness is generally mild.

What are the signs or symptoms?

  • Tiny blisters in the mouth and on the fingers, palms of hands, buttocks, and soles of feet that last a little longer than a week (one, few, or all of these body sites may be involved with the blisters).

  • May see common cold signs or symptoms with fever, sore throat, runny nose, and cough. The most troublesome finding is blisters in the mouth, which make it difficult for the child to eat or drink. Other signs or symptoms, such as vomiting and diarrhea, can occur but are less frequent.

  • Hand-foot-and-mouth disease may cause neurologic symptoms.

What are the incubation and contagious periods?

  • Incubation period: 3 to 6 days.

  • Contagious period: Virus may be shed for weeks to months in the stool after the infection starts; respiratory shedding of the virus is usually limited to 1 to 3 weeks.

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. Most of these droplets do not stay in the air; usually, they travel no more than 3 feet and fall onto the ground.

  • Contact with the respiratory secretions from or objects contaminated by children who carry these viruses.

  • Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

How do you control it?

  • Teach children and teachers/caregivers to cover their mouths and noses when sneezing or coughing with a disposable facial tissue, if possible, or with an upper arm sleeve or elbow if no facial tissue is available in time. Teach everyone to practice hand hygiene right after using facial tissues or having contact with mucus. Change or cover contaminated clothing.

  • Dispose of facial tissues that contain nasal secretions after each use.

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after diaper changing.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Encourage the family to seek medical advice if the child is very uncomfortable with signs of illness from the infection, such as an inability to drink or eat, or if the child seems very ill.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group. Excessive drooling from mouth sores might be a problem that staff members will find difficult to manage for some children with this disease.

  • The child meets other exclusion criteria.

  • Note: Exclusion will not reduce disease transmission because some children may shed the virus without becoming recognizably ill and other children who became ill may shed the virus for weeks in the stool.

Readmit to group setting?

Yes, when all the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and teachers/caregivers determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 109

Hepatitis A Infection

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What is hepatitis A infection?

  • A viral infection causing liver inflammation.

  • An acute, usually self-limited illness.

  • Hepatitis A is spread by the fecal-oral route. Hepatitis B and C are blood-borne hepatitis viruses.

What are the signs or symptoms?

  • Children younger than 6 years usually have few or no signs or symptoms. Symptoms are common in older children and adults.

  • Fever.

  • Jaundice (ie, yellowing of skin or whites of eyes).

  • Abdominal discomfort.

  • Fatigue.

  • Dark-brown urine.

  • Nausea, loss of appetite.

  • Occasionally, diarrhea can occur.

What are the incubation and contagious periods?

  • Incubation period: 15 to 50 days, with an average of 28 days.

  • Contagious period: Most infectious in the 2 weeks before onset of signs or symptoms; the risk of transmission is minimal 1 week after onset of jaundice.

How is it spread?

Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching a surface, an object, or food that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth or on shared food.

How do you control it?

  • Hepatitis A is a vaccine-preventable disease. The vaccine is recommended for all children 12 months and older. The immunization requires 2 doses, an initial dose and a second dose 6 to 18 months later.

  • In an outbreak situation, vaccination for those not previously immunized is usually recommended. Occasionally, immune globulin shots may be suggested for contacts.

  • Staff members who work in child care programs should consider getting the hepatitis A vaccine. As of 2015, the Centers for Disease Control and Prevention recommends, “Vaccinate any person seeking protection from hepatitis A virus (HAV) infection, and persons with any of the following indications…unvaccinated persons who anticipate close personal contact (eg, household or regular babysitting) with an international adoptee during the first 60 days after arrival in the United States from a country with high or intermediate endemicity.” The potential for exposure of teachers/caregivers to such newly arrived international adoptees should be considered in making a decision about whether to get hepatitis A vaccine.

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after diaper changing.

  • Child care and school settings have been found to play a significant role in the community-wide spread of hepatitis A. Because young children usually have few or no signs or symptoms, spread within and outside a group care setting may occur before the initial case is recognized.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and the parents of unvaccinated children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. If the health care provider who makes the diagnosis does not inform the local health department that the infected child or staff member is a participant in a child care program or school, this could lead to a delay in controlling the spread.

  • Use good hand-hygiene technique at all the times listed in Chapter 2, with special attention after toileting or changing diapers.

  • Teach children and remind adults to wash their hands after using the toilet and before any activity that potentially involves food or the mouth.

  • Clean and disinfect surfaces in all areas. Hepatitis A virus can survive on surfaces for weeks.

  • Contact a health care provider and the local health department promptly to review the need for using vaccine or immune globulin for attendees and household members of attendees.

  • Routinely check that children complete the hepatitis A vaccine series according to the most recent immunization recommendations.

Exclude from group setting?

Yes.

  • Children and adults, especially food handlers, with hepatitis A should be excluded for 1 week after onset of illness.

  • Refer to health care provider.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • One week after onset of illness and after all contacts have received vaccine or immune globulin as recommended

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Once signs or symptoms of hepatitis A occur, the only treatment is comfort measures.

  • For preventive treatment, which could include hepatitis A vaccine or immune globulin, to be effective, it should be given within 2 weeks of exposure. Local health authorities should be notified as soon as possible. They can help ensure all contacts have been notified and receive immune globulin or the hepatitis A vaccine.

  • Outbreaks of hepatitis A infections in schools have been associated with home-prepared snacks that were served in schools. Any treat or snack served in a school or child care setting should be commercially prepared and, ideally, individually wrapped.

  • In child care settings, the first sign of hepatitis A disease may be in adult caregivers (parents/guardians, staff members).

  • Giving hepatitis A vaccine immediately following exposure for those older than 12 months and younger than 40 years is equally effective as giving immune globulin; furthermore, the vaccine will protect the person for a longer time against future hepatitis A infection than the immune globulin.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 111

Hepatitis B Infection

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What is hepatitis B?

  • A viral infection causing liver inflammation.

  • Hepatitis B can lead to serious illness, lifelong infection, liver failure, and liver cancer.

  • Hepatitis B is a blood-borne infection. (See Chapter 1 for more details.)

What are the signs or symptoms?

  • Flu-like (eg, muscle aches, nausea, vomiting).

  • Jaundice (ie, yellowing of skin or whites of eyes, dark urine).

  • Loss of appetite.

  • Joint pains.

  • Tiredness.

  • Young children may show few or no signs or symptoms.

  • Most people recover fully, but some carry the virus in their blood for a lifetime. Age at the time of infection is a major factor in whether hepatitis B will become a chronic infection.

What are the incubation and contagious periods?

  • Incubation period: 45 to 160 days, with an average of 90 days

  • Contagious period: As long as the virus is present in the blood of the infected person (can be for the lifetime of an infected person who is a chronic carrier)

How is it spread?

  • Most commonly through

    • Blood or blood products.

    • Sexual contact.

    • Children born to infected mothers may become infected during birth.

  • Uncommonly through

    • Saliva that contains blood

    • Contact with open sores or the fluid that comes from open sores (wound exudate)

    • Direct exposure to blood after injury, bites, or scratches that caused a skin break, introducing blood or body fluids from a carrier to another person

  • Hepatitis B virus can remain contagious on surfaces for 7 days or more.

How do you control it?

  • Hepatitis B is a vaccine-preventable disease. Babies should receive vaccine at or soon after birth, with additional doses of the vaccine according to the routine immunization schedule.

  • Adults who are expected, as a condition of their employment, to come in contact with blood are required to be offered vaccine by their employers under US Occupational Safety and Health Administration (OSHA) regulations.

  • Cover open wounds or sores.

  • Do not permit sharing of toothbrushes or pacifiers.

  • Standard Precautions should be followed when blood or blood-containing body fluids are handled. For blood and blood-containing substances, these are the same precautions described by OSHA as universal precautions.

    • Wear disposable gloves or, if using utility gloves, be sure the utility gloves are sanitized after use. Use barriers and techniques that minimize potential contact of mucous membranes or openings in the skin to blood.

    • Absorb as much of the spill as possible with disposable materials; put the contaminated materials in a plastic bag with a secure tie.

    • Clean contaminated surfaces with detergent and water, and then rinse with water. Floors, rugs, and carpeting should be cleaned by blotting to remove the fluid as quickly as possible and disinfected by spot-cleaning with a US Environmental Protection Agency (EPA)–registered detergent or disinfectant. Additional cleaning by shampooing or steam cleaning the contaminated surface may be necessary.

    • Disinfect the cleaned and rinsed surface using an EPA-registered disinfectant. Follow the manufacturer’s instruction for preparation and use of the disinfectant. For guidance on disinfectants, refer to Chapter 8, Selecting an Appropriate Sanitizer or Disinfectant.

    • Clean, rinse, and disinfect reusable household rubber gloves. Dry and store them away from any surface or object related to food. Discard disposable gloves.

    • Dispose of all soiled items in plastic bags with secure ties.

    • Perform hand hygiene after cleaning and disinfecting are done, even though gloves were worn.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the local health department. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, it could delay controlling the spread.

  • Routinely check that children complete the hepatitis B vaccine series according to the most recent immunization recommendations.

  • Practice Standard Precautions for handling blood and other body fluids at all times, as carriers of this infection may not be identified to staff members. Check and follow the facility’s plan for handling exposure to blood-borne pathogens as required by OSHA.

  • Contact the health consultant and the infected child’s health care provider for a treatment plan.

Exclude from group setting?

Yes, if a child with known hepatitis B exhibits any of the following signs or symptoms:

  • Weeping sores that cannot be covered.

  • A bleeding problem.

  • Biting or scratching behavior that would lead to bleeding by the child with hepatitis B.

  • Generalized dermatitis that may produce wounds or weepy tissue fluids.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria (see Conditions Requiring Temporary Exclusion in Chapter 4).

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When skin lesions are dry or covered

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Risk of hepatitis B transmission in child care and schools is very small.

  • The recommendation for universal immunization of newborns and children born and cared for in the United States has achieved high levels of immunity and protection against infection with hepatitis B that has made the risk of infection in group care settings very small. Certain high-risk groups remain, such as injection drug users, those with more than one sex partner in the previous 6 months, and people from countries where universal immunization against hepatitis B is not practiced.

  • Most children with hepatitis B infection should be admitted to child care or school without restrictions. Admission of children with skin problems that bleed or ooze body fluids, bleeding problems, or aggressive behavior, including biting, should be handled on an individualized basis. If a child with known hepatitis B bites or is bitten by a child who is unimmunized or partially immunized against hepatitis B, the unimmunized/ partially immunized child should be referred to a health care provider or the local health department.

  • Hepatitis C is also transmitted through blood and causes a disease similar to hepatitis B. It should be managed the same as hepatitis B.

  • Hepatitis D is also transmitted through the blood but only occurs in those previously infected with hepatitis B. Hepatitis D can be a more severe disease. It is also managed just like hepatitis B.

  • Currently, there are no hepatitis C or D vaccines available.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 113

Herpes Simplex (Cold Sores)

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What is herpes simplex?

  • A viral infection that can cause a variety of signs and symptoms in different age groups.

  • In early childhood, herpes simplex most commonly causes blister-like sores in the mouth, around the lips, and on skin that is in contact with the mouth, such as a sucked thumb or finger.

  • Virus is shed by people with or without signs or symptoms (often by adults).

What are the signs or symptoms?

  • During the first or primary infection

    • Fever.

    • Irritability.

    • Tender, swollen lymph nodes.

    • Painful, small, fluid-filled blisters (called vesicles) in the mouth and on the gums and lips.

    • Vesicles weep clear fluid and bleed and are slow to crust over.

  • After the first infection, subsequent infections may occur with clusters of blisters on the lips, commonly called cold sores or fever blisters.

  • Often, there are no signs or symptoms.

What are the incubation and contagious periods?

  • Incubation period: 2 days to 2 weeks.

  • Contagious period: During the first infection, people shed the virus for at least a week and, occasionally, for several weeks after signs or symptoms appear. After the first infection, the virus may be reactivated from time to time, producing cold sores (these are located outside the mouth, ie, on the lips). People with recurrent cold sores shed smaller amounts of virus than the first infection for 3 to 4 days after signs or symptoms appear. Virus shedding also occurs at lower levels in infected individuals who have no signs or symptoms.

How is it spread?

  • Direct contact through kissing and contact with open sores.

  • Contact with saliva (eg, from mouthed toys).

  • Can be spread to other areas of the body by scratching or abrading skin after touching an open sore. This is especially problematic in a child with eczema.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Avoid kissing or nuzzling children on the lips or hands.

  • Do not share food or drinks between children or staff members.

  • Do not touch sores.

  • Avoid contact with saliva from mouthed toys or objects.

  • Clean toys regularly. (See Chapter 2.)

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Stress the importance of good hand hygiene and other measures aimed at controlling the transmission of infected secretions (eg, saliva, tissue fluid, fluid from a skin sore).

  • Wash and sanitize mouthed toys, bottle nipples, and utensils that have come into contact with saliva or have been touched by children who are drooling and put fingers in their mouths.

  • Try to avoid touching cold sores with hands, which is difficult but should be attempted. When sores have been touched, careful hand hygiene should follow immediately, using good hand-hygiene technique listed in Chapter 2.

Exclude from group setting?

No, unless

  • The child has a first or primary infection, with ulcers and vesicles inside the mouth, and does not have control of drooling.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria are met:

  • When no drooling or exposed open sores (on the outside of the lips)

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Children and teachers/caregivers with recurrent infection (ie, cold sores) do not need to be excluded.

  • A very serious eye infection can result when people with virus on their hands from cold sores transmit it to their eyes. Good hygiene, especially hand hygiene, cannot be overemphasized.

  • Herpes simplex type 1 is the usual cause of mouth sores, while herpes simplex type 2 is the usual cause of genital sores. At times, type 1 causes infection in the genital area and type 2 causes infection in the mouth.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 115

Hip Dysplasia (Developmental Dysplasia of the Hip)

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Akshar_Pediatrics_Medical Conditions - Accordian 116Hip dysplasia (developmental dysplasia of the hip) is a condition in which a child's upper thighbone is dislocated from the hip socket. It can be present at birth or develop during a child's first year of life.

Hip dysplasia is not always detectable at birth or even during early infancy. In spite of careful screening of children for hip dysplasia during regular well-child exams, a number of children with hip dysplasia are not diagnosed until after they are 1 year old.

Hip dysplasia is rare. However, if your baby is diagnosed with the condition, quick treatment is important.

What causes hip dysplasia?

No one is sure why hip dysplasia occurs (or why the left hip dislocates more often than the right hip). One reason may have to do with the hormones a baby is exposed to before birth. While these hormones serve to relax muscles in the pregnant mother's body, in some cases they also may cause a baby's joints to become too relaxed and prone to dislocation. This condition often corrects itself in several days, and the hip develops normally. In some cases, these dislocations cause changes in the hip anatomy that need treatment.

Who is at risk?

Factors that may increase the risk of hip dysplasia include

  • Sex—more frequent in girls

  • Family history—more likely when other family members have had hip dysplasia

  • Birth position—more common in infants born in the breech position

  • Birth order—firstborn children most at risk for hip dysplasia

Detecting hip dysplasia

Your pediatrician will check your newborn for hip dysplasia right after birth and at every well-child exam until your child is walking normally.

During the exam, your child's pediatrician will carefully flex and rotate your child's legs to see if the thighbones are properly positioned in the hip sockets. This does not require a great deal of force and will not hurt your baby. Akshar_Pediatrics_Medical Conditions - Accordian 117

Your child's pediatrician also will look for other signs that may suggest a problem, including

  • Limited range of motion in either leg

  • One leg is shorter than the other

  • Thigh or buttock creases appear uneven or lopsided

If your child's pediatrician suspects a problem with your child's hip, you may be referred to an orthopedic specialist who has experience treating hip dysplasia.

Treating hip dysplasia

Early treatment is important. The sooner treatment begins, the simpler it will be. In the past parents were told to double or triple diaper their babies to keep the legs in a position where dislocation was unlikely. This practice is not recommended. The diapering will not prevent hip dysplasia and will only delay effective treatment. Failure to treat this condition can result in permanent disability.

If your child is diagnosed with hip dysplasia before she is 6 months old, she will most likely be treated with a soft brace (such as the Pavlik harness) that holds the legs flexed and apart to allow the thighbones to be secure in the hip sockets. Akshar_Pediatrics_Medical Conditions - Accordian 118

The orthopedic consultant will tell you how long and when your baby will need to wear the brace. Your child also will be examined frequently during this time to make sure that the hips remain normal and stable.

In resistant cases or in older children, hip dysplasia may need to be treated with a combination of braces, casts, traction, or surgery. Your child will be admitted to the hospital if surgery is necessary. After surgery, your child will be placed in a hip spica cast for about 3 months. A hip spica cast is a hard cast that immobilizes the hips and keeps them in the correct position. When the cast is removed, your child will need to wear a removable hip brace for several more months.

Remember

If you have any concerns about your child's walking, talk with his pediatrician. If the cause is hip dysplasia, prompt treatment is important.

Copyright © 2003 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 120

HIV/AIDS

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What is HIV/AIDS?

Human immunodeficiency virus (HIV) infection affects the body in a wide variety of ways. In the most severe infection, the virus progressively destroys the body’s immune system, causing a condition called acquired immunodeficiency syndrome (AIDS). With early testing and appropriate treatment, children in the United States rarely develop the severe signs and symptoms of HIV infection.

What are the signs or symptoms?

Children with HIV infection may show few signs or symptoms. Children with HIV infection may have

  • Unexplained fevers

  • Failure to grow and develop well

  • Enlarged lymph nodes

  • Swelling of salivary glands

  • Enlargement of the liver and spleen

  • Frequent infections, including pneumonia, diarrhea, and thrush (ie, a yeast infection on the surfaces of the mouth)

  • Inflammation of the heart, salivary glands, liver, and kidneys

  • Central nervous system disease

  • Specific types of tumors

What are the incubation and contagious periods?

  • Incubation period: If the infection is acquired before or during birth from infected mothers, children typically develop signs or symptoms between 12 and 18 months of age, although many remain symptom free for more than 5 years. With treatment, most children live into adulthood. However, approximately 15% to 20% of untreated children in the United States die before 4 years of age.

  • Contagious period: Infected individuals can transmit the virus in their body fluids throughout their lifetime.

How is it spread?

  • Contact of mucous membranes or openings in the skin with infected blood and body fluids that contain blood, semen, and cervical secretions; can also be spread from mother to infant through breastfeeding.

  • Contaminated needles or sharp instruments.

  • Mother-baby transmission before or during birth.

  • Sexual contact.

  • HIV is not spread by the type of contact that occurs in child care and school settings, such as typical classroom activities, or with surfaces touched by infected people. It is not spread through non-bloody saliva, tears, stool, or urine.

How do you control it?

  • Standard Precautions should be followed when blood or blood-containing body fluids are handled. For blood and blood-containing substances, these are the same precautions described by the US Occupational Safety and Health Administration (OSHA) as universal precautions.

    • Wear disposable gloves or, if using utility gloves, be sure the utility gloves are sanitized after use. Use barriers (eg, gloves) and cleanup techniques to minimize potential contact of mucous membranes or openings in the skin to blood.

    • Absorb as much of the spill as possible with disposable materials; put the contaminated materials in a plastic bag with a secure tie.

    • Clean contaminated surfaces with detergent and water, and then rinse with water. Floors, rugs, and carpeting should be cleaned by blotting to remove the fluid as quickly as possible and disinfected by spot-cleaning with a US Environmental Protection Agency (EPA)– registered detergent or disinfectant. Additional cleaning by shampooing or steam cleaning the contaminated surface may be necessary.

    • Disinfect the cleaned and rinsed surface using an EPA-registered disinfectant. Follow the manufacturer’s instruction for preparation and use of the disinfectant. For guidance on disinfectants, refer to Chapter 8, Selecting an Appropriate Sanitizer or Disinfectant.

    • Clean, rinse, and disinfect reusable household rubber gloves. Dry and store them away from any surface or object related to food. Discard disposable gloves.

    • Dispose of all soiled items in plastic bags with secure ties.

    • Perform hand hygiene after cleaning and disinfecting are done, even though gloves were worn.

  • Children with HIV infection should not be excluded from school, child care, or other group care settings solely for the protection of other children or personnel. As long as the affected child’s health status enables participation, he or she should be admitted. Uncommonly, the child’s risk of transmission of blood-borne pathogens, through conditions such as generalized skin rash or bleeding problems, would merit assessment by the child’s health care provider and the child care program director/ administrator or school principal to see whether the child can participate.

What are the roles of the teacher/caregiver and the family?

  • Parents/guardians of all children, including children with HIV, should be notified immediately if a case of a highly contagious disease, such as measles or chickenpox, occurs in group care settings. Children with HIV infection may be at increased risk of severe complications from certain types of infections. Parents/guardians of a child with HIV may choose to ask the program to observe their child more closely than other children for signs of illness that might require medical attention.

  • Parents/guardians of children with HIV should consult with their children’s health care provider when their children have been exposed to a potentially harmful infectious disease.

  • All staff members in child care and school settings should receive annual education about Standard Precautions, which include OSHA requirements for universal precautions.

  • Parents/guardians do not have to share information about the HIV status of their children. If parents/ guardians share HIV status of their children, this information is not to be disclosed to staff members without written permission of the parents/guardians. Only the child’s parents/guardians and physician have an absolute need to know the child is infected with HIV.

Exclude from group setting?

No, unless

  • The child has symptoms that require exclusion according to the child’s individual care plan.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child has weeping skin lesions that cannot be covered.

  • The child has bleeding problems.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • A child who is known to have HIV and has been excluded because of risk of exposure to infections in the group care setting can return when the child’s health care provider determines it is safe for the child to return.

  • When skin lesions are dry or covered.

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Comment

See Caring for Our Children: National Health and Safety Performance Standards: Guidelines for Early Care and Education Programs, 3rd Edition, standards 3.2.3.4, 3.6.1.1, 4.3.1.4, 7.6.3.1 through 7.6.3.4, 9.2.3.6, and 9.4.1.5 (http://cfoc.nrckids.org) or the Centers for Disease Control and Prevention HIV/AIDS Web site (www.cdc.gov/hiv) for more details on HIV/AIDS policies.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 122

Impetigo

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What is impetigo?

A common skin infection caused by streptococcal or staphylococcal bacteria

What are the signs or symptoms?

Small, red pimples or fluid-filled blisters (pustules) with crusted yellow scabs found most often on the face but may be anywhere on the body

What are the incubation and contagious periods?

  • Incubation period: Variable. Skin colonization is common. Minor skin trauma may result in skin infections like impetigo.

  • Contagious period: Until the skin sores are treated with antibiotics for at least 24 hours or the crusting lesions are no longer present.

How is it spread?

  • Contact with the sores of an infected person or from contaminated surfaces.

  • Germs enter an opening on skin (eg, cut, insect bite, burn) and cause oozing, leading to honey-colored crusted sores.

  • Occurs year-round but most common in warm weather. Also occurs in cold weather when the skin around the nose and face is damaged by runny nasal secretions and nose wiping that irritates the skin.

How do you control it?

  • Cover lesions, after which infected individuals should be treated with an appropriate antibiotic regimen (oral or topical) at the end of the day.

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Clean and sanitize surfaces.

  • Clip fingernails to reduce further injury of tissues by scratching and subsequent spread through contaminated fingernails.

  • In the event of an outbreak (more than one infected child in a group), consult with the local health department. The problem could involve staphylococcal bacteria (see Staphylococcus aureus [Methicillin-Resistant (MRSA) and Methicillin-Sensitive (MSSA)] Quick Reference Sheet).

What are the roles of the teacher/caregiver and the family?

  • Consult the child’s health care provider for a treatment plan.

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Clean infected area.

  • Use medication recommended by the child’s health professional.

  • Loosely cover infected area to allow airflow for healing and avoid contact with others in group care settings.

  • Wear gloves and perform hand hygiene after coming into contact with sores or when changing bandages at the group setting and home.

  • Launder contaminated clothing articles daily.

  • Notify the local health department if an outbreak occurs.

Exclude from group setting?

Wash the affected area, cover the sores, and then, at the end of the day, the child should see a health care provider. If impetigo is confirmed, the child should start treatment (oral or topical antibiotic) before returning. If treatment is started before the next day, no exclusion is necessary. However, the child may be excluded until treatment has started.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • As long as the lesions are covered, the child can return once appropriate treatment has started (oral or topical antibiotics). Lesions should be kept covered until they are dry.

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Comments

  • When impetigo is caused by group A Streptococcus, treatment and complication issues are similar to when this germ causes strep throat (see Strep Throat [Streptococcal Pharyngitis] and Scarlet Fever Quick Reference Sheet). However, acute rheumatic fever does not result from impetigo.

  • Health care providers may use antibiotic ointment when there are only a few impetigo lesions and oral antibiotic(s) when there are many lesions.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 124

Know the Facts About HIV and AIDS

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Akshar_Pediatrics_Medical Conditions - Accordian 125HIV (human immunodeficiency virus) is a virus that can lead to AIDS (acquired immunodeficiency syndrome). While there is no cure for HIV, early diagnosis and treatment are very effective at keeping people healthy. In addition, there are things you can do to prevent getting HIV. Read on to learn more about HIV and AIDS and how to keep you and your children healthy.

What are HIV and AIDS?

HIV is a virus that causes damage to the body's immune system. The immune system is the body's way of fighting infections. When the immune system does not work well, the body cannot fight off many serious illnesses.

The damage caused by HIV can occur over months, as sometimes happens when infants have HIV. In adults with HIV, the damage can occur more slowly. People with HIV are said to have AIDS when their immune systems are severely damaged or when HIV-related infections or cancers occur.

Because it can take years for symptoms to develop, many people do not know they have HIV. During this time, they can unknowingly spread the virus to others. Most people with HIV appear healthy. You cannot tell just by looking at people whether they have HIV. A blood test is the only way to be sure.

How is HIV spread?

HIV can be spread in the following ways:

  • By sexual intercourse (vaginal, anal, or oral) with a person who has HIV. Both males and females can spread HIV.

  • Through contact with an HIV-infected person's blood. This can happen when sharing syringes or needles, accidentally getting stuck by a needle with a person's blood on it, or contact with other body fluids containing blood.

  • To a baby by a mother with HIV during pregnancy, labor, delivery, or breastfeeding, or sharing pre-chewed food.

  • Through blood or blood products from blood transfusions, organ transplants, or artificial insemination. This is very rare because today donated blood, sperm, tissue, and organs are routinely screened and tested for HIV.

How is HIV not spread?

It is very important to know how HIV is not spread. You cannot get HIV by

  • Shaking hands or hugging a person with HIV

  • Sitting next to or playing with a person with HIV

  • Eating food prepared by a person with HIV

  • Sharing a glass, utensil, or plate with a person with HIV

Also, you cannot get HIV from

  • The air

  • Insect bites (including mosquito bites)

  • Giving blood

  • Sharing bathrooms

  • Swimming pools

What your children should know about HIV and AIDS

Teach your children the facts about HIV and AIDS, including how HIV is not spread (see previous section) and the following:

Young children will not be able to understand all of the information, but they should know

  • To never touch anyone else's blood.

  • To never touch needles or syringes. If they find one in the garbage or on the ground, they should tell an adult.

Older children and teens should know about

  • Abstinence. The best way to protect themselves against HIV and other sexually transmitted infections (STIs) is to not have any type of sex (vaginal, anal, or oral). Let them know that many people wait to have sex.

  • Condoms. The best way to lower the risk of getting HIV and other STIs, if they are sexually active, is to use a latex condom and limit the number of sexual partners they have.

Teens should also know about other types of birth control. However, make sure they know that other forms of birth control will not protect them from HIV or other STIs. If teens are sexually active, encourage them and their partners to be tested for HIV and STIs before sexual activity.

  • Drug use. Drugs that are injected with needles are the riskiest because the needle or syringe can spread blood from one person to another. Using other drugs like alcohol, marijuana, or "club" drugs can also increase the risk of getting HIV. This is because drugs affect a person's judgment and can lead to risky behaviors, like having sex without a condom or with multiple partners.

Who should be tested for HIV?

Anyone involved in the risky behaviors listed previously should get an HIV test. Keep in mind, a negative test does not mean a person is safe if the risky behaviors took place only a few months before the test. This is because it can take several months for the HIV test to become positive.

The following symptoms may suggest a need for HIV testing:

  • Persistent fevers

  • Loss of appetite

  • Frequent diarrhea

  • Poor weight gain or rapid weight loss

  • Swelling of the lymph nodes (glands) that does not go away

  • Extreme tiredness or lethargy that does not go away with rest

  • White spots in the mouth

  • Recurring or unusual infections

How is HIV treated?

There is no cure for HIV or AIDS. However, there are medicines that can help delay symptoms, prevent the virus from spreading to an unborn baby, and help prevent additional infections in people with HIV. Because starting treatment for an HIV infection early (before there are symptoms of AIDS) is most effective at preventing symptoms and keeping people healthy, it is important to get tested to know if you have an HIV infection. If you do, you can stay healthy for many years if you start medicines as early as needed and stay on them.

Remember

HIV and AIDS are important issues to think and talk about. Knowing the facts about HIV and AIDS is the best way to keep you and your family healthy. If you need more information, talk with your child's doctor.

Copyright © 2008
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 127

Learning Disabilities: What Parents Need to Know

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Akshar_Pediatrics_Medical Conditions - Accordian 128Your child will learn many things in life—how to listen, speak, read, write, and do math. Some skills may be harder to learn than others. If your child is trying his best to learn certain skills but is not able to keep up with his peers, it’s important to find out why. Your child may have a learning disability (also known as LD). If your child has an LD, the sooner you know, the sooner you can get your child help. Your child can succeed in school, work, and relationships. Read on for more information from the American Academy of Pediatrics about LDs.

What is an LD?

Learning disability is a term used to describe a range of learning problems. These problems have to do with the way the brain gets, uses, stores, and sends out information. As many as 15% of children have an LD. Children with LDs may have trouble with one or more of the following skills: reading, writing, listening, speaking, reasoning, and math. The most common type of LD is a reading disorder.

A child is not considered to have an LD if the learning problems are due to another cause, such as attention-deficit/hyperactivity disorder (ADHD), intellectual disability (formerly called mental retardation), lack of instruction, or a hearing, vision, or motor problem. It’s important to understand, though, that some children may have an LD and one or more other conditions that can affect learning. Many children also have more than one LD.

What causes LDs?

There can be many possible causes. The causes aren’t always known, but in many cases children with LDs have a parent or relative with the same or similar learning difficulties. Other risk factors include low birth weight and prematurity, or an injury or illness during childhood (for example, head injury, lead poisoning, a childhood illness like meningitis).

How do I know if my child has an LD?

Learning disabilities aren’t always obvious. However, there are some signs that could mean your child needs help. Keep in mind that children develop and learn at different rates. Let your child’s doctor know if your child shows any of the following signs:

Preschool children (who may later have LDs) may have

  • Delays in language development. By 2½ years of age, your child should be able to talk in phrases or short sentences.

  • Trouble with speech. By 3 years of age, your child should speak well enough so that adults can understand most of what she says.

  • Trouble learning colors, shapes, letters, and numbers.

  • Trouble rhyming words.

  • Trouble with coordination. By 5 years of age, your child should be able to button her clothing, use scissors to cut shapes out of paper, and hop. She should be able to copy a circle, square, or triangle.

  • Short attention spans. Between 3 to 5 years of age, your child should be able to sit still and listen to a short story. As your child gets older, she should be able to pay attention for a longer time.

School-aged children and teens with LDs may find it difficult to

  • Follow directions.

  • Get and stay organized at home and school.

  • Understand verbal directions.

  • Learn facts and remember information.

  • Read, spell, or sound out words.

  • Write clearly (may have poor handwriting).

  • Do math calculations or word problems.

  • Focus on and finish schoolwork (may daydream a lot).

  • Explain information clearly with speech or in writing.

What are common LDs?

The following are some common LDs. Keep in mind that not every child with an LD fits neatly within one of these types. Careful evaluation is important.

Reading disorder

Children with a reading disorder (also called dyslexia, reading disability, and specific reading disability) may have difficulties with

  • Remembering the names of letters and the sounds they make

  • Understanding that words are made up of sounds and that letters stand for those sounds

  • Sounding out words correctly and at the right speed

  • Spelling words correctly

  • Understanding what they read

Writing disorder

Children with a writing disorder may have difficulties with

  • Using a pen or pencil

  • Remembering how letters are formed

  • Copying shapes, drawing lines, or spacing things out correctly

  • Organizing and writing their thoughts, feelings, and ideas on paper

  • Spelling and punctuation

Math disorder

Children with a math disorder may have difficulties with

  • Recognizing and drawing shapes

  • Math concepts such as number values, quantity, and order

  • Understanding time, money, and measuring

  • Fractions, percentages, geometry, and algebra

Other learning problems

Some children with learning problems may not exactly fit the types of LDs previously mentioned. These learning problems may include the following:

Nonverbal learning skills

Children who have trouble with nonverbal learning skills (often called nonverbal LD) may have

  • Trouble copying designs and understanding 3-dimensional patterns

  • Trouble understanding abstract concepts

  • Trouble with math, writing, and reading comprehension

  • Problems with social skills and understanding nonverbal cues like body language

  • Poor coordination

Speech and language delays

Children with speech and language delays may have

  • Trouble reading and writing

  • Trouble with math word problems

  • Trouble following directions

  • Trouble answering questions

ADHD

Children with ADHD may have

  • Trouble focusing or paying attention

  • Trouble remembering information

  • Trouble completing schoolwork or homework

Is there a cure?

There is no single cure for LDs, but there are many things that can be done to help children overcome their LD and live successful lives. Be cautious of people and groups who claim to have simple answers or solutions. You may hear about eye exercises, body movements, special diets, vitamins, and nutritional supplements. There’s no good evidence that these work. If in doubt, talk with your child’s doctor. Also, you can contact trusted resources like the ones listed at the end of this publication for more information.

Who can help?

If you’re concerned about your child’s problems with learning or think your child may have an LD, talk with your child’s teacher and doctor. Teachers and other education specialists can perform screening or evaluation tests to determine if there’s a problem. Your child’s doctor may want to test your child’s vision and hearing to rule out other possible problems. You may also want to see a pediatrician who specializes in neurodevelopmental disabilities, developmental and behavioral pediatrics, or child neurology. Other professionals who can help are psychologists and private educational specialists.

Most children who have problems learning can reach their goals by developing different ways of learning. Special educational services to help children with LDs may be available in your area. These may include specialized instruction, non-timed tests, or sometimes changes in the classroom that are geared toward your child’s specific learning style. One way to ensure that your child is being helped is for teachers and parents (and sometimes your child’s doctor) to meet and develop a written plan that clearly describes the services your child needs. This plan is called an Individualized Education Program (IEP). Once an IEP is in place, it should be reviewed regularly to make sure your child’s needs are being met.

Ways you can help your child

  • Focus on strengths. All children have special talents as well as weaknesses. Find your child’s strengths and help her learn to use them. Your child might be good at math, music, or sports. She could be skilled at art, working with tools, or caring for animals. Be sure to praise your child often when she does well or succeeds at a task.

  • Develop social and emotional skills. Learning disabilities combined with the challenges of growing up can make your child sad, angry, or withdrawn. Help your child by providing love and support while acknowledging that learning is hard because his brain learns in a different way. Try to find clubs, teams, and other activities that focus on friendship and fun. These activities should also build confidence. And remember, competition isn’t just about winning.

  • Plan for the future. Many parents of children with LDs worry about their child’s future. Remind your child that an LD isn’t tied to how smart she is. In fact, many people with LDs are very bright and grow up to be very successful in life. You can help your child plan for adulthood by encouraging her to consider her strengths and interests when making education and career choices. There are special career and vocational programs that help build confidence by teaching decision-making and job skills. Many colleges have programs designed for students with LDs.

Remember

Children with LDs can learn and succeed if they get the right help and support. The sooner you know, the sooner you can get your child help. Talk with your child’s doctor if you have any concerns about your child’s learning.

Where can I find more information?

If you have any questions about LDs, contact your child’s doctor or any of the following resources:

American Academy of Pediatrics National Center for Medical Home Implementation

www.medicalhomeinfo.org

Council for Exceptional Children

www.cec.sped.org

LD OnLine (information about LDs)

www.ldonline.org

Learning Disabilities Association of America

www.ldanatl.org

Learning Disabilities Worldwide

www.ldworldwide.org

National Center for Learning Disabilities

www.ncld.org

Office of Special Education and Rehabilitative Services

www.ed.gov/about/offices/list/osers

Wrightslaw (information about special education law)

www.wrightslaw.org

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

Copyright © 2005
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 130

Lice (Pediculosis Capitis)

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What are head lice?

  • Small, tan-colored insects (less than ⅛″long) that

    • Live on blood they draw from the scalp.

    • Live for days to weeks depending on temperature and humidity.

    • Crawl. They do not hop or fly.

    • Deposit tiny, gray/white eggs, known as nits, on a hair shaft 3 to 4 mm (¼″) from the scalp. The eggs need the warmth from the scalp for hatching.

    • Cannot live for more than 48 hours away from the scalp as adult insects.

  • Having an infestation with lice may cause irritation and scratching, which can lead to secondary skin infection.

  • Families and teachers/caregivers often get very upset about lice. However, head lice do not carry disease. Head lice infestations occur in all socioeconomic groups and do not represent poor hygiene.

  • Often, normal activities are disrupted because people become upset about these insect pests.

What are the signs or symptoms?

  • Itching of skin where lice feed on the scalp or neck or complaints about itchiness by older children.

  • Nits attached to hair, most easily seen behind ears and at or near the nape of the neck.

  • Scratching behind ears and the nape of the neck.

  • Open sores and crusting from secondary bacterial infection may cause swollen lymph nodes (glands).

What are the incubation and contagious periods?

  • Incubation period: 7 to 12 days from laying to hatching of eggs. Lice can reproduce about 2 weeks after hatching.

  • Contagious period: Until live lice are no longer present.

How are they spread?

  • Primarily through direct head-to-head contact with infested hair. Shared objects (hats, headgear, and other objects) that contact the head are a possible but uncommon cause of spread of lice because the insects prefer to stay close to the blood supply on the scalp. Therefore, avoid sharing clothing and headgear or wash them between users.

  • Nits hatch best when they are kept warm by being on strands of hair that are within 3 to 4 mm (¼″) of the scalp, on the bottom part of the hair strands that are growing out of the scalp, or with a hairstyle that puts hair within 3 to 4 mm (¼″) of the scalp. Research shows eggs can be laid on other surfaces and hatch more than 50% of the time.

How do you control them?

  • By using medications (pediculicides) that kill lice and nits. Resistance of lice and nits to these chemicals has been reported, but the extent of resistance to the chemicals varies. Some chemicals may require 2 treatments. These chemicals are toxic to lice and may have some toxicity to humans, especially if used for age groups for which the product is not recommended or without following the manufacturer’s instructions. If a particular chemical fails to work, repeated use of that chemical is unlikely to be successful, and an alternative chemical that has been shown to be effective should be tried.

  • Herbal and “natural” remedies, like ylang-ylang, tea tree, and lavender oils, have not been scientifically studied. They are not regulated by the US Food and Drug Administration, so the content, safety, and effectiveness cannot be assumed.

  • Remedies using common household products (eg, salad oils, mayonnaise, petroleum jelly) have not been shown to be effective, and some (eg, kerosene) are dangerous.

  • Some non-insecticide-based occlusive agents (dimethicone and isopropyl myristate) have shown promise.

  • Mechanical removal of the lice and nits by combing them out of wet hair with a special fine-tooth comb may have some benefit compared with no treatment. This treatment is tedious and very time-consuming, but it does damage and remove live lice. It is unknown whether combing improves treatment success rates if the child is already receiving a chemical treatment at the same time.

  • Household and close contacts should be examined and treated if they have infestations. Individuals who share the same bed with the infested child may also be treated, even if no live lice are found.

  • The following supplemental measures are options, not requirements, because spread is primarily from head to head:

    • Launder articles that were in contact with the infested individual, exposing them for 5 minutes to temperatures greater than 128.3°F (53.5°C) and then drying them in a dryer on the hot setting. Alternately, clothing and bedding can be dry-cleaned.

    • Toys, personal articles, bedding, other fabrics, and upholstered furniture that cannot be laundered with hot water and dried in a dryer or dry-cleaned can be kept away from people (eg, in a plastic bag) for 1 to 2 weeks if there is concern about lice having crawled from an infested child onto these articles.

    • Floors, carpets, mattresses, and furniture can be vacuumed (a safe alternative to spraying). Because head lice can only live for 1 to 2 days away from the scalp, chemical treatment of the environment is not necessary.

  • Discouraging activity that causes head-to-head contact.

What are the roles of the teacher/caregiver and the family?

  • Report the infestation to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Have parents/guardians consult with a health professional for a treatment plan.

  • Check children observed scratching their heads for lice; if lice are found, check all contacts.

  • Educate teachers/caregivers and families on how to recognize lice and nits.

Exclude from group setting?

  • At the end of the day, the child should see a health care provider and, if lice is confirmed, the child should start treatment before returning. Families should be notified to ask their child’s health care provider for advice about which treatment to use. If treatment is started before the next day, no exclusion is necessary. However, the child may be excluded until treatment has started.

  • Some treatments must be repeated 7 to 10 days after the first treatment. Until the treatment course is completed, avoid any activity that involves the child in head-to-head contact with other children, such as group block building, art projects, games that involve head-to-head contact, or sharing of headgear in a dress-up corner, while using riding toys, or playing sports. Do not resume these activities until no new lice are seen and there are no nits within ¼″ of the scalp for anyone in the group.

Readmit to group setting?

Yes, when the child has received the treatment recommended by the child’s health care provider.

Comments

  • Removal of lice and nits from the hair is very difficult. It may be more successful if the hair is wet with water and combed in small sections with a very fine-tooth comb, such as those supplied with some lice treatment products. Doing the combing may reduce diagnostic confusion about whether the child has been successfully treated or has experienced reinfestation.

  • The Centers for Disease Control and Prevention (CDC) recommends not using shampoo for several days after the treatment is applied to give the residual lice-killing product on the hair a chance to work on any live lice or viable nits. Also, the CDC suggests not using conditioner, oil, or any other occlusive product before applying the lice-killing product because these act as a barrier and may make the lice-killing medicine ineffective.

  • No-nit policies that require children to be nit free are not recommended because they have not been shown to be effective in controlling outbreaks, may keep the child out of the program needlessly, and unduly burden the child’s parents/guardians, who must implement this measure.

  • Education of families and teachers/caregivers about the relatively benign consequences of head lice infestations should be attempted to reduce the level of disruption for the infested child and all others involved in the program. It may be necessary to arrange for a health professional to provide this education to overcome the widespread beliefs about this problem.

  • Itching results from an allergic reaction to the lice saliva and, sometimes, from the treatment itself; itching often persists for weeks after the infestation has resolved.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 132

Lyme Disease

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Akshar_Pediatrics_Medical Conditions - Accordian 133Lyme disease is an important public health problem in some areas of the United States. Since its discovery in Lyme, CT, in 1975, thousands of cases of the disease have been reported across the United States and around the world. By knowing more about the disease and how to prevent it, you can help keep your family safe from the effects of Lyme disease.

What is Lyme disease?

Lyme disease is an infection caused by a bacteria called a spirochete. The disease is spread to humans by the bites of deer ticks infected with this bacteria. Deer ticks are tiny black-brown creatures. They live in forests or grassy, wooded, marshy areas near rivers, lakes, or oceans. Many people who have been infected with Lyme disease were bitten by deer ticks while hiking or camping, during other outdoor activities, or even while spending time in their own backyards, from the late spring to early fall.

Where is Lyme disease most common?

Deer ticks that are infected with Lyme disease live in areas that have very low and high seasonal temperatures and high humidity. In the United States, almost all cases of Lyme disease occur in the following regions:

  • Northeast (Connecticut, Delaware, Maine, Maryland, Massachusetts, New Hampshire, New Jersey, New York, Pennsylvania, Rhode Island, and Vermont)

  • North central states (Michigan, Minnesota, and Wisconsin)

  • West Coast (California)

Akshar_Pediatrics_Medical Conditions - Accordian 134

How will I know if my child has Lyme disease?

The first and most obvious symptom of Lyme disease is a localized rash that begins as a pink or red circle that expands over time and may become several inches or larger. It may appear from 3 to 30 days after the bite occurred. Some people may have a single circle, while others may have many. Most people who develop the rash won't feel anything, but for others the rash may hurt, itch, burn, or feel warm to the touch. The rash most commonly appears on the head, neck, groin, thighs, trunk, and armpits.

A rash may occur without any other symptoms or may include

  • Headache

  • Chills

  • Fever

  • Fatigue

  • Swollen glands, usually in the neck or groin

  • Aches and pains in the muscles or joints

If your child develops the rash with or without any of these symptoms, call your pediatrician.

How serious is Lyme disease?

For most people, Lyme disease can be easily recognized and treated. If left untreated, Lyme disease can get worse. Occasionally, patients can develop infection of the nervous system (meningitis) or facial muscle problems (facial nerve palsy). Late stage symptoms, occurring 1 or more months after the tick bite, are swelling of one or more joints.

How is Lyme disease treated?

Lyme disease is treated with antibiotics (usually penicillin, a cephalosporin, or a tetracycline) prescribed by your pediatrician. The antibiotics are usually taken by mouth, but also can be given intravenously (directly into the bloodstream through a vein) in more severe cases. Both early and late stages of the disease can be treated with antibiotics.

How can I prevent Lyme disease?

If you live or work in a region where Lyme disease is a problem, or if you visit such an area, the following are ways to protect your family from the ticks that carry the disease:

  • Avoid places where ticks live. Whenever possible, avoid shaded, moist areas likely to be infested with ticks.

  • Cover arms and legs. Have your child wear a long-sleeved shirt and tuck his pants into his socks.

  • Wear a hat to help keep ticks away from the scalp. Keep long hair pulled back.

  • Wear light-colored clothing to make it easier to spot ticks.

  • Wear enclosed shoes or boots. Avoid wearing sandals in an area where ticks may live.

  • Use insect repellent. Products with DEET are effective against ticks and can be used on the skin. However, large amounts of DEET can be harmful to your child if it is absorbed through the skin. Look for products that contain no more than 30% DEET. Wash the DEET off with soap and water when your child returns indoors. Products with permethrin can be used on clothing, but cannot be applied to the skin.

  • Stay on cleared trails whenever possible. Avoid wandering from a trail or brushing against overhanging branches or shrubs.

  • After coming indoors, check for ticks. This will only take a couple minutes. Ticks often hide behind the ears or along the hairline. It usually takes more than 48 hours for a person to become infected with the bacteria, so removing any ticks soon after they have attached themselves is very effective for reducing the chances of becoming infected.

Keep in mind, ticks can be found right in your own backyard, depending on where you live. Keeping your yard clear of leaves, brush, and tall grass may reduce the number of ticks. Ask a licensed professional pest control expert about other steps you can take to reduce ticks in your yard.

Ticks and how to remove them

Akshar_Pediatrics_Medical Conditions - Accordian 135Ticks do not fly, jump, or drop from trees. They hide in long grass and small trees, bushes, or shrubs waiting for an animal or person to brush by. Then they attach themselves to the animal or person's skin. When a tick is found on a person or pet, try to remove as much of it as possible using the following steps:

  • 1. Grasp the tick as close to the skin as possible with fine-tipped tweezers. Be careful not to squeeze the tick's body.

  • 2. Slowly pull the tick away from the skin.

  • 3. After the tick is out, clean the bitten area with rubbing alcohol or other first aid ointment.

Remember

If you live in or plan to visit an area where Lyme disease has become a problem, it's important to take steps to avoid being bitten by deer ticks. If you have any questions about the disease, talk with your pediatrician.

Copyright © 2004
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 137

Lyme Disease (and Other Tick-borne Diseases)

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What is Lyme disease?

An infection caused by a type of bacteria called a spirochete that is transmitted when particular types of ticks attach to a person’s skin and feed on that person’s blood. These ticks are very small, only a few millimeters (about the size of a freckle). The ticks that transit Lyme disease are found mainly in 3 areas of the United States: in the New England and eastern mid-Atlantic regions, in the upper Midwest, and on the West Coast. Also, they are seen in Europe, China, Japan, Canada, and in the countries that were part of the former Soviet Union. In the United States, the spirochete causing Lyme disease is called Borrelia burgdorferi.

What are the signs or symptoms?

  • Gradually expanding, large, circular or oval-shaped skin lesion (rash) with central clearing that appears after a tick bite. The individual lesion gets very large—usually 5 cm or greater in size. This lesion is present in children with early Lyme disease.

  • Fever.

  • Headache.

  • Mild neck stiffness.

  • Flu-like signs or symptoms.

  • Inability to move some of the muscles in the face (facial palsy).

  • Untreated Lyme disease usually resolves by itself, but a few infected people develop late Lyme disease with arthritis, neurologic problems, or meningitis.

What are the incubation and contagious periods?

  • Incubation period: 1 to 32 days from tick bite to appearance of rash.

  • Contagious period: Lyme disease is not contagious except through blood transfusions or organ donation.

How is it spread?

When infected ticks attach to and feed on humans long enough (minimum of 36 hours)

How do you control it?

  • Avoid tick habitats (eg, tall grassy areas, bushes, wooded areas) if possible. Walk in the center of trails to limit brushing against trees, bushes, and high grasses.

  • If children will be in tick-infested areas, dress them with hats, light-colored clothing, long sleeves, long pants tucked into socks, and closed shoes.

  • Spray permethrin on clothing to prevent tick attachment. Apply the spray to the clothing when it is off the child in a well-ventilated area outdoors. Be sure to let the sprayed clothing dry before anyone wears it. Permethrin should not be applied directly to skin. Some clothing comes from the manufacturer permethrin-treated. Permethrin-treated clothing offers better protection against ticks than diethyltoluamide (DEET) applied to the skin. DEET offers better protection than permethrin against mosquitoes.

  • DEET may be applied to exposed skin according to Centers for Disease Control and Prevention (CDC) instructions (www.cdc.gov/westnile/faq/repellent.html) and the US Environmental Protection Agency (www.epa.gov/insect-repellents/deet).

  • DEET is safe when used according to the instructions on the product label. Be careful not to get it into the eyes or mouth because it can irritate these tissues. DEET is available in different concentrations. The concentration determines the length of time DEET will provide protection. Products with less than 10% active ingredient may only offer protection for 1 to 2 hours. Newer formulations of DEET that offer sustained-release or controlled-release (microencapsulated) formulations, even with lower active-ingredient concentrations, may provide longer protection times, up to 12 hours. Concentrations of DEET above 50% do not offer much more protection time than those that contain 50% DEET. The CDC recommends using products containing 20% to 30% DEET on exposed skin to reduce biting by ticks that may spread disease.

  • DEET should not be used in a product that combines repellent with sunscreen. Sunscreens need to be reapplied at least every 2 hours because they can be washed off by water play or sweating. Repeated application may increase the potential toxic effects of DEET.

    • Apply DEET sparingly on exposed skin; do not use under clothing. If repellent is applied to clothing, wash or dry-clean treated clothing before wearing again.

    • Do not use DEET on the hands of young children; avoid applying to areas around the eyes and mouth.

    • Do not use DEET over cuts, wounds, or irritated skin. Wash treated skin with soap and water after returning indoors; wash treated clothing.

    • Avoid spraying in enclosed areas; do not use DEET near food.

    • Do not use DEET on infants younger than 2 months.

    • Obtain written permission from the parent/guardian to use tick repellent and follow the instructions on the label. A health care provider note is not required.

  • Picaridin (also known as icaridin) is a repellent that will not damage certain fabrics and plastics that are stained by DEET. Picaridin products have a similar protection time to DEET of 2 to 12 hours.

  • Lyme disease is treatable with antibiotics.

What are the roles of the teacher/caregiver and the family?

  • Locate play areas away from heavily treed areas. Keep play areas mowed, leaves raked, and underbrush cleared. Put a barrier of dry wood chips or gravel between play areas and heavily treed areas to separate people from the bushes and tree leaves where ticks wait for a warm body to come by.

  • Inspect children’s skin and scalps after possible tick exposure. Tick checks should occur right after a possible exposure to an area that might have ticks. The sooner the ticks are removed, the better.

    • How to inspect for ticks: Look for these small insects on outer clothing. Then check the child’s skin. If the outer clothing has ticks on it, the ticks can be killed by putting the clothing in a dryer on high heat for an hour. Ticks seek warm areas of the body to attach and get a blood meal. Inspect the scalp, the neck, behind the ears, and areas where clothing is closely held against the skin, like the sock and belt lines, armpits, and groin. Ticks are small before they feed but become as large as a kernel of corn when full of blood.

    • Removing ticks: Grasp the tick with tweezers close to the skin and use steady gentle traction without any twisting motion. Avoid crushing the tick or pulling too quickly so that none of the germ-containing insides or mouth parts are left behind. If fingers are used to remove ticks, protect the skin of the person removing the tick with facial tissue or cloth. After the tick is removed, thoroughly wash the bite area and the hands of anyone who might have touched the tick.

  • Be sure to tell parents/guardians that the child has had a tick bite. Saving the tick for testing or identification is not recommended.

Exclude from group setting?

No, unless

  • The child is ill with a tick-borne disease and is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria are met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Other Tick-borne Diseases

Different types of ticks can transmit other diseases. They tend to be area-specific and known to public health authorities in the local area. Tick-borne diseases may be parasites, bacteria, or viruses the tick puts into a bite wound as it feeds. Control measures and exclusion and readmission criteria are the same for these tick-borne diseases as for Lyme disease. Infected individuals may not be aware of a recent tick bite. Some of the following conditions are caused by bacteria and are treatable with antibiotics:

  • Rocky Mountain spotted fever

    • Signs or symptoms: Severe headache, fever, muscle aches, nausea, vomiting, and a red, bumpy rash that begins on wrists and ankles and proceeds toward the center of the body. The illness may be severe or fatal in some cases.

    • Occurs more commonly along the Atlantic seaboard as far north as New Jersey and Pennsylvania and in the southeastern and south-central regions of the United States, than in the rest of the United States.

    • Incubation period: 2 to 14 days (average 1 week) after bite from dog tick or wood tick.

  • Ehrlichiosis

    • Signs or symptoms: Similar to Rocky Mountain spotted fever, except the rash is less common. Less severe than Rocky Mountain spotted fever.

    • Occurs primarily in the southeastern and south-central regions of the United States, but occasionally may occur in other regions.

    • Incubation period: 5 to 14 days after bite from deer tick or lone star tick.

  • Anaplasmosis

    • Signs or symptoms: Similar to Rocky Mountain spotted fever and ehrlichiosis, except rash is less common and disease is less severe

    • Occurs primarily in upper Midwest and northeastern United States, as well as northern California

    • Incubation period: 5 to 21 days after black-legged (deer) tick bite

  • Tularemia

    • Signs or symptoms: Fever, chills, muscle aches, and headache. May involve painful bite site with swollen and draining lymph nodes; can also cause respiratory disease.

    • Occurs from tick or wild animal contact; handling dead animals, most commonly rabbits; ingestion of contaminated water or inadequately cooked meat; and other means (bioterrorism).

    • Incubation period: Usually 3 to 5 days (range, 1 to 21 days) from exposure to the bacteria.

  • Babesiosis (caused by a single-celled organism with a nucleus)

    • Signs or symptoms: Fever, chills or sweats, muscle or joint aches, and nausea or vomiting. Anemia may be severe, and disease can last for weeks or months.

    • Transmitted by the deer tick.

    • Incubation period: 1 to 5 weeks following tick bite.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

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Measles

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What is measles?

  • A highly contagious and acute viral disease caused by the measles virus. Humans are the only natural host for the measles virus.

  • Outbreaks occur when unimmunized people become infected, travel to the United States, and infect others who are not immunized.

What are the signs or symptoms?

  • Fever, cough, runny nose, and red, watery eyes.

  • Small, typically bluish/white spots in the cheek area inside the mouth (called Koplik spots).

  • Appearance of rash at hairline spreading downward over body.

  • May have diarrhea, pneumonia, or ear infection as a complication.

  • Complications may be serious and result in a secondary bacterial pneumonia, brain inflammation, convulsions, deafness, intellectual disability (mental retardation), or death.

What are the incubation and contagious periods?

  • Incubation period: 8 to 12 days from exposure to onset of signs or symptoms

  • Contagious period: From 1 to 2 days before the first signs or symptoms appear (4 days before the rash) until 4 days after the appearance of the rash

How is it spread?

  • Airborne route: Breathing small particles containing virus floating in the air. These particles first come from a child’s respiratory secretions as droplets after a cough or sneeze. These germ-containing particles dry out quickly in the air or fall onto surfaces, and then dry out and attach to dust particles, which become suspended again in the air. These particles travel along air currents and can infect people in another room.

  • Even brief exposure or shared airflow poses a high risk of infection for people who have not had the disease before, have not been protected by the measles vaccine, or have a problem with their immune system.

How do you control it?

  • Measles is a vaccine-preventable infection. Immunize according to current recommendations, when a child is 12 to 15 months of age and with a second dose at 4 to 6 years of age.

  • Review immunization status of all children and staff members.

  • Exclude infected children until 4 days after the rash starts when they are no longer contagious. Measles is a highly contagious infection. Because measles viruses are spread by the airborne route, infected children should not be cared for in any child care area and should be sent home as soon as possible. They should not be placed in a special room for children who are ill.

  • Exclude exposed children who have not been immunized (or who are incompletely immunized for their age) until they become immunized. If they are not immunized because of an accepted exemption from immunization, continue to exclude them until the local health department determines it is safe for them to return. (See Exclude from group setting? for duration of exclusion of these individuals.)

  • A single case of measles anywhere in the United States is considered to be a reportable outbreak.

  • Use good hand-hygiene technique at all the times listed in Chapter 2 and routine infection control measures.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and parents of unimmunized children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could delay controlling the spread.

  • Review and ensure all children have received measles, mumps, rubella (MMR) vaccine according to current immunization recommendations.

  • Ensure staff members who have had fewer than 2 doses of vaccine are properly immunized unless documented to have had the disease or were born before 1957. Individuals born before 1957 are presumed immune because measles was so widespread before vaccine became available, although being in this group is not a guarantee of immunity. A laboratory test is available for testing immunity.

  • During investigation of a suspected case, the group facility should exclude exposed children with weakened immune systems or who have not received MMR vaccine routinely. In an outbreak, infants 6 to 11 months of age can be immunized and then re-immunized at the age-appropriate time. The immunization at 12 months is still necessary because the child’s immunity from the previous dose of vaccine may be blocked by the mother’s measles antibodies that cross the placenta during pregnancy and are present in the child for a year.

Exclude from group setting?

Yes.

  • Measles is a highly communicable illness for which routine exclusion of infected children is warranted.

  • Unimmunized people who have been exempted from measles immunization for medical, religious, or other reasons, if not immunized within 72 hours of exposure, should be excluded from the group care setting for 21 days after the onset of rash in the last case of measles.

  • Immune globulin may prevent or modify measles disease in an unimmunized susceptible person if given within 6 days of exposure, especially infants younger than 6 months, pregnant women, and those with immune deficiency.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Four days after beginning of rash

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

The childhood and adolescent immunization program in the United States has resulted in a greater than 99% decrease in the reported incidence of measles since 1963. However, recently, a traveler from another country where measles is more common caused an outbreak among unimmunized people in the United States who had contact with this traveler.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 141

Meningitis

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What is meningitis?

  • An infectious disease causing swelling or inflammation of the tissue covering the spinal cord and brain.

  • Three types of bacteria most commonly cause bacterial meningitis in young children after the newborn period.

    • Neisseria meningitidis (meningococcus)

    • Streptococcus pneumoniae (pneumococcus)

    • Haemophilus influenzae type b (Hib)

  • With current immunizations, meningitis from these bacteria is rare.

  • Most meningitis is caused by viruses. Although most cases of viral meningitis resolve without antimicrobial treatment or complications, it can be confused with bacterial meningitis in early stages.

  • Viral meningitis typically occurs during summer and early fall in temperate climates.

What are the signs or symptoms?

  • Fever (may be associated with a blood-red rash of meningococcus)

  • Headache

  • Nausea

  • Loss of appetite

  • Sometimes, a stiff neck (ie, pain or discomfort when trying to touch the chin to the chest; child is unwilling to bend head forward enough to look at her or his belly button)

  • Irritability

  • Photophobia (ie, eye discomfort when looking into bright lights)

  • Confusion

  • Drowsiness

  • Seizures

  • Coma

What are the incubation and contagious periods?

  • Incubation period

    • For the most common cause of viral meningitis (enterovirus): 1 to 10 days, usually less than 4 days

    • For Hib: Unknown

    • For meningococcus and pneumococcus: 1 to 10 days

  • Contagious period

    • For enterovirus viral meningitis: Shedding of the virus in feces can continue for several weeks, but shedding from the respiratory tract usually lasts a week or less.

    • For Hib, meningococcus, and S pneumoniae: Until after 24 hours of antibiotics.

How is it spread?

  • Contact with the respiratory secretions from or objects contaminated by children who carry these germs, eg, sharing of food utensils and drinking vessels (meningococcus, Hib).

  • Fecal-oral route (enterovirus): Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

How do you control it?

  • Bacterial meningitis

    • Immunizations according to the latest recommendations.

    • Preventive antibiotics may be indicated for close contacts.

    • Vaccinate unimmunized or under-immunized children as indicated by the local health department.

  • Viral meningitis

    • Use good hand-hygiene technique at all the times listed in Chapter 2 and other routine infection control measures in Chapter 2.

    • Immunizations, as recommended by the American Academy of Pediatrics, Advisory Committee on Immunization Practices, and American Academy of Family Physicians, prevent some viral meningitis in the United States from polio, measles, mumps, and chickenpox (varicella). However, these vaccine-preventable diseases are not common causes of viral meningitis.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • In communication with health professionals and parents/guardians, distinguish between viral and bacterial meningitis, which may be important in determining which close contacts need additional management.

  • If it is bacterial meningitis, report the infection to the local health department. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could delay controlling the spread of some types of meningitis. Preventive antibiotic treatment may be appropriate for children who have been in contact with the ill child. Involve the health consultant.

  • Teach children and teachers/caregivers to cover their noses and mouths when sneezing or coughing with a disposable facial tissue, if possible, or with an upper sleeve or elbow if no facial tissue is available in time. Teach everyone to wash their hands right after using facial tissues or having contact with mucus to prevent the spread of disease by contaminated hands.

  • Dispose of facial tissues that contain nasal secretions after each use.

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

Exclude from group setting?

Yes, as soon as it is suspected.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When the child is cleared to return by a health professional

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 143

Middle Ear Fluid and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 144The middle ear is the space behind the eardrum that is usually filled with air. When a child has middle ear fluid (otitis media with effusion), it means that a watery or mucus-like fluid has collected in the middle ear. Otitis media means middle ear inflammation, and effusion means fluid.

Middle ear fluid is not the same as an ear infection. An ear infection occurs when middle ear fluid is infected with viruses, bacteria, or both, often during a cold. Children with middle ear fluid have no signs or symptoms of infection. Most children don't have fever or severe pain, but may have mild discomfort or trouble hearing. About 90% of children get middle ear fluid at some time before age 5.

The following is information from the American Academy of Pediatrics about the causes, symptoms, risk reduction, testing, and treatments for middle ear fluid, as well as how middle ear fluid may affect your child's learning.

What causes middle ear fluid?

There is no one cause for middle ear fluid. Often your child's doctor may not know the cause. Middle ear fluid could be caused by

  • A past ear infection

  • A cold or flu

  • Blockage of the eustachian tube (a narrow channel that connects the middle ear to the back of the nose)

What are the symptoms of middle ear fluid?

Many healthy children with middle ear fluid have little or no problems. They usually get better on their own. Often middle ear fluid is found at a regular checkup. Ear discomfort, if present, is usually mild. Your child may be irritable, rub his ears, or have trouble sleeping. Other symptoms include hearing loss, irritability, sleep problems, clumsiness, speech or language problems, and poor school performance. You may notice your child sitting closer to the TV or turning the sound up louder than usual. Sometimes it may seem like your child isn't paying attention to you, especially when at the playground or in a noisy environment.

Talk with your child's doctor if you are concerned about your child's hearing. Keep a record of your child's ear problems. Write down your child's name, child's doctor's name and number, date and type of ear problem or infection, treatment, and results. This may help your child's doctor find the cause of the middle ear fluid.

Can middle ear fluid affect my child's learning?

Some children with middle ear fluid are at risk for delays in speaking or may have problems with learning or schoolwork, especially children with

  • Permanent hearing loss not caused by middle ear fluid

  • Speech and language delays or disorders

  • Developmental delay of social and communication skills disorders (for example, autism spectrum disorders)

  • Syndromes that affect cognitive, speech, and language delays (for example, Down syndrome)

  • Craniofacial disorders that affect cognitive, speech, and language delays (for example, cleft palate)

  • Blindness or visual loss that can't be corrected

If your child is at risk and has ongoing middle ear fluid, her hearing, speech, and language should be checked.

How can I reduce the risk of middle ear fluid?

Children who live with smokers, attend group child care, or use pacifiers have more ear infections. Because some children who have middle ear infections later get middle ear fluid, you may want to

  • Keep your child away from tobacco smoke.

  • Keep your child away from children who are sick.

  • Throw away pacifiers or limit to daytime use, if your child is older than 1 year.

Are there special tests to check for middle ear fluid?

Two tests that can check for middle ear fluid are pneumatic otoscopy and tympanometry. A pneumatic otoscope is the recommended test for middle ear fluid. With this tool, the doctor looks at the eardrum and uses air to see how well the eardrum moves. Tympanometry is another test for middle ear fluid that uses sound to see how well the eardrum moves. An eardrum with fluid behind it doesn't move as well as a normal eardrum. Your child must sit still for both tests; the tests are painless.

Because these tests don't check hearing level, a hearing test may be given, if needed. Hearing tests measure how well your child hears. Although hearing tests don't test for middle ear fluid, they can measure if the fluid is affecting your child's hearing level. The type of hearing test given depends on your child's age and ability to participate.

How can middle ear fluid be treated?

Middle ear fluid can be treated in several ways. Treatment options include observation and tube surgery or adenoid surgery. Because a treatment that works for one child may not work for another, your child's doctor can help you decide which treatment is best for your child and when you should see an ear, nose, and throat (ENT) specialist. If one treatment doesn't work, another treatment can be tried. Ask your child's doctor or ENT specialist about the costs, advantages, and disadvantages of each treatment.

When should middle ear fluid be treated?

Your child is more likely to need treatment for middle ear fluid if she has any of the following:

  • Conditions placing her at risk for developmental delays (see "Can middle ear fluid affect my child's learning?")

  • Fluid in both ears, especially if present more than 3 months

  • Hearing loss or other significant symptoms (see "What are the symptoms of middle ear fluid?")

What treatments are not recommended?

A number of treatments are not recommended for young children with middle ear fluid.

  • Medicines not recommended include antibiotics, decongestants, antihistamines, and steroids (by mouth or in nasal sprays). All of these have side effects and do not cure middle ear fluid.

  • Surgical treatments not recommended include myringotomy (draining of fluid without placing a tube) and tonsillectomy (removal of the tonsils). If your child's doctor or ENT specialist suggests one of these surgeries, it may be for another medical reason. Ask your doctor why your child needs the surgery.

What about other treatment options?

There is no evidence that complementary and alternative medicine treatments or that treatment for allergies works to decrease middle ear fluid. Some of these treatments may be harmful and many are expensive.

Copyright © 2010
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 146

Molluscum Contagiosum

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What is molluscum contagiosum?

A skin disease caused by a virus, somewhat similar to warts

What are the signs or symptoms?

Small, flesh-colored bumps on the skin, often with a tiny, hard, indented, seedlike center

What are the incubation and contagious periods?

  • Incubation period: Usually between 2 and 7 weeks but may be as long as 6 months

  • Contagious period: Unknown

How is it spread?

  • Person-to-person through close contact

  • Through sharing of inanimate objects, such as dress-up clothing, or direct contact

How do you control it?

  • Perform hand hygiene using good hand-hygiene technique after touching the bumps.

  • Do not share clothing or other skin contact articles.

  • Do not scratch the bumps because that may cause further spread of the virus to another site (autoinoculation).

  • Usually goes away on its own in 6 to 12 months as the person develops antibodies to the virus; however, may last for years.

  • In some cases, treatments may be used to destroy the bumps. However, the treatments may involve painful scraping, freezing, burning, or chemically damaging the bumps. These treatments may cause scars.

  • Cover the lesions where possible with clothing or a watertight bandage when close contact or water activities involve skin where the bumps are present.

  • Although molluscum contagiosum bumps represent a viral infection, they are very mildly contagious and most often are spread to other areas of the affected child’s body rather than to other children.

What are the roles of the teacher/caregiver and the family?

  • Perform hand hygiene using good hand-hygiene technique after touching the bumps.

  • Do not let children pick at their bumps because this may cause an opening in the skin, which promotes bacterial infection or further spread of the viral infection.

Exclude from group setting?

No.

Comment

This infection can be itchy and spread by children who scratch the bumps and then touch other surfaces and people. This type of itch can be nearly eliminated by applying a cold compress. Instead of telling children not to scratch, keep a small plastic bag of ice in the freezer with a paper towel to wrap around the ice. Give the wrapped ice bag to children to apply to any area that feels itchy. Do not use an ice bag on a sleeping or an unattended child. Prolonged contact of ice with skin can lead to cold injury.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 148

Mononucleosis

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What is mononucleosis?

A disease caused by the Epstein-Barr virus (also called EBV); the illness is commonly known as mono.

What are the signs or symptoms?

  • Usually mild or no signs or symptoms, especially in young children.

  • Fever.

  • Sore throat.

  • Fatigue.

  • Swollen lymph nodes.

  • Enlarged liver and spleen.

  • Rash may occur with those treated with ampicillin or other penicillin.

What are the incubation and contagious periods?

  • Incubation period: Estimated to be 30 to 50 days.

  • Contagious period: Virus is excreted for many months after infection, and virus excretion can occur intermittently throughout life.

How is it spread?

Person-to-person contact

  • Kissing on the mouth

  • Sharing objects contaminated with saliva (eg, toys, toothbrushes, cups, bottles)

  • May be spread by blood transfusion or organ transplantation

How do you control it?

  • Hand hygiene.

  • Avoid transfer or contact with saliva, ie, through kissing or sharing respiratory secretions directly or through contact with objects like food utensils, cups, soda cans, and bottles of water.

  • People with signs and symptoms of mononucleosis should not donate blood.

What are the roles of the teacher/caregiver and the family?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Clean and sanitize toys and utensils before they are shared (ie, after each child has used them).

  • Ensure all children have their own toothbrushes, cups, and eating utensils.

  • Avoid kissing children on the mouth.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • School-aged children should avoid contact sports if they have an enlarged spleen until the spleen is no longer enlarged.

Comments

  • Most people get the infection in early childhood when signs or symptoms are mild and disease goes undiagnosed. However, rarely, the disease can be severe, particularly in adolescents.

  • General exclusion of those with mononucleosis is not practical.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 150

Mosquito-borne Diseases

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What are mosquito-borne diseases?

  • Diseases spread by infected mosquitoes—in the United States, most are caused by viruses.

  • Examples of viruses spread by mosquitoes include West Nile virus, eastern equine encephalomyelitis (EEE), St. Louis encephalitis (SLE), La Crosse encephalitis, western equine encephalomyelitis (WEE), dengue, chikungunya, and Zika.

  • West Nile virus and EEE are discussed in detail because they get the most media attention; however, in children, most of these infections produce no signs or symptoms or mild headache and fever. In outbreaks, more severe illness (including central nervous system involvement) can occur, especially among adults.

  • Malaria is a mosquito-borne disease caused by a parasite that occurs commonly in tropical areas of the world. It is extremely uncommon in the United States, except among international travelers

  • Dengue and chikungunya are mosquito-borne viruses that have recently been introduced into the United States. Dengue has caused illness in certain southern states in the past 2 to 3 years and is common in Puerto Rico, the Virgin Islands, and American Samoa, where children may vacation with parents. Chikungunya is another recent virus spread by mosquitos that has come to the United States. There were more than 1,500 cases in the United States in 2014.

  • Zika is a mosquito-borne disease that usually causes mild illness that lasts from several days to a week. Outbreaks of Zika have occurred in Africa, Southeast Asia, the Pacific Islands, and the Americas. The mosquito that spreads Zika virus is everywhere in the world. So it is likely the Zika virus will spread to new countries, including the continental United States. So far, the reports are from Puerto Rico and from returning travelers from countries where Zika is already occurring. Information and recommendations regarding Zika are rapidly evolving at the time of this writing. Please visit the CDC Zika updates page for the most recent information: http://www.cdc.gov/zika/index.html. When Zika virus infects a pregnant woman, it can spread to her unborn baby. Researchers are investigating the evidence that infection with this virus is associated with problems with pregnancy and damage to the baby. The Centers for Disease Control and Prevention (CDC) recommends pregnant women consider putting off travel to areas where Zika virus is spreading, use repellents and other measures to avoid mosquito bites if they do travel to these areas, and use condoms for sexual activity of any type while pregnant.

What are the signs or symptoms?

  • Many people have few signs or symptoms.

  • Fever.

  • Headache.

  • Body aches.

  • Nausea.

  • Vomiting.

  • Rash.

  • Convulsions.

  • Coma.

  • Paralysis (in West Nile disease, paralysis of the facial muscles [Bell palsy] has been noted).

  • Joint pain and conjunctivitis (pinkeye [conjunctivitis] or red eyes) for Zika.

What are the incubation and contagious periods?

  • Incubation periods

    — West Nile virus 2 to 14 days
    — EEE 3 to 10 days
    — SLE 4 to 14 days
    — La Crosse encephalitis 5 to 15 days
    — WEE 2 to 10 days

  • Contagious period: These infections are not contagious.

How are they spread?

Through the bite of an infected mosquito. West Nile virus may also be spread by blood transfusion and organ donation.

How do you control them?

  • By avoiding mosquito bites and getting rid of standing water where mosquitoes lay their eggs.

  • Do not wear products that have an odor. They attract mosquitoes.

  • Protect the skin by wearing clothing that puts a barrier over the skin, like long sleeves, long pants, socks, shoes, and hats.

  • Use insect repellents containing diethyltoluamide (DEET). Repellents make the user unattractive to mosquitoes. They do not kill the insects.

    • DEET is safe and is the most studied and effective mosquito repellent. Generally, higher concentrations of DEET provide longer protection times, but concentrations of more than 50% provide minimal additional benefit. The CDC recommends 20% to 30% DEET concentrations, which provide at least 3 hours of protection.

    • DEET should not be used in a product that combines the repellent with a sunscreen. Sunscreens are often applied repeatedly because they can be washed off. DEET is not water-soluble and will last up to 8 hours. Repeated application of this combination product may increase the potential toxic effects of DEET.

    • DEET may be applied to exposed intact skin according to CDC instructions (www.cdc.gov/westnile/faq/ repellent.html) and the US Environmental Protection Agency (EPA) (www.epa.gov/insect-repellents/deet).

    • Apply DEET sparingly on exposed skin; do not use under clothing. If repellent is applied to clothing, wash or dry-clean treated clothing before wearing again.

    • Do not use DEET on the hands of young children; avoid getting DEET in the eyes and mouth, as DEET irritates these tissues.

    • Do not use DEET over cuts, wounds, or irritated skin. Wash treated skin with soap and water after returning indoors; wash treated clothing.

    • Avoid spraying in enclosed areas; do not use DEET near food.

    • Do not use DEET in infants younger than 2 months.

  • Non-DEET products containing icaridin or picaridin and IR3535 have been shown to be effective mosquito repellents, although less so than DEET. Some plant-based products, such as oil of lemon, eucalyptus, and citronella, show some benefit, although also not as effective as DEET.

  • Many other products claim they prevent mosquito bites, but objective evaluation of them finds they are of little or no value. Among the products that have been found to be ineffective in objective tests are catnip oil, essential plant oils, garlic, vitamin B1, wearing sound-producing devices, or wearing impregnated wrist bands.

  • Mosquito traps, bug zappers, ultrasonic repellers, and other devices to prevent mosquito bites are not very effective. Spatial repellent devices that release a repellent material into an area in the form of a vapor are becoming widely available. These products release volatile active ingredients, such as pest repellants metofluthrin and allethrin, and are approved by the EPA for use outdoors. Although many of these products have documented repellent activity, their ability to provide protection from mosquito bites has not been evaluated thoroughly.

  • If possible, stay inside during dusk and dawn, when mosquitoes are most active. When outside at these times, wear long sleeves and long pants.

  • Check windows to make sure there are no holes in the screens to allow mosquitoes to get indoors.

  • Empty or remove standing water from wading pools, buckets, pet dishes, flowerpots, areas where gutter drains leave standing water, and other sources that can attract mosquitoes.

  • Some mosquitoes that spread certain viral diseases are active during the day (eg, Zika virus, which seems to be able to damage a pregnant woman’s unborn baby). Where Zika is known to be spreading, pregnant women should use the measures described to prevent mosquito bites at any time of day.

What are the roles of the teacher/caregiver and the family?

  • Follow public health recommendations about preventing mosquito bites.

  • Share information about the disease.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comments

  • Mosquitoes become infected with West Nile virus after biting infected birds. If you find a dead bird (especially blue jays, crows, or wrens), report it to your local health department and ask for instructions on disposing of the bird’s body. Do not handle the body with your bare hands.

  • Most cases of mosquito-borne infection are caused by West Nile virus. West Nile virus infections in children are usually mild.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 152

Mouth Sores

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What are the causes of mouth sores?

Herpes simplex, canker sores, hand-foot-and-mouth disease, and thrush

What is herpes simplex?

  • A virus that can cause a variety of infections in different age groups.

  • In early childhood, most commonly causes blister-like sores (vesicles) in the mouth, around the lips, and on skin that is in contact with the mouth, such as a sucked thumb or finger.

  • Virus may be shed by children and adults with no signs or symptoms.

  • Herpesviruses stay in the body without symptoms after initial infection; recurrent disease may occur because of a variety of triggers, such as stress, cold, or sunlight.

  • See Herpes Simplex (Cold Sores) Quick Reference Sheet for more details.

What are canker sores?

  • Shallow ulcers in the mouth and inside of lips and gums.

  • The cause is not known but may be related to trauma from biting the inside of the cheek or lip or from injury to mouth tissues while brushing teeth.

  • These sores are not contagious.

What is hand-foot-and-mouth disease?

  • A virus (enterovirus) that can cause a rash on the hands and feet and shallow ulcers on the inside of the mouth.

  • See Hand-Foot-and-Mouth Disease Quick Reference Sheet for more details.

What is thrush?

  • White patches on the inside of the cheeks, gums, and tongue caused by a fungus/yeast called Candida.

  • See Thrush (Candidiasis) Quick Reference Sheet for more details.

What are the signs or symptoms?

  • Herpes is the most severe of these conditions, and a primary or initial infection may result in

    • Fever.

    • Irritability.

    • Tender, swollen lymph nodes.

    • Painful, small, fluid-filled blisters (vesicles) in the mouth and on the gums and lips.

    • Vesicles weep clear fluid, bleed, and are slow to crust over.

  • Canker sores and hand-foot-and-mouth disease may cause pain with eating and swallowing. Some children will drool excessively because it hurts to swallow the saliva.

  • Thrush does not usually cause discomfort unless the infection is severe.

What are the incubation and contagious periods?

See individual Quick Reference Sheets for herpes simplex, hand-foot-and-mouth disease, and thrush. Canker sores are not known to be contagious.

How is it spread?

See individual Quick Reference Sheets for herpes simplex, hand-foot-and-mouth disease, and thrush.

How do you control it?

See individual Quick Reference Sheets for herpes simplex, hand-foot-and-mouth disease, and thrush. There is no cure for canker sores. They must run their course for 1 or 2 weeks. Pain medication, such as acetaminophen (eg, Tylenol) or ibuprofen (eg, Advil, Motrin), may be used.

What are the roles of the teacher/caregiver and the family?

  • Report these conditions to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Stress the importance of good hand hygiene and other measures aimed at controlling the transmission of infected secretions (eg, saliva, tissue fluid, fluid from a skin sore).

  • Wash and sanitize mouthed toys, bottle nipples, and utensils that have come into contact with saliva or have been touched by children who are drooling and put fingers in their mouths.

  • Avoiding touching cold sores with hands. This is difficult but should be attempted. When sores have been touched, careful hand hygiene should follow immediately.

Exclude from group setting?

No, unless

  • The child has mouth ulcers and blisters and does not have control of drooling. (Exception: For hand-foot-and-mouth disease with drooling, children do not need to be excluded for inability to control the drooling.)

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Note: Children and teachers/caregivers with recurrent infection (ie, cold sores) do not need to be excluded.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When no drooling or exposed open sores

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 154

Mumps

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What is mumps?

  • A viral illness with swelling of one or more of the salivary glands

  • Uncommon in children with up-to-date immunizations

What are the signs or symptoms?

  • Swollen glands in front of and below the ear or under the jaw (no swelling or symptoms in one-third of infections).

  • Fever.

  • Headache.

  • Earache.

  • In teenaged boys, painful swelling of the testicles may occur. Girls may have swelling of the ovaries, which may cause abdominal pain.

  • Complications include meningitis, deafness (usually permanent), glomerulonephritis (kidney), and inflammation of joints.

What are the incubation and contagious periods?

  • Incubation period: Usually 16 to 18 days but may be up to 12 to 25 days after exposure

  • Contagious period: From several days before to 5 days after onset of swelling of glands

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. The droplets do not stay in the air; they travel 3 feet and fall onto the ground.

  • Contact with the respiratory secretions from or objects contaminated by children who carry the mumps virus.

How do you control it?

  • Mumps is a vaccine-preventable infection. Immunize according to current recommendations, when a child is 12 to 15 months of age and with a second dose at 4 to 6 years of age.

  • Review immunization status of all children.

  • Unlike some infections, such as measles, mumps vaccine given after an unimmunized child is already exposed to mumps has not been shown to prevent infection. However, vaccinating nonimmune contacts of a child with mumps may prevent ongoing transmission and stop a possible outbreak.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and parents of unimmunized children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. If the health care provider who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could delay controlling the spread.

  • Refer to the individual’s health care provider and involve the health consultant to provide education to staff members and families.

  • Ensure up-to-date immunization of children, staff members, volunteers, and family members, according to current recommendations.

Exclude from group setting?

Yes.

  • Mumps is a highly communicable illness for which routine exclusion of infected children is warranted.

  • Exclusion of unimmunized children may be considered in consultation with local public health authorities. If unimmunized, exposed children are excluded for this reason, they may be readmitted on receiving mumps immunization. If they remain unimmunized, they should be excluded until at least 26 days after onset of swelling in the last case.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Five days after onset of swelling

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

Most cases now occur in young adults.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 156

Norovirus

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What is norovirus?

  • A virus that causes diarrhea and vomiting.

  • A leading cause of diarrhea in the United States.

  • Disease occurs more frequently in cooler months (ie, late autumn to early spring) than other times of the year.

  • Common cause of foodborne and cruise ship outbreaks.

What are the signs or symptoms?

  • Fever.

  • Non-bloody, watery diarrhea.

  • Nausea.

  • Abrupt onset of vomiting.

  • Muscle ache.

  • Headache.

  • Dehydration in severe cases.

  • Generally lasts 1 to 5 days but may be longer in young children.

  • Some children may have very mild or no symptoms.

What are the incubation and contagious periods?

  • Incubation period: 12 to 48 hours.

  • Contagious period: Virus may be present before vomiting or diarrhea begins and can persist for 3 weeks or more.

How is it spread?

  • Fecal-oral route: Contact with feces or vomit of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

  • Water or food contaminated by human feces.

How do you control it?

  • Use good hand-hygiene technique at all the times, especially after toilet use or handling soiled diapers and before anything to do with food preparation or eating. For norovirus, washing hands with soap and water is probably better than alcohol-based hand sanitizer. Norovirus is highly contagious.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool (feces) with detergent and water and application of a US Environmental Protection Agency–registered disinfectant according to the instructions on the product label.

  • Ensure proper cooking and storage of food.

  • Exclusion of infected staff members who handle food.

  • Exclusion for specific types of symptoms (see Exclude from group setting?).

What are the roles of the teacher/caregiver and the family?

  • Usually, teachers/caregivers will not know that a child has a norovirus infection because the condition is not distinguishable from other common forms of watery diarrhea. So the following recommendations apply for a child with diarrhea from any cause (see Diarrhea Quick Reference Sheet):

    • Report the condition to the staff member designated by the child care program or school for decision-making and action related to care of ill children and staff members. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Report outbreaks of diarrhea (more than 2 children and/or staff members in the group) to the health consultant, who may report to the local health department.

  • If a child has a known norovirus infection, follow these steps.

    • Follow the advice of the child’s or staff member’s health care provider.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in an early education/child care program or school, and this could lead to delay in controlling the spread of the disease.

    • Reeducate staff members to ensure strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak, follow the direction of the local health department.

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program because this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The stool is all black.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
Source

Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 158

Pinkeye (Conjunctivitis)

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What is conjunctivitis?

Inflammation (ie, redness, swelling) of the thin tissue covering the white part of the eye and the inside of the eyelids

What are the signs or symptoms?

There are several kinds of conjunctivitis, including

  • Bacterial

    • Red or pink, itchy, painful eye(s).

    • More than a tiny amount of green or yellow discharge.

    • Infected eyes may be crusted shut in the morning.

    • May affect one or both eyes.

  • Viral

    • Pink, swollen, watering eye(s) sensitive to light

    • May affect only one eye

  • Allergic

    • Itching, redness, and excessive tearing, usually of both eyes

  • Chemical

    • Red, watery eyes, especially after swimming in chlorinated water

  • Immune mediated, such as that related to a systemic disease, like Kawasaki disease

    • Red eyes, no discharge, usually affects both eyes

What are the incubation and contagious periods?

Depending on the type of conjunctivitis, the incubation period varies.

  • Bacterial

    • The incubation period is unknown because the bacteria that cause it are commonly present in most individuals and do not usually cause infection.

    • The contagious period ends when the course of medication is started or when the symptoms are no longer present.

  • Viral

    • Sometimes occurs early in the course of a viral respiratory tract disease that has other signs or symptoms.

    • One type of viral conjunctivitis, caused by adenovirus, may be contagious for weeks after the appearance of signs or symptoms. Children with adenovirus infection are often ill with fever, sore throat, and other respiratory tract symptoms. This virus may uncommonly cause outbreaks in child care and school settings. Antibiotics for this condition do not help the patient or reduce spread.

    • The contagious period continues while the signs or symptoms are present.

  • Allergic

    • Occurs in response to contact with the agent that causes the allergic reaction. The reaction may be immediate or delayed for many hours or days after the contact.

    • No contagious period.

  • Chemical

    • Usually appears shortly after contact with the irritating substance

    • No contagious period

  • Immune mediated

    • Occurs in response to a condition that stimulates the immune system of the body, often accompanied by other symptoms

    • No contagious period

How is it spread?

Hands become contaminated by direct contact with discharge from an infected eye, or by touching other surfaces that have been contaminated by respiratory tract secretions, and then touch the child’s eyes.

How do you control it?

  • Consult a health care provider for diagnosis and possible treatment. The role of antibiotics in preventing spread is unclear. Antibiotics shorten the course of illness only minimally, if at all. Most children with pinkeye get better after 5 or 6 days without antibiotics.

  • Careful hand hygiene before and after touching the eyes, nose, and mouth.

  • Careful sanitation of objects that are commonly touched by hands or faces, such as tables, doorknobs, telephones, cots, cuddle blankets, and toys.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Notify child’s parent/guardian to consult with the child’s health care provider about diagnosis and treatment by telephone or office visit. Documentation from the child’s health care provider is not required.

  • Seek advice from the local health department or the program’s health consultant about how to prevent further spread if 2 or more children in one room have red eyes with watery discharge.

  • Review hand-hygiene techniques and sanitation routines.

  • Complete course of medication, if prescribed, for bacterial conjunctivitis.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

  • There is a recommendation from the local health department or the child’s health professional.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • Antibiotics are not required to return to care.

Comments

  • It is helpful to think of pinkeye like the common cold. Both conditions may be passed on to other children but resolve without treatment. We do not exclude for the common cold. Pinkeye generally results in less symptoms of illness than the common cold. The best method for preventing spread is good hand hygiene.

  • One form of viral conjunctivitis, caused by adenovirus, can cause epidemics. If 2 or more children in a group care setting develop conjunctivitis in the same period, seek the advice of the program’s health consultant.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Pinkeye and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 160

Pneumonia and Your Child

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What is pneumonia?

Pneumonia is an inflammation of the lungs. When children get pneumonia the breathing tubes that carry air to the lungs get narrow and inflamed.

Causes of pneumonia

The most common causes of pneumonia in children are viral or bacterial infections. Less common causes of pneumonia in children are when the lungs are irritated by chemicals or other things inhaled into the lungs. Irritants may include chemicals (like spray from household cleaners), liquids (like swimming pool water or formula and other beverages), objects (like a small peanut or other food), or allergic triggers (like dust).

Types of pneumonia

Pneumonia from infection is most common during the fall, winter, and early spring and can follow a cold, an ear infection, or a sore throat. The following are different types of pneumonia:

Viral pneumonias do not improve with antibiotics. At home, make sure that your child gets rest, plenty of fluids, and if necessary, medicines to reduce fever.

Bacterial pneumonias can be serious and should be treated with antibiotics right away. At home, make sure that your child gets rest, plenty of fluids, and if necessary, medicines to reduce fever.

Pneumonia from irritants inhaled in the lungs is most common in children with special health care needs. This includes children with neuromuscular problems, like cerebral palsy.

Allergic pneumonias are not common in children. When cases are reported it's often in dusty, rural areas.

Symptoms of pneumonia

The symptoms of pneumonia are different for each child. Your child may have one or more of the following:

  • Fever (may be high grade with chills).

  • Cough (with a lot of mucus).

  • Trouble breathing, often breathing faster and more deeply than usual with occasional widening of the nostrils during deep breathing.

  • Wheezing.

  • Chest pain, especially when coughing or with deep breathing.

  • Stomachaches or vomiting.

  • Eating less or not eating.

  • Headache.

  • Loss of energy.

  • Babies and toddlers may seem pale and limp, and cry more than usual.

When to call the doctor

Call the doctor if your child has any of the following signs:

  • Especially fast or hard breathing (when you can see the chest drawing in and out)

  • Persistent vomiting

  • No energy to play or to keep up with daily routines for more than 2 or 3 days

  • Very pale or bluish lips or fingernails

  • Stiff neck

Care of your child at home

  • Make sure your child drinks plenty of liquids to avoid getting dehydrated.

  • Help your child rest.

  • Give your child the medicine the doctor has recommended. (See "Medicines for your child.")

When is hospital treatment needed?

Your child may need to be treated at the hospital if your child

  • Is younger than 1 year.

  • Cannot swallow the medicine.

  • Is dehydrated and needs fluids through an IV tube.

  • Has severe breathing problems.

  • Has problems fighting infections because his or her immune system doesn't work well.

  • Has had pneumonia before.

  • Has taken oral antibiotics but still has symptoms.

Care of your child at the hospital

In the hospital your child may be treated with

  • An IV (intravenous) tube to give fluids and medicine

  • Extra oxygen given through a face mask or a tube in the nose

Medicines for your child

After an exam, the doctor may order a blood test or an x-ray. These tests can help your doctor decide how to treat your child's infection. If your child needs medicine, be sure you know the right amount, when to give the medicine, and if you should give food with it. If you forget or don't understand the instructions on the medicine label, call the doctor or your pharmacist for help.

Antibiotics

The doctor may prescribe an antibiotic if pneumonia is caused by bacteria, or an antiviral medicine if the pneumonia is caused specifically by influenza.

Antibiotics and antivirals can be given in 3 ways.

  • Oral (by mouth). Oral antibiotics can usually be taken at home. It's important that your child continue to take the antibiotic for the number of days prescribed even if your child feels better.

  • Injection. Your doctor may suggest giving an antibiotic shot, especially if your child is having a lot of trouble with vomiting.

  • IV. If your child is being treated in the hospital, the antibiotic may be given by vein through an IV tube.

Fever and pain medicine

Your child's doctor may also recommend medicine to decrease fever and aches. Call the doctor for fever lasting more than 2 or 3 days even after giving antibiotics for bacterial pneumonia. Never give your child aspirin unless prescribed by the doctor. It can be dangerous for children younger than 18 years.

No cough medicine

A cough can last from days to weeks, but do not give your child cough medicine. Cough medicine doesn't work and it may keep your child from coughing up mucus that needs to come out of the lungs.

Copyright © 2010
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Akshar_Pediatrics_Medical Conditions - Accordian 162

Respiratory Syncytial Virus (RSV)

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Akshar_Pediatrics_Medical Conditions - Accordian 163 Respiratory syncytial virus (RSV) infects almost all children at least once before they are 2 years of age. Most of the time, this virus only causes minor cold-like symptoms. However, for some babies infection can be more dangerous.

For certain infants who are born extremely preterm (before 29 weeks of pregnancy) or who are born with severe heart or lung disease, any viral infection can be more serious. Very preterm infants often have underdeveloped lungs and may have difficulty fighting a viral infection once they become infected.

Each year, about 100,000 young children are hospitalized in the United States with RSV infection, and approximately 100 of these children may die. In the first 2 years of life, RSV is the leading cause of pneumonia and bronchiolitis (a swelling of the small airways), and it may be associated with wheezing.

Who is at risk?

Infants born prematurely and term infants younger than 6 weeks are at increased risk for developing serious RSV infection. Young children with medical conditions, such as chronic lung disease, serious heart conditions, or problems with their immune system—including problems due to cancer or organ transplants— are also at risk.

When and how is RSV spread?

Respiratory syncytial virus infection occurs most often from late fall to early spring. Most illness occurs between November and April, although there may be seasonal variation by region. Respiratory syncytial virus occurs only in humans and is highly contagious. The virus can live for several hours on a surface such as a countertop, table, or playpen, or it can live on unwashed hands. Respiratory syncytial virus is spread by direct or close physical contact, which includes touching or kissing an infected person or contact with a contaminated surface.

What are the symptoms of RSV?

For most healthy children, the symptoms of RSV resemble the common cold and include

  • Runny nose

  • Coughing

  • Low-grade fever

However, signs of more serious infection may include

  • Difficult or rapid breathing

  • Wheezing

  • Irritability and restlessness

  • Poor appetite

How can I protect my child from RSV?

There are important steps you can take to prevent exposure to RSV and other viruses, especially in the first few months of your child's life. These precautions include

  • Make sure everyone washes their hands before touching your baby.

  • Keep your baby away from anyone who has a cold, fever, or runny nose.

  • Keep your baby away from crowded areas such as shopping malls.

  • Keep your baby away from tobacco smoke. Parents should not expose their infants and young children to secondhand tobacco smoke, which increases the risk of and complications from severe viral respiratory infections.

  • For high-risk infants, participation in child care should be restricted during RSV season whenever possible.

  • All high-risk infants and their contacts should be immunized against influenza beginning at 6 months of age.

There is a medicine that your child's doctor may consider that could reduce the risk of developing RSV infection. This medicine is used only for the very small number of babies who are in the highest risk groups for hospitalization. The American Academy of Pediatrics has developed specific criteria for use of this medicine. You should consult with your child’s doctor regarding specific details on who is at highest risk and which high-risk infants are most likely to benefit from receipt of this medicine.

How is RSV infection treated?

Most cases of RSV infection are mild and disappear on their own within 5 to 7 days. However, if your baby is experiencing severe respiratory symptoms, your child's doctor may use a nasal secretion test to determine the cause of the infection. If your baby needs to be hospitalized, your child's doctor will discuss the best management for your baby.

Call your child's doctor right away if your infant shows any signs of serious RSV infection. Prompt supportive treatment is especially important if your infant is at high risk for developing serious RSV infection.

Copyright © 2003, American Academy of Pediatrics. All Rights Reserved.
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Akshar_Pediatrics_Medical Conditions - Accordian 165

Roseola (Human Herpesvirus 6 and 7)

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What is roseola?

A viral infection causing fever or rash in infants and children that primarily occurs between 6 and 24 months of age

What are the signs or symptoms?

  • High fever (above 103°F [39.4°C] measured orally, axillary, or rectally) lasting 3 to 7 days.

    • Fever may cause seizure activity.

    • Often, the child is not very ill when fever is present.

  • Red, raised rash lasting from hours to several days that becomes apparent the day the fever breaks (usually the fourth day).

  • Not every infected child will have fever and the rash; in fact, many children have no symptoms at all.

  • Human herpesvirus 7 may react with human herpesvirus 6 or cause infections with or without symptoms.

What are the incubation and contagious periods?

  • Incubation period: 9 to 10 days for human herpesvirus 6; incubation for human herpesvirus 7 is unknown.

  • Contagious period: After infection, the virus is present in the saliva on and off for the rest of a person’s life.

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. Most of the droplets do not stay in the air; they travel 3 feet or less and fall onto the ground.

  • Nearly all children have had human herpesvirus 6 infection by the time they are 2 years old; human herpesvirus 7 infection may occur later in childhood.

  • Most likely source of transmission to children is healthy adults. Saliva from three-fourths of adults without symptoms contains infectious virus.

How do you control it?

Use good hand-hygiene technique at all the times listed in Chapter 2.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Inform parents/guardians about the nature of the illness and that, while the fever phase of the illness can cause concern, once the rash appears, the child is in the recovery phase.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Rotavirus

Rotavirus

Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

Last Reviewed:1/20/2020 2:20:20 AM
Last Revised:9/19/2019 10:08:06 PM
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Akshar_Pediatrics_Medical Conditions - Accordian 167

Rubella (German Measles)

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What is rubella?

A mild viral infection usually lasting 3 days that is now rare in the United States because of routine immunization

What are the signs or symptoms?

  • Many children have no signs or symptoms.

  • Red or pink rash appearing first on the face, and then spreading downward over the body.

  • Swollen glands behind ears.

  • Slight fever.

  • May experience joint aches or pain (rare in children; more common in adults).

What are the incubation and contagious periods?

  • Incubation period: 14 to 21 days; usually 16 to 18 days.

  • Contagious period: May be spread 7 days before to 14 days after the rash; however, children are most contagious from 3 to 4 days before rash starts until 7 days after the rash.

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. Most of the droplets do not stay in the air; they travel no more than 3 feet and fall onto the ground.

  • Contact with the respiratory secretions from or objects contaminated by children who carry the rubella virus.

How do you control it?

  • Rubella is a vaccine-preventable infection. Immunize according to current recommendations, when a child is 12 to 15 months of age and with a second dose at 4 to 6 years of age.

  • Review immunization status of all children.

  • Unimmunized children should be excluded from group care settings if there is an outbreak.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and parents of unimmunized children to watch for symptoms and notifies the health consultant.

  • Report the infection to the local health department. The health professional who makes the diagnosis may not report that the infected child is a participant in a child care program or school, and this could delay controlling the spread of the disease.

  • Staff members of childbearing age who care for children should have rubella immunity documented because rubella infection during pregnancy can result in miscarriage, fetal death, or severe abnormalities in the fetus, including developmental delays.

Exclude from group setting?

Yes.

  • Rubella is a highly contagious illness for which routine exclusion of infected children is warranted.

  • For outbreaks, exclude exposed children who have not been immunized (or, if older than 4–6 years, received fewer than 2 doses of vaccine) or lack evidence of rubella immunity by laboratory methods until they become immunized or, if they are not immunized because of an accepted exemption, continue to exclude them until the local health department determines it is safe for them to return. This may be more than 3 weeks.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Seven days after onset of rash

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

There is a congenital form of rubella. Congenital means babies are born with it, infected from their mothers during pregnancy. Babies with congenital rubella should be considered contagious for at least a year. If female caregivers of these infected infants are themselves not immune to rubella, the caregivers should be made aware of a potential infectious risk to their unborn babies should they become pregnant.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Akshar_Pediatrics_Medical Conditions - Accordian 169

Safety of Blood Transfusions

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Because of illness or injury, some children need to receive transfusions of blood and blood products. This procedure may be frightening for parents and their children. Many parents are also concerned about the safety of transfusions. While blood supply in the United States is considered very safe, parents should know a few things about blood transfusions and the safety of blood products for children. Read on for more information from the American Academy of Pediatrics about blood and blood transfusions.

A quick lesson about blood

The blood in our bodies does many important things.

  • Blood carries oxygen and nutrients to all of our body’s tissues.

  • Blood helps remove carbon dioxide and other wastes from our body.

  • Blood helps fight against infections and heal wounds, and it provides all the substances that are necessary for it to clot.

Human blood is made up of several parts, and each part has a specific job.

  • Red blood cells carry oxygen from the lungs to all tissues of the body and carry carbon dioxide from those tissues back to the lungs. When red blood cells are low, this is called anemia.

  • White blood cells help the body prevent infections.

  • Platelets control bleeding by starting the process by which blood clots.

  • Plasma carries red and white blood cells and platelets throughout the body. Plasma is made up of water, nutrients, and proteins, including those that interact and combine to form clots.

Blood banks separate these parts from volunteer blood donations and have them available to transfuse separately when needed.

What are the different blood types?

There are many different types of blood. The 4 major blood types (A, B, AB, and O) are classified by the presence of certain sugars (“A” or “B” substance) on the surface of red blood cells.

Anyone can receive type O blood with the plasma removed. That is why people with type O blood are called “universal donors.” People who have type AB blood can receive blood that is type A, B, or O. That is why they are called “universal recipients.” When a transfusion is not an emergency, transfusion services try to provide people with blood matched to their type.

Blood Type

Description

A

“A” substance is present.

B

“B” substance is present.

AB

Both “A” and “B” substances are present.

O

Neither “A” or “B” substance is present.

The blood type as usually reported by a laboratory also contains information about the Rh factor. This has to do with another substance on the surface of red blood cells called “Rh” substance. The presence or absence of “Rh” substance classifies blood as positive or negative. For example, “O positive” blood is blood type O with Rh factor; “O negative” blood is blood type O without Rh factor.

It is important to know what type of blood a patient has because mixing different blood types can lead to serious medical problems. That is why blood is tested for its type and presence of Rh factor before a blood transfusion can take place.

Who needs blood transfusions?

One out of every 10 people admitted to a hospital needs a blood transfusion. A blood transfusion occurs when a patient receives a blood product (either red cells, platelets, or plasma) from another person (a donor).

Many types of patients may require blood transfusions. They include those

  • With severe anemia

  • With severe injuries such as those from a car crash

  • With severe burns

  • With cancer

  • Who have undergone an organ or stem cell transplant

  • Who have had heart surgery

  • With hemoglobin disorders (eg, sickle cell disease, thalassemia)

  • Whose platelets do not work well

  • With life-threatening infections and few white blood cells

  • Whose bone marrow does not work well

Are blood transfusions safe?

Stories in the news of people becoming infected with various diseases from contaminated blood may lead parents to fear and question the safety of blood transfusions. While cases of patients receiving contaminated blood have been documented, the risk of receiving such blood is actually very low. In the United States, all blood donors are volunteers who are carefully questioned about their health history, sexual practice, travel, and drug use. The blood products they donate are carefully checked for a wide variety of infections that could be spread through transfusions. Some of the infections tested for include

  • Hepatitis B

  • Hepatitis C

  • Human immunodeficiency virus (HIV), the virus that causes acquired immunodeficiency syndrome (AIDS)

  • Human T-lymphotropic virus (HTLV), a virus associated with a rare form of leukemia

  • Syphilis

  • West Nile virus

Other infectious agents—including malaria, babesiosis, Dengue virus, and Creutzfeldt-Jakob disease—cannot be directly tested for but are instead screened for through donor history. If a donor is considered to be at significant risk for having a transmissible infection, the donor is not accepted. If a unit of blood is found to be unsafe, it is destroyed. The donor is then contacted and not allowed to donate blood in the future.

However, the most common reactions to blood transfusions are allergic (ie, itching, hives, or—in its more severe form—trouble breathing or wheezing).For that reason, transfusion should occur only under a doctor’s supervision and in a location where medical help is immediately available. This reaction occurs during or very soon after the transfusion. Be sure to tell your child’s doctor or nurse if your child starts to get uncomfortable, complains of itching, or develops hives or trouble breathing during or very soon after a transfusion. These events can be treated with medicines by mouth or by vein through an IV tube. If they occur often, the medicines can be given before the transfusion to prevent or decrease frequency of allergic reactions.

What you should know before giving consent

All medical procedures have risks. As mentioned, the risks of receiving blood or blood products may include disease transmission and allergic reactions. Before your child receives a transfusion of blood or blood products, you will be asked to give your permission or consent. To do this, you need to have as much information as possible. Ask as many questions as you need, and make sure you understand

  • Your child’s condition and why a transfusion is needed

  • Other treatments besides a transfusion, as well as their risks and benefits

  • What will happen if you choose to refuse the transfusion

Also, keep in mind that in an emergency, you may have no time to discuss why your child needs a transfusion. The doctor who is treating your child may also not be able to predict all possible risks and cannot give you any guarantees.

Where can the blood come from?

If your child needs a blood transfusion, you may be able to choose where the blood comes from. See “Blood Transfusion Options” chart.

How are transfusions done?

If your child is old enough to understand, try to explain the procedure by going over what will happen.

  • Before the transfusion begins, a small amount of your child’s blood will be tested to identify its type and to make sure it matches the donor. This is done by inserting a needle into a vein in your child’s arm (this should only sting for a few seconds) and withdrawing the blood into a test tube to be used by the laboratory.

  • Next, a sterile, single-use plastic tube (catheter) or needle (butterfly) will be placed into a vein in your child’s arm and taped in place.

  • The nurse will make sure the blood that is used is the correct blood for your child. You may be asked to identify your child.

  • A bag holding the blood or blood product will then be hung on a pole next to your child’s hospital bed.

  • Finally, a plastic tube will be attached from the bag to the tube or needle in your child’s arm. The transfusion begins when the contents of the bag start to flow.

Once the transfusion begins, your child should not feel any pain. If your child complains of pain or a burning sensation, becomes itchy, or feels anxious, let the nurse know. Because the blood has been refrigerated, your child may feel cold after a few minutes. Ask the nurse for a blanket if your child gets uncomfortably cold.

Blood Transfusion Options

Option

Description

Advantages

Disadvantages

Autologous transfusion

A patient donates his or her own blood before surgery to be used if needed.

No risk of disease transmission or allergic reactions.

Not suitable for children younger than 9 or 10 years. Cannot be used for emergency surgery because the donation must be planned in advance. May not be possible for patients with certain medical conditions. Small risk of bacterial contamination.

Blood recycling

Blood lost during surgery is collected, cleaned, and returned to the patient.

No risk of disease transmission or allergic reactions.

Cannot be used for emergency surgery because the recycling process must be planned in advance. May not be possible for patients with certain medical conditions. Small risk of bacterial contamination.

Directed donation

Patients choose their own blood donors. For example, parents can donate blood to their children.

Patients feel safer by selecting their own donors.

Blood types must be the same or compatible. Still has a risk of disease transmission and allergic reactions. Must be planned in advance. Some hospitals do not allow this type of donation. Small risk of bacterial contamination. Donor transfusion directed by a family member may not be a good choice for individuals who could later need a bone marrow transplant. Additional costs are not usually covered by insurance.

Random donor blood

Volunteer blood donors.

Readily available; screened for diseases.

Blood types must be the same or compatible. Small risk of disease transmission and allergic reactions.

Most transfusions take 2 to 4 hours. However, if your child requires more than 1 unit of blood or requires another blood product, the transfusion could last longer. When the transfusion is over, the nurse will remove the tube or needle from your child’s arm and cover the vein with a bandage.

Remember

If your child needs to receive blood or blood products, talk with your child’s doctor about any concerns or fears you have about the procedure.

If necessary, seek out a specialist in transfusion medicine (usually a clinical pathologist affiliated with a hospital blood bank) or hematologist (medical blood specialist). Learn all you can about your child’s condition, and make sure you understand the benefits and risks of receiving blood or blood products.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Copyright © 2015 American Academy of Pediatrics. All rights reserved.
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Salmonella

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What is Salmonella?

  • An intestinal infection caused by Salmonella bacteria.

  • Typhoid fever is caused by a type of Salmonella infection that is more serious and can cause outbreaks but is uncommon in the United States.

What are the signs or symptoms?

  • Diarrhea

  • Fever

  • Abdominal cramps and tenderness

  • Nausea or vomiting

  • Sometimes blood or mucus in stool

What are the incubation and contagious periods?

  • Incubation period: 12 to 36 hours (for non-Salmonella serotype Typhi strains, those strains responsible for diarrheal strains in the United States).

  • Contagious period: About half of children younger than 5 years still have Salmonella in stool 12 weeks after having this infection.

How is it spread?

  • Fecal-oral route: Contact with feces of infected children and animals, especially reptiles and poultry. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

  • Ingestion of contaminated food, water, meats, eggs, and unpasteurized milk.

  • Contact with fecal material from or objects contaminated by children and animals who carry Salmonella.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after toilet use or handling soiled diapers and before anything to do with food preparation or eating.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool (feces) with detergent and water and application of a US Environmental Protection Agency– registered disinfectant according to the instructions on the product label.

  • No animals that are known to carry Salmonella should be allowed in child care facilities or schools. Salmonella is a normal bacterial inhabitant of the intestinal tract of many animals. Cages and all surfaces involved in the care of these animals should be considered contaminated with this organism and a source that spreads infection to children in group care settings. The animals known to commonly spread Salmonella to humans include reptiles (turtles, lizards, and snakes), amphibians (frogs and toads), poultry (chicks, chickens, ducklings, ducks, geese, and turkeys), other birds (parakeets, parrots, and wild birds), rodents (mice, rats, hamsters, and guinea pigs), other small mammals (hedgehogs), and farm animals (goats, calves, cows, sheep, pigs, and horses). Even dogs and cats can spread Salmonella to humans if they themselves become infected.

  • Proper sanitation methods for food processing, preparation, and service. Special attention is necessary to avoid contamination by raw poultry of surfaces such as cutting boards and utensils.

  • Eggs and other foods of animal origin, especially poultry, should be cooked thoroughly.

  • Exclusion of infected staff members who handle food.

  • Exclusion for specific types of symptoms (see Exclude from group setting?).

What are the roles of the teacher/caregiver and the family?

  • A child or staff member with Salmonella may have bloody diarrhea, which should trigger a medical evaluation.

  • There are multiple causes of bloody diarrhea. Until the cause of the diarrhea is identified, apply the recommendations for a child or staff member with diarrhea from any cause (see Diarrhea Quick Reference Sheet). In addition

    • Report the condition to the staff member designated by the early education/child care program or school for decision-making and action related to care of ill children or staff members. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Report outbreaks of diarrhea (more than 2 children and/or staff members in the group) to the health consultant, who may report to the local health department.

  • If you know a child has Salmonella in the program

    • Follow advice from the child’s health care provider and care for the ill child.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in an early education/child care program or school, and this could delay controlling the spread of the disease.

    • Reeducate staff members to ensure strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak (rare), follow the directions of the local health department.

  • Prevent contact of young children with animals known to spread Salmonella to humans and the habitat of these animals. (See list under How do you control it?) Pet dogs and cats should be tested to be sure they are not carriers of Salmonella before allowing these animals into the early education/child care facility. (Ensure immediate hand hygiene if there has been any contact with any of these animals.)

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program because this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The stool is all black.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Most types of Salmonella (exception is serotype Typhi) do not require negative test results from stool cultures.

  • Three negative test results from stool cultures are needed for children with S Typhi.

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents.

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose.

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Comments

  • Despite the presence of Salmonella in the stool for prolonged periods after infection, outbreaks in group care settings are rare.

  • Antibiotics usually are not indicated because they do not shorten duration of diarrheal disease and may prolong the time Salmonella is in the stool after the symptoms of infection have resolved.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 174

Shigella

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What is Shigella?

An intestinal infection caused by the Shigella bacteria

What are the signs or symptoms?

  • Loose, watery stools with blood or mucus

  • Fever

  • Headache

  • Convulsions

  • Abdominal pain

What are the incubation and contagious periods?

  • Incubation period: 1 to 7 days; average is 1 to 3 days.

  • Contagious period: Untreated, Shigella persists in stool for up to 4 weeks.

How is it spread?

  • Fecal-oral route: Contact with feces of children who are infected. This generally involves an infected child contaminating his own fingers, and then touching an object that another child touches. The child who touched the contaminated surface then puts her fingers into her own mouth or another person’s mouth.

  • Very small numbers of organisms can cause infection.

  • Children 5 years or younger, adults who care for young children, and others living in crowded conditions are at increased risk of outbreaks.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2, especially after toilet use or handling soiled diapers and before anything to do with food preparation or eating.

  • Ensure proper surface disinfection that includes cleaning and rinsing of surfaces that may have become contaminated with stool (feces) with detergent and water and application of a US Environmental Protection Agency–registered disinfectant according to the instructions on the product label.

  • When one or more staff members or children have Shigella diarrhea in a child care setting, the local health department should be contacted and may recommend that children or staff members with diarrhea be referred to their health care provider for stool culture and antibiotic treatment if their culture test result is positive for Shigella too. While most Shigella infections will resolve in 2 to 3 days without antibiotics, antibiotics are effective in shortening the duration of diarrhea and eliminating the Shigella bacteria from the stool.

  • Exclusion of infected staff members who handle food.

  • Exclusion for specific types of symptoms (see Exclude from group setting?).

What are the roles of the teacher/caregiver and the family?

  • A child or staff member with Shigella may have bloody diarrhea, which should trigger a medical evaluation.

  • There are multiple causes of bloody diarrhea. Until the cause of the diarrhea is identified, apply the recommendations for a child or staff member with diarrhea from any cause (see Diarrhea Quick Reference Sheet). In addition

    • Report the condition to the staff member designated by the early education/child care program or school for decision-making and action related to care of ill children or staff members. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

    • Ensure staff members follow the control measures listed under How do you control it?

    • Report outbreaks of diarrhea (more than 2 children and/or staff members in the group) to the health consultant, who may report to the local health department.

  • If you know a child has Shigella in the program

    • Follow appropriate health care provider advice and care for the ill child.

    • Report the infection to the local health department, as the health professional who makes the diagnosis may not report that the infected child is a participant in an early education/child care program or school, and this could delay controlling the spread of the disease.

    • Reeducate staff members to ensure strict and frequent hand-washing, diapering, toileting, food handling, and cleaning and disinfection procedures.

    • In an outbreak, follow the direction of the local health department.

Exclude from group setting?

Yes, if

  • The local health department determines exclusion is needed to control an outbreak.

  • Once Shigella is identified, exclude infected individuals until treatment is complete and test results from at least 1 stool culture is negative (some states may require more than 1 negative stool culture result).

  • Stool is not contained in the diaper for diapered children.

  • Diarrhea is causing “accidents” for toilet-trained children.

  • Stool frequency exceeds 2 stools above normal during the time the child is in the program because this may cause too much work for teachers/caregivers and make it difficult for them to maintain sanitary conditions.

  • There is blood or mucus in stool.

  • The stool is all black.

  • The child has a dry mouth, no tears, or no urine output in 8 hours (suggesting the child’s diarrhea may be causing dehydration).

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • Individuals with Shigella can return once treatment is complete and at least 1 stool culture result is negative (some states may require more than 1 negative stool culture result).

  • A health care provider must clear child for readmission for all cases of Shigella.

  • Once diapered children have their stool contained by the diaper (even if the stools remain loose) and when toilet-trained children do not have toileting accidents.

  • Once stool frequency is no more than 2 stools above normal during the time the child is in the program, even if the stools remain loose.

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Comment

Compared with other bacterial causes of diarrhea, Shigella is the most likely to cause outbreaks in group care or school settings. Such outbreaks may spread to family members and other close contacts of affected children.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 176

Shingles (Herpes Zoster)

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What is shingles?

An infection caused by the reactivation of varicella-zoster (chickenpox) virus within the body of someone who previously had chickenpox or, less commonly, someone who received the chickenpox vaccine in the past

What are the signs or symptoms?

Appearance of red bumps and blisters (vesicles), usually in a narrow area on one side of the body. The rash may be itchy or painful.

What are the incubation and contagious periods?

  • Incubation period: The virus remains in the body in an inactive state for many years after the original chickenpox infection. Shingles may occur many years after having chickenpox or the vaccine when the virus (varicella zoster) reactivates.

  • Contagious period: Until the vesicles are covered by scabs.

How is it spread?

The virus in the shingles rash can spread by contact to a person who has never been vaccinated or had chickenpox; this virus will cause chickenpox (not shingles) in that person.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Cover skin rash.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Inform others of the greater risk to

    • Susceptible adults and children (eg, not adequately vaccinated)

    • Children or adults with impaired immune systems

Exclude from group setting?

No, unless

  • The rash cannot be covered.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When rash can be covered or when all lesions have crusted

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

The virus that causes shingles is the virus that causes chickenpox. Vaccination of susceptible individuals is the best way to prevent or decrease the severity of infection with this virus. A vaccine is currently available to prevent shingles in individuals who previously had chickenpox, but it is recommended for use only in those 60 years and older.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 178

Sinusitis and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 179Sinusitis is an inflammation of the lining of the nose and sinuses. It is a very common infection in children.

Viral sinusitis usually accompanies a cold. Allergic sinusitis may accompany allergies such as hay fever. Bacterial sinusitis is a secondary infection caused by the trapping of bacteria in the sinuses during the course of a cold or allergy.

Fluid inside the sinuses

When your child has a viral cold or hay fever, the linings of the nose and sinus cavities swell up and produce more fluid than usual. This is why the nose gets congested and is “runny” during a cold.Akshar_Pediatrics_Medical Conditions - Accordian 180

Most of the time the swelling disappears by itself as the cold or allergy goes away. However, if the swelling does not go away, the openings that normally allow the sinuses to drain into the back of the nose get blocked and the sinuses fill with fluid. Because the sinuses are blocked and cannot drain properly, bacteria are trapped inside and grow there, causing a secondary infection. Although nose blowing and sniffing may be natural responses to this blockage, when excessive they can make the situation worse by pushing bacteria from the back of the nose into the sinuses.

Is it a cold or bacterial sinusitis?

It is often difficult to tell if an illness is just a viral cold or if it is complicated by a bacterial infection of the sinuses.

Generally viral colds have the following characteristics:

  • Colds usually last only 5 to 10 days.

  • Colds typically start with clear, watery nasal discharge. After a day or 2, it is normal for the nasal discharge to become thicker and white, yellow, or green. After several days, the discharge becomes clear again and dries.

  • Colds include a daytime cough that often gets worse at night.

  • If a fever is present, it is usually at the beginning of the cold and is generally low grade, lasting for 1 or 2 days.

  • Cold symptoms usually peak in severity at 3 or 5 days, then improve and disappear over the next 7 to 10 days.

Signs and symptoms that your child may have bacterial sinusitis include:

  • Cold symptoms (nasal discharge, daytime cough, or both) lasting more than 10 days without improving

  • Thick yellow nasal discharge and a fever for at least 3 or 4 days in a row

  • A severe headache behind or around the eyes that gets worse when bending over

  • Swelling and dark circles around the eyes, especially in the morning

  • Persistent bad breath along with cold symptoms (However, this also could be from a sore throat or a sign that your child is not brushing his teeth!)

In very rare cases, a bacterial sinus infection may spread to the eye or the central nervous system (the brain). If your child has the following symptoms, call your pediatrician immediately:

  • Swelling and/or redness around the eyes, not just in the morning but all day

  • Severe headache and/or pain in the back of the neck

  • Persistent vomiting

  • Sensitivity to light

  • Increasing irritability

Diagnosing bacterial sinusitis

It may be difficult to tell a sinus infection from an uncomplicated cold, especially in the first few days of the illness. Your pediatrician will most likely be able to tell if your child has bacterial sinusitis after examining your child and hearing about the progression of symptoms. In older children, when the diagnosis is uncertain, your pediatrician may order computed tomographic (CT) scans to confirm the diagnosis.

Treating bacterial sinusitis

If your child has bacterial sinusitis, your pediatrician may prescribe an antibiotic for at least 10 days. Once your child is on the medication, symptoms should start to go away over the next 2 to 3 days—the nasal discharge will clear and the cough will improve. Even though your child may seem better, continue to give the antibiotics for the prescribed length of time. Ending the medications too early could cause the infection to return.

When a diagnosis of sinusitis is made in children with cold symptoms lasting more than 10 days without improving, some doctors may choose to continue observation for another few days. If your child's symptoms worsen during this time or do not improve after 3 days, antibiotics should be started.

If your child's symptoms show no improvement 2 to 3 days after starting the antibiotics, talk with your pediatrician. Your child might need a different medication or need to be re-examined.

Treating related symptoms of bacterial sinusitis

Headache or sinus pain. To treat headache or sinus pain, try placing a warm washcloth on your child's face for a few minutes at a time. Pain medications such as acetaminophen or ibuprofen may also help. (However, do not give your child aspirin. It has been associated with a rare but potentially fatal disease called Reye syndrome.)

Nasal congestion. If the secretions in your child's nose are especially thick, your pediatrician may recommend that you help drain them with saline nose drops. These are available without a prescription or can be made at home by adding ¼ teaspoon of table salt to an 8-ounce cup of water. Unless advised by your pediatrician, do not use nose drops that contain medications because they can be absorbed in amounts that can cause side effects.

Placing a cool-mist humidifier in your child's room may help keep your child more comfortable. Clean and dry the humidifier daily to prevent bacteria or mold from growing in it (follow the instructions that came with the humidifier). Hot water vaporizers are not recommended because they can cause scalds or burns.

Remember

If your child has symptoms of a bacterial sinus infection, see your pediatrician. Your pediatrician can properly diagnose and treat the infection and recommend ways to help alleviate the discomfort from some of the symptoms.

© 2003 American Academy of Pediatrics, Updated 07/2013. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 182

Sleep Apnea and Your Child

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Akshar_Pediatrics_Medical Conditions - Accordian 183Does your child snore a lot? Does he sleep restlessly? Does he have difficulty breathing, or does he gasp or choke, while he sleeps?

If your child has these symptoms, he may have a condition known as sleep apnea.

Sleep apnea is a common problem that affects an estimated 2% of all children, including many who are undiagnosed.

If not treated, sleep apnea can lead to a variety of problems. These include heart, behavior, learning, and growth problems.

How do I know if my child has sleep apnea?

Symptoms of sleep apnea include

  • Frequent snoring

  • Problems breathing during the night

  • Sleepiness during the day

  • Difficulty paying attention

  • Behavior problems

If you notice any of these symptoms, let your pediatrician know as soon as possible. Your pediatrician may recommend an overnight sleep study called a polysomnogram. Overnight polysomnograms are conducted at hospitals and major medical centers. During the study, medical staff will watch your child sleep. Several sensors will be attached to your child to monitor breathing, oxygenation, and brain waves. An electroencephalogram (EEG) is a test that measures brain waves.

The results of the study will show whether your child suffers from sleep apnea. Other specialists, such as pediatric pulmonologists, otolaryngologists, neurologists, and pediatricians with specialty training in sleep disorders, may help your pediatrician make the diagnosis.

What causes sleep apnea?

Many children with sleep apnea have larger than normal tonsils and adenoids.

Tonsils are the round, reddish masses on each side of your child's throat. They help fight infections in the body. You can only see the adenoid with an x-ray or special mirror. It lies in the space between the nose and throat.

Large tonsils and adenoid may block a child's airway while she sleeps. This causes her to snore and wake up often during the night. However, not every child with large tonsils and adenoid has sleep apnea. A sleep study can tell your doctor whether your child has sleep apnea or if she is simply snoring.

Akshar_Pediatrics_Medical Conditions - Accordian 184

Children born with other medical conditions, such as Down syndrome, cerebral palsy, or craniofacial (skull and face) abnormalities, are at higher risk for sleep apnea. Overweight children are also more likely to suffer from sleep apnea.

How is sleep apnea treated?

The most common way to treat sleep apnea is to remove your child's tonsils and adenoid. This surgery is called a tonsillectomy and adenoidectomy. It is highly effective in treating sleep apnea.

Another effective treatment is nasal continuous positive airway pressure (CPAP), which requires the child to wear a mask while he sleeps. The mask delivers steady air pressure through the child's nose, allowing him to breathe comfortably. Continuous positive airway pressure is usually used in children who do not improve after tonsillectomy and adenoidectomy, or who are not candidates for tonsillectomy and adenoidectomy.

Children who may need additional treatment include children who are overweight or suffering from another complicating condition. Overweight children will improve if they lose weight, but may need to use CPAP until the weight is lost.

Remember

A good night's sleep is important to good health. If your child suffers from the symptoms of sleep apnea, talk with your pediatrician. A proper diagnosis and treatment can mean restful nights and restful days for your child and your family.

© 2003 American Academy of Pediatrics, Updated 10/2012. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 186

Thrush (Candidiasis)

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What is thrush?

A yeast infection predominately produced by Candida albicans, causing mouth infections in young infants

What are the signs or symptoms?

  • White patches on the inside of cheeks and on gums and the tongue

  • Usually causes no other signs or symptoms

What are the incubation and contagious periods?

  • Incubation period: Unknown.

  • Contagious period: The yeast that causes thrush is widespread in the environment, normally lives on the skin, and is found in the mouth and stool. Mild infection of the lining of the mouth is common in healthy infants. Thrush can occur during or after antibiotic use. Repetitive or severe thrush could signal immune problems.

How is it spread?

  • C albicans is present in the intestinal tract and mucous membranes of healthy people.

  • A warm environment (eg, mouth) fosters growth and spread.

  • Person-to-person transmission (although very rare) may occur from a woman to her baby when the mother has a vaginal yeast infection and from breastfeeding babies to their mothers when babies with thrush infect mothers’ nipples.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Treatment of individuals who have an infection so the quantity of fungus in any area is reduced to levels the body can control.

  • Wash and sanitize toys, bottles, and pacifier nipples after they have been mouthed. Do not allow sharing of mouthed objects between children without first washing and sanitizing them.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts the parents/guardians for treatment of the child.

  • Administer prescribed medication as instructed by the child’s health professional.

Exclude from group setting?

No.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 188

Tonsils and the Adenoid

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Akshar_Pediatrics_Medical Conditions - Accordian 189In years past, it was very common for children to have their tonsils and the adenoid taken out. Today, doctors know much more about tonsils and the adenoid and are more careful about recommending removal.

Tonsils and the adenoid: what are they?

The tonsils are oval-shaped, pink masses of tissue on both sides of the throat. Tonsils can be different sizes for different children. They can be large or small. There is no “normal” size. You can usually see the tonsils by looking at the back of the mouth with a flashlight. Pressing on the tongue may help, but this makes many children gag. The uvula, a fleshy lobe that hangs down in the back of the mouth, should not be mistaken for the tonsils.

The adenoid is often referred to as “adenoids.” This is incorrect because the adenoid is actually a single mass of tissue. The adenoid is similar to the tonsils and is located in the very upper part of the throat, above the uvula and behind the nose. This area is called the nasopharynx. The adenoid can be seen only with special mirrors or instruments passed through the nose. Both the tonsils and the adenoid are part of your body's defense against infections. Since similar tissues in other parts of the body do the same job, removal of the tonsils or the adenoid does not harm the body's ability to fight infection.

Akshar_Pediatrics_Medical Conditions - Accordian 190

What is tonsillitis?

Tonsillitis is an inflammation of the tonsils usually due to infection. There are several signs of tonsillitis, including:

  • Red and swollen tonsils

  • White or yellow coating over the tonsils

  • A “throaty” voice

  • Sore throat

  • Uncomfortable or painful swallowing

  • Swollen lymph nodes (“glands”) in the neck

  • Fever

What are the symptoms of an enlarged adenoid?

It is not always easy to tell when your child's adenoid is enlarged. Some children are born with a larger adenoid. Others may have temporary enlargement of their adenoid due to colds or other infections. This is especially common among young children. Constant swelling or enlargement can cause other health problems such as ear and sinus infections. Some signs of adenoid enlargement are:

  • Breathing through the mouth instead of the nose most of the time

  • Nose sounds “blocked” when the child talks

  • Noisy breathing during the day

  • Snoring at night

Both the tonsils and the adenoid may be enlarged if your child has the symptoms mentioned above, along with any of the following:

  • Breathing stops for a short period of time at night during snoring or loud breathing (this is called “sleep apnea”).

  • Choking or gasping during sleep.

  • Difficulty swallowing, especially solid foods.

  • A constant “throaty voice,” even when there is no tonsillitis.

Treatment

If your child shows any of these signs or symptoms of enlargement of the tonsils or the adenoid, and doesn't seem to be getting better over a period of weeks, talk to your pediatrician. In many children, the tonsils and adenoid become enlarged without obvious infection. They often shrink without treatment.

According to the guidelines of the American Academy of Pediatrics, your pediatrician may recommend surgery for the following conditions:

  • Tonsil or adenoid swelling that makes normal breathing difficult (this may or may not include sleep apnea).

  • Tonsils that are so swollen that your child has a problem swallowing.

  • An enlarged adenoid that makes breathing uncomfortable, severely alters speech and possibly affects normal growth of the face. In this case, surgery to remove only the adenoid may be recommended.

  • Your child has repeated ear or sinus infections despite treatment. In this case, surgery to remove only the adenoid may be recommended.

  • Your child has an excessive number of severe sore throats each year.

  • Your child's lymph nodes beneath the lower jaw are swollen or tender for at least six months, even with antibiotic treatment.

How do I prepare my child for surgery?

Though it is not as common as it once was, some children need to have their tonsils and/or adenoid taken out. If your child needs surgery, make sure he or she knows what will happen before, during, and after surgery. Don't keep the surgery a secret from your child. Surgery can be scary, but it's better to be honest than to leave your child with fears and unanswered questions.

The hospital may have a special program to help you and your child get familiar with the hospital and the surgery. If the hospital allows, try to stay with your child during the entire hospital visit. Let your child know you'll be nearby during the entire operation. Your pediatrician can also help you and your child understand the operation and make it less frightening in the process. A little ice cream afterwards won't hurt either.

Copyright ©1997
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 192

Tuberculosis (TB)

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What is tuberculosis?

A disease caused by an infection with the bacteria Mycobacterium tuberculosis that usually involves the lungs but could affect other parts of the body

What are the signs or symptoms?

  • Most children initially infected with the bacteria do not have signs or symptoms of disease.

  • Two to 10 weeks after initial infection, they will react to a tuberculin skin test (TST).

  • All children with a positive TST result need a chest radiograph (x-ray).

    • If the chest x-ray result is negative, this is called latent infection. Young children may not have tuberculosis (TB) in their chest but may in other tissues in their bodies. If there are no findings of infection in a child’s body other than the positive TST result, the child usually requires only one antibiotic.

    • If the chest x-ray result is abnormal, this is called active disease. The child may require multiple antibiotics.

  • If an infected child does develop signs or symptoms of TB, it most often occurs 1 to 6 months after the initial infection and may include

    • Chronic cough

    • Weight loss

    • Fever

    • Growth delay

    • Night sweats

    • Chills

  • Some children, especially those 5 years and older or born in a foreign country, may be diagnosed using a blood test called interferon gamma release assay (IGRA) rather than, or in addition to, a TST.

What are the incubation and contagious periods?

  • Incubation period: Two to 10 weeks after the initial infection. The risk of disease after infection is highest in the first 2 years, but the bacteria can be carried in the body for many years before active disease develops. Most infected people never develop active disease. They remain with latent infection.

  • Contagious period: Individuals with infection but without active disease are not contagious. These individuals only have latent TB infection. Generally, infants and children younger than 12 years with active TB disease are not contagious either. This is because they do not form cavities in their lungs with secretions that contain TB bacterium. When they cough, they do not create enough force to expel large numbers of TB germs into the air. Adults and some adolescents who have active TB spread the bacteria by coughing and contaminating the environment, which is how infants and young children can get infected. Usually, a person with active disease will remain contagious until treated.

How is it spread?

  • Infection in children is nearly always the result of close contact with an adult who has TB.

  • Airborne route: Breathing small particles containing these bacteria floating in the air. These particles first come from a diseased person’s respiratory secretions as droplets after a cough or sneeze. The diseased person is usually an adult. These germ-containing particles dry out quickly in the air or fall onto surfaces, and then dry out and attach to dust particles, which become suspended again in the air. These particles travel along air currents and can infect people in another room. People are only contagious when there is active disease in their lungs or throat.

  • It is not spread through clothes, dishes, floors, or furniture.

How do you control it?

  • Assessment of the risk of individuals for TB and their need for TST should be part of the routine health assessment of all adults who work in the early education/child care program or school. Each staff member should be tested once on entering the education field. Further testing is based on risk level. Risk is determined by assessing whether the staff member is in a group or exposed to individuals in groups who have higher rates of TB disease. Specific groups with greater TB disease rates include immigrants, international adoptees, and refugees from or travelers to high-prevalence regions (ie, Asia, Africa, Latin America, and countries of the former Soviet Union); homeless people; and residents of correctional facilities.

  • Tuberculin skin testing of all contacts of adults with active disease. Tuberculin skin testing of children and staff members may be necessary if there has been an exposure to TB.

  • Exclusion and treatment of teachers/caregivers with active disease.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms and notifies the health consultant.

  • Immediate notification of local or state health authorities of suspected cases involving children or staff members. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could delay controlling the spread.

  • Ensure children and staff members take all prescribed medication. Directly observed treatment, performed by clinical or public health staff, may be necessary for active disease and is often advised by the local public health department. For latent TB infection, directly supervised medication taking is not usually used.

  • Staff members with previously positive TST results, especially those who were not treated, should be evaluated by their health care providers anytime they develop a disease that involves fever, night sweats, weight loss, or persistent coughing to assess their need for treatment and any risk of contagion related to their TB status.

Exclude from group setting?

Yes, if there is active (infectious) TB disease.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • As soon as effective therapy has been started, adherence to medication is documented, and the person is considered noninfectious

  • When the child is approved to return and considered noninfectious to others by local health officials

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

Some children may develop enlarged lymph nodes, usually in the neck, and be diagnosed with a nontuberculous lymph node infection. These infections are caused by bacteria referred to as nontuberculous mycobacteria. Nontuberculous mycobacteria are not considered contagious and no restrictions apply to participation in child care or group settings.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 194

Type 2 Diabetes: Tips for Healthy Living

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Akshar_Pediatrics_Medical Conditions - Accordian 195Children with type 2 diabetes can live a healthy life. If your child has been diagnosed with type 2 diabetes, your child's doctor will talk with you about the importance of lifestyle and medication in keeping your child's blood glucose (blood sugar) levels under control.

Read on for information from the American Academy of Pediatrics (AAP) about managing blood glucose and creating plans for healthy living.

What is blood glucose?

Glucose is found in the blood and is the body's main source of energy. The food your child eats is broken down by the body into glucose. Glucose is a type of sugar that gives energy to the cells in the body.

The cells need the help of insulin to take the glucose from the blood to the cells. Insulin is made by an organ called the pancreas.

In children with type 2 diabetes, the pancreas does not make enough insulin and the cells don't use the insulin very well.

Why is it important to manage blood glucose levels?

Glucose will build up in the blood if it cannot be used by the cells. High blood glucose levels can damage many parts of the body, such as the eyes, kidneys, nerves, and heart.

Your child's blood glucose levels may need to be checked on a regular schedule to make sure the levels do not get too high. Your child's doctor will tell you what your child's blood glucose level should be. You and your child will need to learn how to use a glucose meter. Blood glucose levels can be quickly and easily measured using a glucose meter. First, a lancet is used to prick the skin; then a drop of blood from your child's finger is placed on a test strip that is inserted into the meter.

Are there medicines for type 2 diabetes?

Insulin in a shot or another medicine by mouth may be prescribed by your child's doctor if needed to help control your child's blood glucose levels. If your child's doctor has prescribed a medicine, it's important that your child take it as directed. Side effects from certain medicines may include bloating or gassiness. Check with your child's doctor if you have questions.

Along with medicines, your child's doctor will suggest changes to your child's diet and encourage your child to be physically active.

Tips for healthy living

A healthy diet and staying active are especially important for children with type 2 diabetes. Your child's blood glucose levels are easier to manage when you child is at a healthy weight.

Create a plan for eating healthy

Talk with your child's doctor and registered dietitian about a meal plan that meets the needs of your child. The following tips can help you select foods that are healthy and contain a high content of nutrients (protein, vitamins, and minerals):

  • Eat at least 5 servings of fruits and vegetables each day.

  • Include high-fiber, whole-grain foods such as brown rice, whole-grain pasta, corns, peas, and breads and cereals at meals. Sweet potatoes are also a good choice.

  • Choose lower-fat or fat-free toppings like grated low-fat parmesan cheese, salsa, herbed cottage cheese, nonfat/low-fat gravy, low-fat sour cream, low-fat salad dressing, or yogurt.

  • Select lean meats such as skinless chicken and turkey, fish, lean beef cuts (round, sirloin, chuck, loin, lean ground beef—no more than 15% fat content), and lean pork cuts (tenderloin, chops, ham). Trim off all visible fat. Remove skin from cooked poultry before eating.

  • Include healthy oils such as canola or olive oil in your diet. Choose margarine and vegetable oils without trans fats made from canola, corn, sunflower, soybean, or olive oils.

  • Use nonstick vegetable sprays when cooking.

  • Use fat-free cooking methods such as baking, broiling, grilling, poaching, or steaming when cooking meat, poultry, or fish.

  • Serve vegetable- and broth-based soups, or use nonfat (skim) or low-fat (1%) milk or evaporated skim milk when making cream soups.

  • Use the Nutrition Facts label on food packages to find foods with less saturated fat per serving. Pay attention to the serving size as you make choices. Remember that the percent daily values on food labels are based on portion sizes and calorie levels for adults.

Create a plan for physical activity

Physical activity, along with proper nutrition, promotes lifelong health. Following are some ideas on how to get fit:

  • Encourage your child to be active at least 1 hour a day. Active play is the best exercise for younger children! Parents can join their children and have fun while being active too. School-aged child should participate every day in 1 hour or more of moderate to vigorous physical activity that is right for their age, is enjoyable, and involves a variety of activities.

  • Limit television watching and computer use. The AAP discourages TV and other media use by children younger than 2 years and encourages interactive play. For older children, total entertainment screen time should be limited to less than 1 to 2 hours per day.

  • Keep an activity log. The use of activity logs can help children and teens keep track of their exercise programs and physical activity. Online tools can be helpful.

  • Get the whole family involved. It is a great way to spend time together. Also, children who regularly see their parents enjoying sports and physical activity are more likely to do so themselves.

  • Provide a safe environment. Make sure your child's equipment and chosen site for the sport or activity are safe. Make sure your child's clothing is comfortable and appropriate.

For more information

National Diabetes Education Program

http://ndep.nih.gov

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of the resources mentioned in this publication. Web site addresses are as current as possible, but may change at any time.

The persons whose photographs are depicted in this publication are professional models. They have no relation to the issues discussed. Any characters they are portraying are fictional.

Copyright © 2013
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 197

Upper Respiratory Infection (Common Cold)

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What is an upper respiratory infection?

The term upper respiratory infection usually refers to a viral infection of the upper respiratory tract (ie, nose, throat, ears, and eyes). Upper respiratory infections are common among infants in child care (10–12 per year) but become less common as children mature. Older children and adults have an average of 4 upper respiratory infections per year.

What are the signs or symptoms?

  • Cough

  • Sore or scratchy throat or tonsillitis

  • Runny nose

  • Sneezing

  • Watery eyes

  • Headache

  • Fever

  • Earache

What are the incubation and contagious periods?

  • Incubation period: 2 to 14 days.

  • Contagious period: Usually a few days before signs or symptoms appear and while signs and symptoms are present. The presence of green or yellow discharge from the nose is common as the body discards mucus and other debris from the cold. Darker or greener nasal discharge does not mean the child is more ill or contagious or has a greater need for antibiotics.

How is it spread?

  • Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. Most of the large droplets do not stay in the air; they travel 3 feet or less and fall onto the ground.

  • Contact with the respiratory secretions from or objects contaminated by children who carry these viruses.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Teach children and teachers/caregivers to cover their noses and mouths when sneezing or coughing with a disposable facial tissue, if possible, or with an upper sleeve or elbow if no facial tissue is available in time. Teach everyone to remove any mucus and debris and wash their hands or use an alcohol-based hand sanitizer right after using facial tissues or having contact with mucus to prevent the spread of disease by contaminated hands. Change or cover clothing contaminated with mucus.

  • Dispose of facial tissues that contain nasal secretions after each use.

  • Sanitize or disinfect surfaces that are touched by hands frequently, such as toys, tables, and doorknobs.

  • Ventilate the facility with fresh outdoor air and maintain temperature and humidity conditions as described in Caring for Our Children: National Health and Safety Performance Standards: Guidelines for Early Care and Education Programs, 3rd Edition, Standard 5.2.1.2 (http://cfoc.nrckids.org).

    • Winter months: 68°F to 75°F (20.0°C–23.9°C) with 30% to 50% relative humidity

    • Summer months: 74°F to 82°F (23.3°C–27.8°C) with 30% to 50% relative humidity

    • Air exchange: Minimum of 15 cubic ft (0.45 m3) per minute per person of outdoor air and up to 60 cubic ft (1.80 m3) per minute per person if vigorous activity is being done in the room

What are the roles of the teacher/caregiver and the family?

Exclusion of children with signs or symptoms has no benefit in reducing the spread of common respiratory infections. Viruses that cause upper respiratory infections are spread primarily by children who do not have signs or symptoms (ie, before they get sick, after they recover, and some who never develop symptoms).

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

Some children, especially those younger than 2 years, may develop a bacterial ear infection immediately after or during an upper respiratory tract infection. This happens when mucus and swelling plug the eustachian tube that connects the middle ear to the throat. This tube is very small and more horizontal than in older children, which makes it easily blocked. Without air coming up the tube to the middle ear, mucus accumulates and can grow bacteria trapped in it. (See Ear Infection Quick Reference Sheet.)

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 199

Urinary Tract Infection

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What is a urinary tract infection?

An infection of one or more parts of the urinary system. The urinary system includes the kidneys, tubes that join the kidneys to the bladder (ureters), bladder, and tube that leads from the bladder to the outside (the urethra).

What are the signs or symptoms?

  • Pain when urinating

  • Increased frequency of urinating

  • Fever

  • Loss of potty training after the child has had good control of urine for a period, especially when loss of control occurs in the daytime, with little warning

What are the incubation and contagious periods?

  • Incubation period: Usually a few days.

  • Contagious period: Urinary tract infections are not contagious.

How is it spread?

Infection usually occurs from bacteria from feces on the skin that enter the urethra, particularly in girls. Urinary tract infection is more common in children with constipation and who do not fully empty their bladders during voiding. Less commonly, it is caused by bacteria from the bloodstream entering the kidneys in young infants. Urinary tract infection is not passed from one person to another.

How do you control it?

  • Have the child evaluated and treated by a pediatric health care provider.

  • Many people believe it is wise to teach young girls to wipe from front to back to avoid spreading fecal bacteria from the rectal into the urinary and vaginal area. No scientific evidence is available that shows the direction of wiping matters for healthy girls. However, when fecal material is present, it is usually easier to remove it by cleaning from front to back.

What are the roles of the teacher/caregiver and the family?

Children with signs or symptoms of urinary infection should be evaluated by a health professional. Teachers/caregivers and the family should implement the advice of the health professional, which may include offering fluids frequently, giving prescribed medication, and gentle wiping after using the toilet.

Exclude from group setting?

No, unless

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

  • The child meets other exclusion criteria.

Readmit to group setting?

Yes, when all the following criteria have been met:

When exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Comment

A health professional should see a child with symptoms of a urinary tract infection for a diagnosis and proper treatment. Ignoring urinary tract symptoms can lead to damage to the kidneys, even if the symptoms seem to go away without treatment.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 201

Urinary Tract Infections in Young Children

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Akshar_Pediatrics_Medical Conditions - Accordian 202Urinary tract infections (UTIs) are common in young children. These infections can lead to serious health problems. UTIs may go untreated because the symptoms may not be obvious to the child or the parents. The following is information from the American Academy of Pediatrics about UTIs—what they are, how children get them, and how they are treated.

The urinary tract

The urinary tract makes and stores urine. It is made up of the kidneys, ureters, bladder, and urethra (see illustration). The kidneys produce urine. Urine travels from the kidneys down 2 narrow tubes called the ureters to the bladder. The bladder is a thin muscular bag that stores urine until it is time to empty urine out of the body. When it is time to empty the bladder, a muscle at the bottom of the bladder relaxes. Urine then flows out of the body through a tube called the urethra. The opening of the urethra is at the end of the penis in boys and above the vaginal opening in girls.

Urinary tract infections

Normal urine has no germs (bacteria). However, bacteria can get into the urinary tract from 2 sources: (1) the skin around the rectum and genitals and (2) the bloodstream from other parts of the body. Bacteria may cause infections in any or all parts of the urinary tract, including the following:

  • Urethra (called urethritis)

  • Bladder (called cystitis)

  • Kidneys (called pyelonephritis)

UTIs are common in infants and young children. The frequency of UTIs in girls is much greater than in boys. About 3% of girls and 1% of boys will have a UTI by 11 years of age. A young child with a high fever and no other symptoms has a 1 in 20 chance of having a UTI. Uncircumcised boys have more UTIs than those who have been circumcised.

Symptoms

Symptoms of UTIs may include the following:

  • Fever

  • Pain or burning during urination

  • Need to urinate more often, or difficulty getting urine out

  • Urgent need to urinate, or wetting of underwear or bedding by a child who knows how to use the toilet

  • Vomiting, refusal to eat

  • Abdominal pain

  • Side or back pain

  • Foul-smelling urine

  • Cloudy or bloody urine

  • Unexplained and persistent irritability in an infant

  • Poor growth in an infant

Diagnosis

If your child has symptoms of a UTI, your child's doctor will do the following:

  • Ask about your child's symptoms.

  • Ask about any family history of urinary tract problems.

  • Ask about what your child has been eating and drinking.

  • Examine your child.

  • Get a urine sample from your child.

Your child's doctor will need to test your child's urine to see if there are bacteria or other abnormalities.

Ways urine is collected

Urine must be collected and analyzed to determine if there is a bacterial infection. Older children are asked to urinate into a container.

There are 3 ways to collect urine from a young child:

  • The preferred method is to place a small tube, called a catheter, through the urethra into the bladder. Urine flows through the tube into a special urine container.

  • Another method is to insert a needle through the skin of the lower abdomen to draw urine from the bladder. This is called needle aspiration.

  • If your child is very young or not yet toilet trained, the child's doctor may place a plastic bag over the genitals to collect the urine. Since bacteria on the skin can contaminate the urine and give a false test result, this method is used only to screen for infection. If an infection seems to be present, the doctor will need to collect urine through 1 of the first 2 methods in order to determine if bacteria are present.

Your child's doctor will discuss with you the best way to collect your child's urine.

Treatment

UTIs are treated with antibiotics. The way your child receives the antibiotic depends on the severity and type of infection. Antibiotics are usually given by mouth, as liquid or pills. If your child has a fever or is vomiting and is unable to keep fluids down, the antibiotics may be put directly into a vein or injected into a muscle.

UTIs need to be treated right away to

  • Get rid of the infection.

  • Prevent the spread of the infection outside of the urinary tract.

  • Reduce the chances of kidney damage.

Infants and young children with UTIs usually need to take antibiotics for 7 to 14 days, sometimes longer. Make sure your child takes all the medicine your child's doctor prescribes. Do not stop giving your child the medicine until the child's doctor says the treatment is finished, even if your child feels better. UTIs can return if not fully treated.

Follow-up

If the UTI occurs early in life, your child's doctor will probably want to make sure the urinary tract is normal with a kidney and bladder ultrasound. This test uses sound waves to examine the bladder and kidneys.

In addition, your child's doctor may want to make sure that the urinary tract is functioning normally and is free of any damage. Several tests are available to do this, including the following:

  • Voiding cystourethrogram (VCUG). A catheter is placed into the urethra and the bladder is filled with a liquid that can be seen on x-rays. This test shows whether the urine is flowing back from the bladder toward the kidneys instead of all of it coming out through the urethra as it should.

  • Nuclear scans. Radioactive material is injected into a vein to see if the kidneys are normal. There are many kinds of nuclear scans, each giving different information about the kidneys and bladder. The radioactive material gives no more radiation than any other kind of x-ray.

Remember

UTIs are common and most are easy to treat. Early diagnosis and prompt treatment are important because untreated or repeated infections can cause long-term medical problems. Children who have had one UTI are more likely to have another. Be sure to see your child's doctor early if your child has had a UTI in the past and has fever. Talk with your child's doctor if you suspect that your child might have a UTI.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

© 2010 American Academy of Pediatrics, Reaffirmed 01/2017. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 204

Vomiting

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What is vomiting?

  • The exit of stomach contents through the mouth.

  • Vomiting may have many causes and is not always from an infection. For example, children with gastroesophageal reflux have frequent spit-ups and vomiting episodes that are neither contagious nor necessarily abnormal. A child who has fallen may vomit because of a head injury.

What are the signs or symptoms?

  • Children with vomiting from an infection often have diarrhea and, sometimes, fever.

  • Prolonged or severe vomiting can result in children becoming dehydrated (dry mouth, no tears, no urine).

What are the incubation and contagious periods?

If vomiting is associated with an infection, the incubation and contagious periods depend on the type of germ causing the infection.

How is it spread?

Direct contact with vomit can result in the spread of certain infections.

How do you control it?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Clean and disinfect surfaces that have been contaminated with body fluids.

  • Exclusion of children with vomiting who do not have a known reason and care plan for it, such as reflux.

What are the roles of the teacher/caregiver and the family?

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Review of Standard Precautions, particularly hand hygiene.

  • Report the condition to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members to watch for symptoms.

  • Suggest the family consult the child’s health care provider if vomiting continues or the child develops other symptoms.

Exclude from group setting?

Yes, if

  • Vomited more than 2 times in 24 hours and vomiting is not from a known condition for which the child has a care plan.

  • Vomiting and fever.

  • Vomit that appears green or bloody.

  • No urine output in 8 hours.

  • Recent history of head injury.

  • Child looks or acts very ill.

  • The child is unable to participate and staff members determine they cannot care for the child without compromising their ability to care for the health and safety of the other children in the group.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • When vomiting has resolved

  • When other exclusion criteria are resolved, the child is able to participate, and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 206

Warts (Human Papillomavirus)

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What are warts?

Skin infections caused by human papillomavirus (HPV)

What are the signs or symptoms?

  • Dome-shaped growth inside the skin that may become a raised area with small bumps within it.

  • Usually painless but may be painful when they occur on the feet.

  • Often found on the hands and around or under fingernails.

  • Black dots may appear in the warts.

What are the incubation and contagious periods?

  • Incubation period: Unknown but estimated to range from 3 months to several years

  • Contagious period: Unknown but probably at least as long as the wart is present

How are they spread?

Person-to-person through close contact

How do you control them?

  • Perform hand hygiene after touching the warts.

  • Do not share articles in contact with the warts of an infected child or teacher/caregiver.

  • Do not scratch warts. Scratching could cause bacterial infection or spread of virus to other sites.

  • The body may make antibodies to the virus so that, over time, the wart spontaneously resolves.

  • Tissue-destructive treatments, such as medicated tape and liquid nitrogen, may activate the body’s immune response to the virus that causes the wart and hasten resolution of the warts. However, treated warts may return and often require re-treatment.

  • Although warts are a viral infection, they are only mildly contagious and most often are spread to other areas of the affected child’s body rather than to other children. Warts do not need to be covered like shingles or other oozing sores. Treatment is a personal choice and is not required for infection control in a group care setting.

What are the roles of the teacher/caregiver and the family?

  • After contact with the child’s warts, use good hand-hygiene technique.

  • Do not let children pick at their warts because this may cause an opening in the skin, which may lead to bacterial infection.

Exclude from group setting?

No.

Comments

  • Many people have warts at some time in their lives.

  • Immunocompromised children, including those with HIV infection, may have more severe and widespread wart lesions.

  • Genital warts and cervical cancer are caused by different HPVs than the ones that cause skin warts.

  • The HPV vaccine protects against HPVs that cause most cases of cervical cancer and genital warts. Refer to the childhood and adult immunization schedules (www.cdc.gov/vaccines) to find out the recommended age groups for vaccinations.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 208

What is Clean Intermittent Catheterization?

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Akshar_Pediatrics_Medical Conditions - Accordian 209 If your child cannot empty his or her bladder completely, or has a problem with urine leakage, your child may need to start a catheterization program. These problems are commonly seen in children with spina bifida, spinal cord injuries, or some urinary tract defects.

Clean intermittent catheterization (CIC) is a technique used to remove urine from the bladder. This is done by placing a thin, flexible tube (catheter) through the urethra into the bladder to drain the urine.

This brochure will help you understand the basics of CIC. It includes instructions for girls and boys. It does not take the place of one-to-one teaching. Contact your pediatrician, doctor, or nurse practitioner if you have any questions.

Why is CIC important?

Urine is the waste product that is produced by the kidneys. The bladder is the container in the body that holds the urine until it is emptied. The human body needs to empty its bladder of urine several times a day. The bladder can be drained by urinating or by using a catheter.

If your child needs CIC, your doctor will tell you how often your child's bladder should be emptied. It can be as often as every 2 to 4 hours depending on your child's condition.

CIC is especially important for the following reasons:

  • Reduces accidents. It lets your child empty his bladder so he has fewer accidents. Older children may no longer need to wear diapers. It helps stop the odor and skin problems that come from being wet with urine.

  • Reduces the risk of urinary tract infections. Emptying the bladder regularly reduces the risk of urinary tract infections caused by bacteria that stay in the bladder too long.

  • Reduces the risk of reflux. Reflux is a condition where urine from the bladder goes back up to the kidneys. This can cause serious kidney damage.

What supplies are needed?

It is best to have all of your supplies organized and ready when you need them. Keep the following items in a clean, dry container such as a plastic shoe box or cosmetic case.

  • Catheters. Your doctor will give you a prescription for the appropriate catheter size for your child.

  • Disposable wipes or a washcloth. Your child's genitalia will need to be cleaned before CIC.

  • Lubricant. Use only a water-soluble lubricant. You can buy the lubricant at pharmacies or drug stores. Do not use oil-based lubricants such as petroleum jelly because they do not dissolve in water.

  • Container. You may need a container to drain the urine into if you are not doing the catheterizations on the toilet, or if you need to keep a record of how much your child drains.

  • Syringe. You will need a syringe for cleaning the catheter.

CIC for girls

  • First wash your hands with soap and water, then dry them. You also can use a waterless cleaner, such as an antibacterial cleanser that does not require water.

  • Next have your box of supplies within easy reach.

  • Place your daughter on her back or position her on the toilet or in her wheelchair. You should practice CIC in the position you will be using most often. If she is on the toilet, separate her legs widely enough to be able to clearly see her urethra. If she is doing her catheterizations herself, she will practice identifying her urethra by touch. When your daughter is learning to catheterize herself, she can use a mirror to see where her urethra is located.

    Akshar_Pediatrics_Medical Conditions - Accordian 210

  • Clean your daughter's genitalia with a washcloth or disposable wipe.

  • Separate the labia and wipe thoroughly from front to back.

  • Place a generous amount of the water-soluble lubricant on the end of the catheter with the holes.

  • Place the other end of the catheter into a container or let it drain into the toilet.

  • Find your daughter's urethra (see picture below). Gently insert the lubricated end of the catheter into the urethra about 2 to 3 inches. It may become slightly more difficult to insert just prior to entering the bladder. That is because a muscle called the sphincter sits at the opening of the bladder and is naturally tightly contracted. The sphincter will relax as you continue to gently insert the catheter until you reach the bladder and see urine flow.

    Akshar_Pediatrics_Medical Conditions - Accordian 211

  • Once the catheter is in the bladder, hold it there until the urine flow stops. Then move the catheter slightly, or insert it a little more, to see if the flow continues. Gently press on your daughter's lower abdomen with your hand or ask your daughter to lean forward to be certain there is no more urine in the bladder.

  • Slowly remove the catheter, holding your finger at the tip or pinching the catheter end before removing the final portion. Pull catheter out in a downward movement to prevent backflow of urine.

  • Wash your hands. Clean and store your catheter as directed.

CIC for boys

  • First wash your hands with soap and water, then dry them. You also can use a waterless cleaner, such as an antibacterial cleanser that does not require water.

  • Next have your box of supplies within easy reach.

  • Place your son on his back or, if it is easier for both of you, have him sit on the toilet or in his wheelchair. If he is doing his own catheterization, he may stand or sit on the toilet or in his wheelchair.

    Akshar_Pediatrics_Medical Conditions - Accordian 212

  • Clean the tip of his penis with a washcloth or disposable wipes in a circular motion starting at the center and working outward. If your son is uncircumcised, pull back the foreskin so that the tip of his penis is visible before cleansing.

  • Place a generous amount of the water-soluble lubricant on the end of the catheter with the holes.

  • Place the other end of the catheter into a container or let it drain into the toilet.

  • Hold your son's penis upright. Gently insert the lubricated end of the catheter into the urethra (see picture below) about 4 to 6 inches until urine begins to flow. You may need to lower the penis as you continue to insert the catheter. It may become more difficult to advance the catheter as you get closer to the bladder. Do not worry, this is normal. Continue to gently insert the catheter with steady pressure until you feel the catheter slip into the bladder. Once urine flow begins, insert the catheter about an inch farther to allow the urine to flow better.

    Akshar_Pediatrics_Medical Conditions - Accordian 213

  • Hold the catheter in place until the urine flow stops. You may gently press on your son's lower abdomen or ask him to squeeze his abdominal muscles or lean forward to be sure the bladder is empty.

  • Remove the catheter once the urine flow stops completely. Hold your finger over the end of the catheter while removing it. This will prevent any urine in the tube from dripping out.

  • If your son is uncircumcised, gently replace the foreskin over the end of his penis by pushing it forward.

  • Wash your hands. Clean and store your catheter as directed.

Cleaning your supplies

It is very important that you keep your child's CIC supplies clean. Make sure you wash your hands often and well whenever you perform CIC. If you are using disposable catheters, throw the catheters away after each use.

If you have reusable catheters (metal or latex-free), then you should wash them with soap and water after each use. You can use a syringe to squirt soapy water and plain water through the catheters. Rinse them completely and allow them to dry. After they are dry, store them in a plastic bag, traveling toothbrush holder, or any other clean container.

Throw catheters away as soon as they become brittle or lose their flexibility, or the holes become rough.

When to call your doctor

Call your doctor if your child is having any of the following problems or symptoms of a urinary tract infection:

  • Fever

  • Abdominal or back pain

  • Pain or burning during CIC

  • Less urine than usual from CIC

  • Frequent need to urinate or catheterize

  • Leaking of urine between catheterizations (more than usual)

  • Cloudy or hazy urine with a strong odor

  • Bloody urine

Remember

It may take a while to get used to doing CIC, but keep in mind that as you and your child become more used to this process, it will become easier. Talk with your child about CIC to explain exactly what you are doing. If your child is not doing CIC on his own, explain that when he is old enough he should be able to do CIC without your help. Encourage your child to be independent. And remember, it is natural for you or your child to have questions. Feel free to talk with your doctor about any questions or problems that you or your child are having with CIC. Eventually CIC can help make things easier and better for you and your child.

Copyright © 2003, American Academy of Pediatrics. All Rights Reserved.
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Medical Conditions

Akshar_Pediatrics_Medical Conditions - Accordian 215

Whooping Cough (Pertussis)

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What is whooping cough?

A contagious bacterial infection that causes a range of illnesses, from mild cough to severe disease

What are the signs or symptoms?

  • Begins with cold-like signs or symptoms.

  • Coughing that may progress to severe coughing, which may cause

    • Vomiting while coughing

    • Loss of breath; difficulty catching breath

    • Cyanosis (ie, blueness)

  • Whooping (ie, high-pitched crowing) sound when inhaling after a period of coughing (may not occur in very young children).

  • Coughing persists for weeks to months.

  • Fever is usually absent or minimal.

  • Symptoms more severe in infants (those ≤12 months of age).

  • Infants younger than 6 months may develop complications and often require hospitalization.

What are the incubation and contagious periods?

  • Incubation period: 5 to 21 days; usually 7 to 10 days.

  • Contagious period: From the beginning of symptoms until 3 weeks after the cough begins, depending on age, immunization status, previous episodes of infection with pertussis, and antibiotic treatment. An infant who has no pertussis immunizations may remain infectious for 6 weeks or more after the cough starts.

How is it spread?

Respiratory (droplet) route: Contact with large droplets that form when a child talks, coughs, or sneezes. These droplets can land on or be rubbed into the eyes, nose, or mouth. Most of the large droplets do not stay in the air; they travel 3 feet or less and fall onto the ground.

How do you control it?

  • Whooping cough is a vaccine-preventable disease; however, protection is incomplete and decreases over time.

  • Follow the most recent immunization recommendations for children and adults. A booster immunization containing tetanus, diphtheria, and acellular pertussis (Tdap) vaccine should be given to all 11-year-olds and adults at the time of their next planned tetanus booster and for all who care for infants, regardless of how recently they had their last tetanus booster.

  • Review immunization status of all children and staff members. Make sure all are up-to-date with their vaccine that protects against pertussis. All staff members should have received Tdap vaccine.

  • Use good hand-hygiene technique at all the times listed in Chapter 2.

  • Antibiotics to prevent infection for household and other close contacts of an infected individual, including staff members, and exposed, incompletely immunized children in group settings who have close or extensive contact with an individual with confirmed pertussis infection.

  • Household members and close contacts who are incompletely immunized should complete their immunizations as well as receive the preventive antibiotic treatment.

  • Testing staff members who develop respiratory symptoms after exposure to someone with confirmed pertussis may be recommended by the local health department.

What are the roles of the teacher/caregiver and the family?

  • Report the infection to the staff member designated by the child care program or school for decision-making and action related to care of ill children. That person, in turn, alerts possibly exposed family and staff members and parents of unimmunized children to watch for symptoms and notifies the health consultant.

  • All adults who have contact with a child who has pertussis in group settings also should be advised to seek testing if symptoms develop.

  • Report the infection to the local health department. If the health professional who makes the diagnosis does not inform the local health department that the infected child is a participant in a child care program or school, this could delay controlling the spread.

  • Ensure all children have received their immunization series according to current recommendations.

  • Encourage staff members without record of receiving Tdap vaccine to receive the vaccine unless contraindicated.

  • Monitor incompletely immunized children for respiratory signs or symptoms for 21 days after last contact with a person infected with pertussis.

  • Monitor staff members for respiratory signs or symptoms and recommend treatment if cough develops within 21 days of exposure to pertussis.

Exclude from group setting?

Yes.

  • Pertussis is a highly contagious illness for which routine exclusion of infected children is warranted.

  • Exclude close contacts (including caregivers and teachers) who are coughing until they receive appropriate evaluation and treatment.

Readmit to group setting?

Yes, when all the following criteria have been met:

  • After 5 days of appropriate antibiotic treatment.

  • Untreated children should be excluded from the group care setting for 21 days after the onset of cough.

  • When the child is able to participate and staff members determine they can care for the child without compromising their ability to care for the health and safety of the other children in the group.

Comment

Older children, adolescents, and adults are most responsible for spreading pertussis because their immunity from the pertussis vaccine lessens over time. A cough present longer than 2 weeks, especially with vomiting after coughing, should raise suspicion of a pertussis infection.

Listing of resources does not imply an endorsement by the American Academy of Pediatrics (AAP). The AAP is not responsible for the content of external resources. Information was current at the time of publication.

The information contained in this publication should not be used as a substitute for the medical care and advice of your pediatrician. There may be variations in treatment that your pediatrician may recommend based on individual facts and circumstances.

Quick Reference Sheet from Managing Infectious Diseases in Child Care and Schools: A Quick Reference Guide.

© 2017 American Academy of Pediatrics. All rights reserved.
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