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Allergy Skin Testing

Patient Instructions for Skin Testing

   1. Schedule an appointment on-line or with our receptionist by phone

   2. Three (3) days or 72 hours before your testing appointment is scheduled,
        please stop taking the following medications :

If you are not certain if you are taking a product that contains an , ask your pharmacist or call this office.

Please Note :

You should continue to take as prescribed the following medications :

  • Antibiotics
  • All asthma medications
  • Prescription nose sprays, with the exception of Astelin, which is an antihistamine
  • Decongestants that are not combined with an antihistamine

Please dress accordingly: the 1st phase of testing (prick tests) are done on the forearm and the 2nd phase of testing (intradermal tests) are done on the upper arms.

*** If you are not certain if you are taking a product that contains an antihistamine, ask your pharmacist or your doctor.

How Do We Diagnose Your Allergies?

If you suffer from allergic symptoms, you can only know for certain if you have an allergy by undergoing a specific test.

The doctor will start by asking you questions about your symptoms, history of allergy, exposure, family history etc., to get a good picture of your situation and to see what he can do to help you.

To help determine whether an allergy is involved, the doctor may perform a skin prick test or intracutaneous test. These tests involve either a gentle prick through a drop of allergen extract on the surface of your arm or the injection of a small amount of allergen extract into the skin. This may result in a small swelling and a reddening of the skin, suggesting that you have an allergy.

 

 

 

Hay Fever

We use a variety of approaches to treat hay fever and conjunctivitis. We first identify which allergies actually exist for an individual. Next we explore ways to avoid those specific allergens. We use a wide repertoire of medications to control allergy symptoms. For those who still have problems despite these measures we offer desensitization. Our immunotherapy (allergy shots) protocol can bring allergies under control in 3 to 4 months.
Hay Fever Havoc for Children

Erica Heilman

High season for hay fever is upon us, and allthough the itching, sneezing and runny nose are sure to pass when the last grain of pollen finally drops, these symptoms can wreak havoc on the lives of many each year.

Children are no exception. While hay fever can lead to misery and loss of productivity for adults at work, children can suffer from decreased learning ability at school, behavioral problems, fatigue and frustration as a result of this condition.

The good news is that hay fever, though highly irritating, is also highly treatable in children as well as adults. Below, Dr. Morris Nejat, director of the Pediatric Allergy and Asthma Clinic at Bellevue Hospital Center in New York City, talks about the particular difficulties that children experience with seasonal allergies, and what can be done to stop them.

How common is hay fever in children?
It's very common. The incidence is probably twice that of adults. About 20 percent of children have some form of allergic rhinitis, which is commonly known as hay fever.

How can allergies impact a child's life?
Children like to play outdoors and most of the sports that school-age children play—such as football, baseball, soccer and tennis—are outdoor sports, which happen in the fall and the springtime, when pollen counts are highest. Children that have symptoms of allergic rhinitis may not perform to the best of their abilities.

Also, children with allergies may experience interrupted sleep, which means they may be more tired than they would ordinarily be. So they may not have as much energy or desire to participate in physical activities.

Allergies can also affect a child's learning. Numerous scientific studies have shown that children with allergies don't learn as well as children who don't have allergies. It's also been shown that children treated with non-sedating medicines do better than children who go untreated, but children treated with sedating medication may have a harder time learning than children who are not treated at all. So one has to be very careful about the medicine chosen to treat children.

A lot of children who have allergies tend to avoid social gatherings because their nose is running. They're stuffy; they always have to carry tissues. And even if they don't complain to their parents, they're still very self-conscious about their symptoms and how they look. So they may avoid certain environments that make their allergies worse.

Are we seeing more children diagnosed with allergies in recent years?
Over the past 20 years, diagnosis of allergies has increased significantly, and there are a number of theories behind this. Some believe that the increasingly sedentary lifestyle of the American child, together with the consumption of more high-fat foods may be causing the increase. Another potential reason is the increase in wall-to-wall carpeting, which promotes dust mites, a significant cause of allergies. It may also be due to an increase in the amount of pollutants in the environment. Also, children are given antibiotics earlier and earlier to treat infections, so antibiotic resistance may play a role. These are all theories.

How do allergies first occur in early childhood?
Allergies go through different phases in children. Most infants with allergies have atopic dermatitis, or dry, itchy skin and allergic skin rashes. They may also have food allergies. As they get older, the food allergies tend to go away, and they start to develop symptoms of allergic rhinitis around four to six years of age. Many of these children with allergic rhinitis will then go on to have allergic asthma in their early teens.

What are some of the treatment strategies for children?
The first step is to do is try and identify what your child is allergic to so you can control the environment and decrease their exposure to the allergens. The next step is to determine the most benign, effective medication to treat your child's allergies. You want to make sure that the treatment is not worse for the child than the disease. Non-sedating allergy medications are a good first option for children.

There are both nasal sprays and oral medications. The two main nasal sprays that are used to treat allergy symptoms are decongestant sprays that prevent the release of proteins called histamines, which cause the symptoms in the first place. If you use nasal decongestants too often, however, your nose can become addicted to it. So I would patients to discuss their use with their physician.

Traditionally, the oral medications have been sedating antihistamines. They're effective, but they can make the child tired and give them a dry mouth. These medications have fallen out of favor with physicians. Non-sedating antihistamine are better alternatives.

How are antihistamines administered to children?
Generally, the younger child will take a syrup, and there are new formulations that are called Reditabs, which dissolve in their mouths.

Do children outgrow allergies?
Children may outgrow their allergies, where they will actually become increasingly less allergic. Additionally, as a child gets older, their environment changes, and the exposure to the allergens may change. For example, a child who is allergic to dust mites and has lots of stuffed animals may have more symptoms. Later on, if they're spending more time outdoors and they have fewer stuffed animals, they may be less congested and less sneezy.

 

 

 
 

Asthma Triggers and Management

Asthma is a chronic lung disease that affects more than 17 million Americans. Asthma is characterized by coughing, chest tightness, shortness of breath and wheezing. If you have asthma, you can minimize your symptoms by avoiding the factors that trigger your symptoms and by working with your physician to develop an effective management and treatment plan.

Triggers of asthma


Asthma symptoms can be triggered by several factors, including:

  • Allergens or irritants;
  • Viral or sinus infections;
  • Exercise;
  • Reflux disease (stomach acid flowing back up the esophagus);
  • Medications or foods;
  • Emotional anxiety.
Allergic rhinitis, or "hay fever," is considered a risk factor in developing asthma; up to 78% of people with asthma also have allergic rhinitis. Symptoms of both can be triggered by seasonal or year-round allergens—any substance that triggers allergies. These can include airborne pollens and molds, animal dander (dead skin flakes), house dust mite and cockroach droppings, and indoor molds. If your asthma is triggered by allergens, it is important to do your best to avoid exposure to them. See your allergist for recommendations on control measures to help avoid allergens.
Some substances do not trigger allergies but can nonetheless aggravate the nose and airways. These substances, called irritants, can trigger asthma. Some examples include:
  • Air pollutants such as tobacco smoke, wood smoke, chemicals in the air and ozone;
  • Occupational exposure to allergens, vapors, dust, gases or fumes;
  • Strong odors or sprays such as perfumes, household cleaners, cooking fumes (especially from frying), paints or varnishes;
  • Other airborne particles such as coal dust, chalk dust or talcum powder;
  • Changing weather conditions, such as changes in temperature and humidity, barometric pressure, or strong winds.

All of these irritants can aggravate asthma, particularly tobacco smoke. Several studies have reported an increased incidence of asthma in children whose mothers smoke. No one should smoke in the home of an asthmatic.




Viral infections such as colds or viral pneumonia can trigger or aggravate asthma, especially in young children. These infections can irritate the airways, nose, throat, lungs and sinuses, and this added irritation often triggers asthma flare-ups. Additionally, sinusitis—an inflammation of the hollow cavities found around the eyes and behind the nose—can trigger asthma. Symptoms of sinusitis can include wheezing, postnasal drip, cough, headaches, sinus pressure or pain, or enlarged lymph nodes. Excess drainage of mucus into the nose, throat and bronchial tubes caused by sinusitis can trigger or aggravate asthma.

Strenuous physical exercise can also trigger attacks. Mouth breathing, exercising in cold, dry air, or prolonged, strenuous activities such as medium- to long-distance running can increase the likelihood of exercise-induced asthma (EIA). For more information, please see the Tip brochure in this series or speak to your allergist.

Gastroesophageal reflux disease (GERD), a condition in which stomach acid flows back up the esophagus, affects up to 89% of patients with asthma. Symptoms include severe or repeated heartburn, belching, night asthma, increased asthma symptoms after meals or exercise, or frequent coughing and hoarseness. GERD reflux treatment is often beneficial for asthma symptoms as well.

Some adults with asthma may experience an asthma attack as a result of taking certain medications. These can include aspirin or other non-steroidal anti-inflammatory drugs (NSAIDS) such as ibuprofen; and beta-blockers (used to treat heart disease, high blood pressure or migraine headaches). Up to 19% of adult patients with asthma experience aspirin or NSAID sensitivity. Before taking any over-the-counter medications, those with asthma should consult their physicians.

For about 6-8% of children with asthma, eating certain foods or various food additives can trigger asthma symptoms. Culprits include milk, eggs, peanuts, tree nuts, soy, wheat, fish and shellfish. If any of these foods trigger asthma attacks, the best remedy is to avoid eating them.
Emotional factors alone cannot provoke asthma. However, anxiety and nervous stress can cause fatigue, which may also increase asthma symptoms and aggravate an attack. As with any other chronic health condition, proper rest, nutrition and exercise are important to overall well-being and can help in managing asthma.

Asthma management

Since asthma is a chronic disease, it requires continuous management and appropriate treatment. According to the national Guidelines for the Diagnosis and Management of Asthma (National Asthma Education and Prevention Program, National Institutes of Health, 1997), asthma treatment has four main components:

  • The use of objective measures of lung function (such as peak flow meters and spirometers) to assess the severity of asthma and to monitor the course of treatment;
  • Environmental control measures to avoid or eliminate factors that trigger asthma symptoms or flare-ups;
  • Medication therapy for long-term management to reverse and prevent airway inflammation as well as therapy to manage asthma flare-ups;
  • Patient education to foster a partnership between the patient, his or her family, and the physician and other health care providers.

    According to the Guidelines, there are six goals for the effective management of asthma:
  • Prevent chronic and troublesome symptoms;
  • Maintain (near) "normal" breathing;
  • Maintain normal activity levels, including exercise;
  • Prevent recurrent asthma flare-ups, and minimize the need for emergency room visits or hospitalizations;
  • Provide optimal medication therapy with no or minimal adverse effects;
  • Meet patients’ and families’ expectations of satisfactory asthma care.

You and your physician can work together on these goals to ensure that your asthma is well-managed. Having asthma should not stop you from participating in normal daily activities.

Medication Treatment

Well-managed asthma includes using proper medications. People with asthma have inflamed airways which can become even more inflamed after exposure to various triggers. The main purpose of asthma medications is to reduce this inflammation. Some of these medications should be used on a daily basis as instructed, even if you are feeling well. This is to prevent asthma flare-ups and to ensure that airways are as open as possible. Make sure you follow your physician’s instruction on the appropriate use and dosage of your prescribed medications.

Medications used to manage and treat asthma include:

  • Anti-inflammatory agents such as cromolyn or nedocromil, which stop the development of inflammation in the lungs, as well as help to prevent it.
  • Corticosteroids (not related to the steroids misused by some athletes), an effective medication used in inhaled (topical) or oral (systemic) form, depending on the severity of asthma.
  • Bronchodilators, generally used as "rescue medications" to open up the bronchial tubes so that more air can flow through. Bronchodilators include beta-agonists, theophylline and anticholinergics, and come in inhaled, tablet, capsule, liquid or injectable forms. Salmeterol is a long-acting bronchodilator that, along with an anti-inflammatory medication, is used for maintenance in the control of asthma symptoms.
  • Anti-leukotrienes, which fight potent chemicals called leukotrienes (lu-ko-try-eens) responsible for airway inflammation within the body. These oral medications are fairly new and are used in the treatment of chronic asthma.


The better informed you are about your asthma triggers and management, the less asthma symptoms will interfere with your activities. It is important to avoid your triggers, work with your physician on a management plan, and take appropriate medications as prescribed. Together, you and your allergist can work to ensure that asthma does not interfere with your optimal quality of life.

 

 
   
The Dangers of Food Allergies

Contents

  1. Symptoms of allergic reactions to foods
  2. Severe allergic reactions
  3. Food intolerance and additive reactions
  4. Diagnosis
  5. Treatment
  6. Video

Adverse reaction to food is a general term that describes any abnormal reaction to a food or food additive that is eaten, whether it is caused by allergic or non-allergic mechanisms.  A few specific foods seem to cause a majority of food allergies. Some of the most common food allergens are cow's milk, eggs, peanuts, wheat, and soy.

Reports of food allergies began to appear in Europe in the early 1900s, and since the 1940s, food allergies have been recognized by doctors around the world. Up to two million, or 8%, of children in the U.S. are estimated to be affected by food allergy, and up to 2% of adults.

With a true food allergy, an individual’s immune system will overreact to an ordinarily harmless food. This is caused by an allergic antibody called IgE (Immunoglobulin E), which is found in people with allergies. Food allergy often may appear in someone who has family members with allergies, and symptoms may occur after that allergic individual consumes even a tiny amount of the food.

Food intolerance is sometimes confused with food allergy. Food intolerance refers to an abnormal physical response to a food or food additive that is not an allergic reaction. It differs from an allergy in that it does not involve the immune system. For instance, an individual may have uncomfortable abdominal symptoms after consuming milk. This reaction is most likely caused by a milk sugar (lactose) intolerance, in which the individual lacks the enzymes to break down milk sugar for proper digestion. Your allergist can help you determine the difference between intolerance and allergy and help you in establishing a management plan.

Food allergens—those parts of foods that cause allergic reactions—are usually proteins. Most of these allergens can still cause reactions even after they are cooked or have undergone digestion in the intestines. Numerous food proteins have been studied to establish allergen content. The most common food allergens—responsible for up to 90% of all allergic reactions—are the proteins in cow’s milk, eggs, peanuts, wheat, soy, fish, shellfish and tree nuts.

All foods come from either a plant or an animal source, and foods are grouped into families according to their origin. Peanuts, black-eyed peas, kidney and lima beans, and soybeans are some of the members of the legume family, whereas asparagus, chives, garlic and onion are, surprisingly, members of the lily family. In some food groups, especially tree nuts and seafood, an allergy to one member of a food family may result in the person being allergic to all the members of the same group. This is known as cross-reactivity. However, some people may be allergic to both peanuts and walnuts, which are from different food families; these allergies are called coincidental allergies, because they are not related.

Within animal groups of foods, cross-reactivity is not as common. For example, people allergic to cow’s milk can usually eat beef, and patients allergic to eggs can usually eat chicken. People allergic to eggs usually react only to the egg white, which contains several proteins. However, because it is impossible to completely avoid cross-contamination between yolk and white, they must avoid eggs completely.

Symptoms of allergic reactions to foods

The most common allergic skin reaction to a food is hives. Hives are red, very itchy, swollen areas of the skin that may arise suddenly and leave quickly. They often appear in clusters, with new clusters appearing as other areas clear. Hives may occur alone or with other symptoms.

Atopic dermatitis, or eczema, a skin condition characterized by itchy, scaly, red skin, can be triggered by food allergy. This reaction is often chronic, occurring in individuals with personal or family histories of allergies or asthma. Symptoms of asthma, a chronic disease characterized by narrowed airways and difficulty in breathing, may be triggered by food allergy, especially in infants and children. Gastrointestinal symptoms of food allergy include vomiting, diarrhea and abdominal cramping, and sometimes a red rash around the mouth, itching and swelling of the mouth and throat, nausea, abdominal pain, swelling of the stomach and gas.

In infants, non-allergic, temporary reactions to certain foods, especially fruits, cow’s milk, egg white, peanuts and wheat, are common. For example, a rash around the mouth, due to natural acids in foods like tomatoes and oranges, or diarrhea due to excess sugar in fruit juice or other beverages, occur with some frequency. However, other reactions are allergic and may be caused by traces of the offending food when eaten again. As they grow older, some children may tolerate foods that previously caused allergic reactions, with the exception of peanut and tree nut allergies. Periodic food allergy check-ups with appropriate food challenges should be carried out under the supervision of an allergist.

Severe allergic reactions

In severe cases, consuming a food to which one is allergic can cause a life-threatening reaction called anaphylaxisa systemic allergic reaction that can be severe and sometimes fatal. The first signs of anaphylaxis may be a feeling of warmth, flushing, tingling in the mouth or a red, itchy rash. Other symptoms may include feelings of light-headedness, shortness of breath, severe sneezing, anxiety, stomach or uterine cramps, and/or vomiting and diarrhea. In severe cases, patients may experience a drop in blood pressure that results in a loss of consciousness and shock. Without immediate treatment, anaphylaxis may cause death.

Symptoms of anaphylaxis are reversed by treatment with injectable epinephrine, antihistamines, and other emergency measures. It is essential that anyone with symptoms suggesting possible anaphylaxis get emergency treatment immediately.

Food intolerance and additive reactions

Food intolerance reactions are usually caused by factors in the diet other than the proteins that make up food allergens. As mentioned, one of the most common is lactose intolerance. Other food intolerance reactions may be triggered by drug-like chemicals in some foods. Symptoms can include nervousness after consuming caffeine in coffee or soft drinks, headaches triggered by chemicals in cheese and chocolate, or various adverse reactions to chemicals and preservatives added to food, called food additives. These additives may cause adverse reactions in sensitive people. The most common food additives that may cause reactions include aspartame, benzoates, BHA and BHT, FD&C dyes Yellow No. 5 and Red No. 3, monosodium glutamate (MSG), nitrates/nitrites, parabens and sulfites. True allergic reactions to food additives are very rare.

The best way to handle food additive sensitivity is to know which foods contain certain additives, and to avoid the additives that cause problems for you. Your allergist can help you identify those food items responsible for your symptoms so that you can eliminate them as much as possible from your diet.

Diagnosis

An allergist is the best qualified professional to diagnose food allergy. Diagnosis requires a carefully organized and detailed assessment of the problem. First, the allergist will take a thorough medical history, followed by a physical examination. The allergist will inquire about the frequency, seasonality, severity and nature of the symptoms, and will ask about the amount of time that elapses between eating a food and any reaction.

Allergy skin tests may be helpful to determine which foods, if any, are triggering a patient’s allergic symptoms. In skin testing, a small amount of liquid extract made from the food is placed on the back or arm. In a test called a prick test, a needle is then passed through the liquid on the top layer of the skin. During a scratch test, small scratches are made through the liquid and the top layer of skin. If the patient develops a wheal—a raised bump or small hive—within 20 minutes, this positive response indicates a possible allergy. If the patient does not develop a wheal, the test is negative. It is uncommon for someone with a negative skin test to have an IgE-mediated food allergy. Skin tests are not helpful when sensitivity to simple foods such as sugars or chemical food additives is suspected.

Your doctor may also use blood tests, called RAST testing or CAP-RAST, to diagnose food allergies. In certain cases, such as severe eczema all over the body, an allergy skin test cannot be done. Your doctor may recommend a food RAST blood test to obtain the same information that can be found with a skin test. For diagnosis of milk, egg, peanut or fish allergy, the CAP-RAST test may be more useful than skin tests. False positive results may occur with both food allergy skin testing and blood testing. Food challenges, described below, are often required to confirm the diagnosis.

The allergist may suggest that the patient keep a food diary, which is a detailed record listing foods eaten, date, time and any symptoms that occurred after eating the food. When an allergy to a single food is suspected, the allergist may recommend eliminating the food for a time. If symptoms are relieved, the allergist may add the food to the diet once again to further determine if it causes a reaction (however, this is never done when the patient has a history of anaphylaxis).

If the diagnosis of food allergy remains in doubt, the allergist may recommend a "blinded" food and/or food additive challenge test. These tests are conducted in the allergist’s office, or at times, in the hospital under close observation. Usually, the suspected food or a neutral food, called a placebo, is fed to the patient in colorless capsules, or in a non-allergenic slush or pudding. Neither the patient nor the doctor knows whether the suspected food or the placebo is being eaten. This is called a "double-blind" challenge. When properly performed, these challenges are very reliable in establishing a concrete cause and effect relationship between a food and an allergy symptom.

Treatment

  1. Avoid the food. The best way to treat food allergy is to avoid the specific foods that trigger the allergy.
  2. Ask about ingredients. To avoid eating a "hidden" food allergen away from home, food-allergic individuals must always inquire about ingredients when eating at restaurants or others’ homes.
  3. Read food labels. It is important for food-allergic people to read food labels carefully and to become familiar with technical or scientific names for foods. For example, milk may not be listed as an ingredient on a label; rather, the label may list casein (a milk protein), sodium caseinate or milk solids. Not every food that contains wheat identifies it as such; sometimes wheat is listed as gluten. Similarly, egg white is frequently listed as albumin. Government agencies have been working toward improving food ingredient labeling so food-allergic consumers can more easily determine which foods they may need to avoid.
  4. Be prepared for emergencies. Anaphylactic reactions caused by food allergies can be potentially life-threatening. Those who have experienced an anaphylactic reaction to a food must strictly avoid that food. They may need to carry and know how to use injectable epinephrine and antihistamine to treat reactions due to accidental ingestion. Those with food allergies should also wear an identification bracelet that describes the allergy. If you have an anaphylactic reaction after eating a food, it is essential that you have someone take you to the emergency room, even if symptoms subside. For proper diagnosis and treatment, make sure to get follow-up care from an allergist.
 

 

 

 

 

 

 

 


 

 


Egg

Egg is one of the most allergenic of all foods, and minute amounts of egg can result in symptoms within minutes, including life-threatening anaphylaxis. This is also seen after contact with egg through non-oral routes. Reactions may occur the first time a child is given egg.

TABLE I -- Labels that may indicate the presence of egg protein

Albumin

Globulin

Ovamucoid

Binder

Lecithin

Ovovitellin

Coagulant

Livetin

Powdered egg

Egg white

Lysozyme

Vitellin

Egg yolk or yellow

Ovalbumin

Whole egg

Emulsifier

Ovamucin

 


TABLE II -- Foods that may contain egg protein

Baked goods (most   except some breads)
Baking mixes
Batters
Bearnaise sauce
Bouillon (in restaurants   to clear it)
Breakfast cereals
Cake flours
Candy (see Sweets)
Cookies
Creamy fillings
Custard
Egg noodles
Eggnog
French toast
Hollandaise sauce
Ice cream
Lemon curd
Macaroni
Malted cocoa drinks   (e.g., Ovaltine)

Marshmallows
Mayonnaise
Meringues
Muffins
Noodles (egg)
Omelettes
Pancakes
Processed meat products   (e.g., bologna, meat   loaf, meatballs,
 sausages)
Puddings
Salad dressing (creamy)
Sherbets
Souffles
Soups
Spaghetti
Sweets (e.g., fondant   creams, truffles,   marshmallows, etc.)
Tartar sauce
Turkish Delight
Waffles
Wines (if cleared with egg white

Although ovalbumin, ovomucoid, and ovotransferrin have been identified as the major allergens in egg white, 10 other unnamed allergens of lesser importance have been identified. These allergens are also present in egg yolk but in lesser quantities. This is important because components of egg may be individually used for specific actions in food preparation. For example, hen's egg lysozyme is used as a preservative in food; and in some countries, notably Japan and Switzerland, lysozyme is used in medications. Individuals sensitive to hen's egg have been shown to be allergic to lysozyme produced from hen's egg.

A variety of descriptions may indicate the presence of egg protein in a product (Table I) . The function that egg performs in a product may be named on the ingredient panel (e.g., binder, emulsifier, or coagulant). Because legislation may permit a manufacturer not to list an ingredient constituting less than a specific percentage of the total product, noodles containing egg may not have egg listed on the ingredient panel. A similar situation may occur when egg white is used to give pretzels, bagels, and other baked goods their shiny appearance. In most products, lecithin is derived from soy, but sometimes it may be egg-derived. Provitamin A (extracted from egg) may be used and described as a colorant, but its antigenic properties are unknown.

In addition to food products (Table II) that may be dangerous to egg-sensitive individuals, egg proteins are also found in cosmetics, shampoos, and pharmaceuticals, such as the laxative Agarol. A patient allergic to egg should avoid buying fried foods from vendors who use the same frying surface for preparing multiple types of food. Recent evidence suggests that egg-sensitive children can receive measles immunization safely.

Although rare, avian proteins can induce egg allergy in susceptible individuals. It has been suggested that duck egg be substituted for hen's egg in egg-sensitive individuals. These individuals are able to tolerate cooked chicken.  

 

 

 
   
 
   
Living with Indoor Allergies

Sneezing in the sitting room?  Coughing in the kitchen?  Many common allergens occur primarily indoors, and they can make your life miserable if you are allergic.  Join our panel of experts as they discuss ways to make your home allergy-proof.  Topics will include:

  • Dust mites
  • Pets
  • Indoor mold
  • Roaches

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