Do your sinuses get plugged up the minute spring arrives? Do your sinus symptoms come and go with the arrival of different seasons? Do your sinus symptoms seem to increase when you are exposed to mold, dust, or animals? These sinus allergy situations are just a few examples of when sinus allergies can intensify to the point of real discomfort.
Environmental elements such as dust, pollen, and mold seep into your sinuses. Your body perceives these substances as harmful and reacts by producing histamines. These histamines come in the form of itching eyes and an itching, runny nose.
One of the most common sinus allergy afflictions is due to hay fever and ragweed. Hay fever is an allergic reaction to your environment.
A sinus allergy is often confused with a cold. How can you determine if you have a sinus allergy versus a cold? Observe to see whether you have red, itchy eyes and a runny nose along with the congestion. The itching is a sign that you have a sinus allergy as versus a cold.
Another way to figure out if you are suffering from a sinus allergy versus a cold is to ppay attention to what time of the year your congestion isymptoms increase. Does congestion increase in the spring when the flowers (and the weeds), are in full bloom? Does your congestion and itchy increase when there is high pollen activity in the environment? If this is true, then you most likely have a sinus allergy.
Sinus allergies can erupt from pollutants in your household. Always keep your house clean and use an air purifying filter. Mold, dust, and dander can leave you susceptible to sinus allergy flare-ups. How can you minimize the effects of household mold, dust, and dander? A HEPA filter is a great filter to use that will rid your air of any harmful substances.
If you do suffer from sinus allergies then you can find relief by heading to the medicine isles of your grocery store or local drug store. There are plenty of sinus allergy medications to choose from. Become a label reader tp make sure you are getting the most effective and appropriate medication. Some sinus allergy medications are made for the day time and will not make you drowsy. As opposed to Antihistamines that can make you drowsy.
Sinus allergy is a common trial for many people. Take comfort in knowing that
sinus relief is available, it is a matter of combining the small steps together to get significant relief. By removing environmental triggers and taking allergy
medication you have the best chance of minimizing your sinus allergies.
Archive for March, 2009
Identifying The Causes For Sinus Allergies
03.31
Aaaccchhooo! Getting A Handle On Allergies In Texas
03.31
As the weather warms for springtime, the plants, trees and grass start to grow and get greener. What also warms up for many people in Dallas, Houston or anywhere in Texas is the start of allergy season. For many allergy sufferers, officially designated as allergic rhinitis, springtime isn’t always something to look forward to. Flowers bloom, grass and weeds rise from their dormancy, and, unfortunately, allergy season kicks into high gear. Millions of people just like you know the symptoms:
o Itchy, watery eyes
o Runny nose
o Sinus pressure
o Sneezing
o Headaches
What causes allergies?
The bad guys that cause many allergies are allergens such as ragweed, pollen, and grass. There are many people whose allergies are non-seasonal – pets, dust, and certain foods as the culprits. One of the most common seasonal allergies is hay fever.
What’s my age got to do with it?
Allergies can make themselves known at any age. If you’ve made it through your 20s, 30s, or 40s, allergy free, you may think you’re in the clear. However, just as kids can outgrow their allergies, adults can develop allergies later in life.
How do I get rid of my allergies?
If you suffer from allergies, or suspect that your annual springtime cold or sinus problems are actually an allergy, talk to your doctor. He or she can analyze your symptoms and work with you to find the best way to relieve your symptoms.
In addition to medication, you can take a look at the following to limit your exposure to the allergens:
Food Allergies, Intolerance and Adverse Reactions Associated With Specific Pollens
03.30
If you are allergic to a pollen you may be allergic or react to certain foods such as apples, celery, nuts, melons or bananas. Numerous studies have confirmed the reports of people who have pollen allergies reacting to certain foods. The most well described and studied of the food-pollen syndromes is the oral allergy syndrome (OAS) or as it is also called “the burning mouth syndrome” because of the typical reaction noted by affected people. After eating a food that cross reacts with a pollen to which you are allergic, burning or tingling sensations begin in your mouth. Itching, pain, swelling and difficulty swallowing or breathing may occur. True anaphylaxis resulting in total body collapse from shock and death if not reversed has rarely been reported.
Typical pollen allergy symptoms such as runny nose and congestion, itchy watery eyes, and wheezing are also commonly reported. Other symptoms described include nausea, stomachaches, headaches, diarrhea and chest or throat tightness. Very few people are aware of these associations. Most doctors, except a few allergists and gastroenterologists, do not explore patients allergy history in the context of possible food reactions. Educating people about these types of conditions is one of the primary goals of “the food doc”, Dr. Scot Lewey, a practicing gastroenterologist (stomach-intestine specialist).
Ragweed pollen has been shown to be associated with these type of reactions after people eat bananas and fruits in the gourd family such as watermelon, honeydew, and cantaloupe. Pollen from Mugwort, another weed also known as Sagebrush, in the Artemisia family, has been associated with allergic reactions to celery, carrots, fruits in the Rosaceae family (apples, cherries, peaches) and those in the Gourd family (melons). Pistachio, persimmon, peanuts, almonds, sunflower seeds, hazelnuts, lettuce, camomile tea, and honey have also been reported to cause reactions in some people who are Mugwort pollen allergic.
Birch tree pollen is associated with numerous food cross reactions including celery. Cross-reactivity between celery and Birch pollen occurs more in central Europe whereas in Southern Europe celery and Mugwort reactions are more common. A Mugwort-Birch-Celery-Spice syndrome has also been described. People allergic to both Birch tree and Mugwort weed pollen may react to spices like pepper and paprika in addition to celery, carrot, and mango. Birch pollen is strongly associated with food reactions to Rosaceae family fruits (apples, apricots, peaches, pears, cherries), tree nuts (walnut, hazelnut, Brazil nut), legumes (peanut, various beans and peas), members of the Parsnip family (parsnip, parsley, anise, cumin, caraway, coriander) and the potato-nightshades (potato, tomato, peppers).
House dust mite, a serious allergen for many people, cross reacts with mangos, shellfish, bananas, melons, tomato, avocado, papaya, pineapple, peaches, Kiwi fruit and various spices. Kiwi, an unusual fruit in a class by itself, may elicit a reaction in people allergic to Birch trees, Mugwort weed pollen, and latex. The Latex-Fruit Allergy Syndrome is characterized by allergy to foods in the Rosaceae family including almond (classified as a fruit not a nut) and plums, as well as other fruits such as passion fruit, papaya, pineapple, mango, melons, and bananas. It is also associated with reactions to spices such as dill, ginger, and oregano and the nightshades, potato and tomato and chestnuts.
A few articles in scientific literature have reported associations of specific HLA gene patterns to pollen allergy and fewer still have noted HLA DR and DQ gene pattern associations with food-pollen cross-reaction syndromes. HLA DQ genetics are well known in celiac disease. There is also limited published data associating certain DQ patterns with microscopic colitis, collagenous colitis and non-celiac gluten sensitivity. HLA typing may be clinically useful in evaluation and elimination diet recommendations for suspected food allergic, intolerant or sensitive individuals. This type of information will be one of the goals of thefooddoc.com website. A table that lists the common pollens and foods that have been reported to cross-react with those pollens will be posted on the site very soon.
Though extensive research has been done and many of the protein structures contributing to these cross-reactions is known, little is known about these reactions by most of the lay public and many doctors. Seasonal pollen allergies may be associated with more severe reactions. Those with documented cross-reactions or prior OAS reactions may be at increased risk and certain HLA gene or DQ patterns may be associated. People with known or suspected pollen allergies should be aware of these possible food reactions. If you would like further help sorting out if you are intolerant or allergic to certain foods please visit http://www.thefooddoc.com in the near future to undergo a free online assessment and sign up for the online diet symptom diary, updates, and access the free educational content.
Falling of Hair
03.30
Prologue and Rationale
Hair is found on each and every part of the body except the hands, palms and soles of the feet. Hair is formed in minute pockets in the skin called follicles. Falling of hair is also called alopecia. When a special group of cells turn amino acids into keratin, a protein of which hair is made is formed. The rate of production of these building blocks determines hair growth. Loss of hair at a very tender age has become a common problem nowadays. Most affected are the women. There is a balance in the growth of hair and falling of hair. Any problem in the body system can disturb this balance causing more of hair loss.
Causes
The factors responsible for the hair loss are:
What Causes Allergies?
03.29
What exactly are allergies? Oh, we all know how allergies affect us. The itching, sneezing, watery eyes, runny nose and other symptoms of allergies often send us running for the Sudafed. But what is it that causes allergies?
Allergies are a result of the body’s immune system. What happens is the immune system targets a non-harmful substance, like pollen and attacks it like it is a malicious virus. An extremely sensitive immune system can actually harm the organ in the body that it is thinking it is protecting when it goes overboard.
Most doctors believe that allergies are triggered by a protein in the allergen. The protein that the person is allergic to causes the white blood cells in the body to act as if the allergen is invading the body and they go into attack mode. They produce a large quantity of antibodies that attach themselves to mast cells in the body. These mast cells have histamines and when histamines enter the body in too high of quantities, they cause problems.
Here is what happens. Let’s look at ragweed, for example, since that is one of the most common allergens. Ragweed pollen is inhaled, thus entering the body. The antibodies that are bound to the mast cells recognize the proteins in the ragweed pollen. Their reaction is to bond to those proteins, while staying with their mast cell. By binding to both places, the antibody alerts the complement complex proteins. They come and destroy the bonded particle. When the mast cell is destroyed, it releases histamine to the body. Histamines cause blood pressure to drop and blood vessels to dilate. These symptoms cause the spaces to fill with fluids, causing all of the traditional symptoms of allergies.
What is interesting is that even in our highly developed society, we do not totally understand the process of allergies. Once someone has begun showing signs of an allergy to a particular substance, they will often exhibit allergies to similar substances. Another interesting thing about allergies is that they can build up. Sometimes a person can have a mild reaction to a substance and later they will exhibit even stronger symptoms. A severe reaction to an allergen is called anaphylactic shock, a condition where the body starts to shut down, after breaking out into hives and swelling. If you are exhibiting an allergic reaction accompanied by swelling or hives, go to the hospital right away. Anaphylactic shock can lead to death, by harming the brain, kidneys, or causing the brain to swell shut. To treat anaphylactic shock, you will need an injection of epinephrine, but it must be given quickly, before the body has a chance to have serious damage.
If you think your child might be prone to allergies, you can take your child for tests. The most common way to test for allergies is through a scratch test. A scratch test is where a doctor applies a small bit of an allergen to a scratch on the arm or back and then watches for swelling. This is not used often in small children, however, as it can actually trigger a reaction. For small children, parents just need to watch for signs of allergies and talk to the doctor if they have concerns.





