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Hope for a Pediatric Cure - Help Fight a Children's Autoimmune Disease
Wednesday, December 9, 2009 from 7:00 PM to 10:00 PM (EST)
New York, NY
Please join us on Wednesday, Dec 9th at the Village Pour House (Vegas
Room) to support efforts to help find a cure for a children's
autoimmune disease called Ataxia-telangiectasia, or "A-T." This is a
progressive, degenerative disease that affects a startling variety of
body systems. Diagnosis leads to a predisposition to cancer, immune
issues and early death.
For more information:
Wenesday, Dec 9th @ The Village Pour House (Vegas Room)
7 - 10pm
1 Hour Open Bar (7 - 8pm); 10% discount on all food
Complimentary cupcakes donated by Baked by Melissa
Specialty Holiday Cocktails, Buy 1 get 1 free All Night
Chocolate Dipping Tasting Fountain
$15 online/$25 at door
*Presented by Charity Scene*
When & Where
Charity Scene Presents Hope For a Pediatric Cure
A Multi-system Disease...
Ataxia-telangiectasia, or "A-T," is a progressive, degenerative disease that affects a startling variety of body systems. Children with A-T appear normal at birth, and the first signs of the disease usually appear during the second year of life. These first signs are usually a "wobbly" lack of balance and slurred speech caused by "ataxia," which means a lack of muscle control.
The onset of this ataxia marks the beginning of progressive degeneration of a part of the brain, known as the cerebellum, that gradually leads to a general lack of muscle control, and eventually confines the patient to a wheelchair. Because of the worsening ataxia, children with A-T lose their ability to write, and speech also becomes slowed and slurred. Even reading eventually becomes impossible as eye movements become difficult to control.
Soon after the onset of the ataxia, the A-T patient usually shows another clinical hallmark of A-T: "telangiectasia," or tiny red "spider" veins which appear in the corners of the eyes or on the surface of the ears and cheeks exposed to sunlight. Although these telangiectasia are seemingly harmless, their unique appearance together with ataxia is what led to naming this disease "ataxia-telangiectasia."
Immune System Problems...
For most (about 70 percent) of children with A-T there is another clinical hallmark: immunodeficiency that usually brings recurrent respiratory infections. In many patients, these infections can become life threatening. Because of deficient levels of IgA and IgE immunoglobulins, the natural infection fighting agents in the blood, children with A-T are highly susceptible to lung infections that do not respond to typical antibiotic treatments. For these A-T patients, the combination of a weakened immune system and the progressive ataxia can ultimately lead to pneumonia as a common cause of death.
Predisposition to Cancer...
Children with A-T tend to develop malignancies of the blood system almost 1,000 times more frequently than the general population. Lymphoma and leukemia are particularly common types of cancer, although the frequencies of most cancers are elevated. Ironically, another facet of the disease is an extreme sensitivity to radiation, which means that A-T patients cannot tolerate the therapeutic radiation usually given to cancer patients.
Other Features of A-T...
Other features of ataxia-telangiectasia that may affect some children are: mild diabetes mellitus, premature graying of the hair, difficulty swallowing causing choking and/or drooling and slowed growth. Even though A-T is a multi-system disorder, the children afflicted have and maintain normal or even above-normal intelligence. Their dispositions seem to remain equable and help them to maintain a healthy outlook on life despite the progression of their disabilities.
How Frequent is A-T?
Ataxia-telangiectasia respects no racial, economic, geographic or education barriers. Both males and females are equally affected. Epidemiologists estimate the frequency of A-T as 1 in 40,000 births. But it is believed that many children with A-T, particularly those who die at a young age, are never properly diagnosed. Therefore, this disease may actually be much more common.
A-T is presently incurable and unrelenting. If they are lucky enough not to develop cancer, most A-T children are dependent on wheelchairs by the age of ten, not because their muscles are too weak, but because they cannot control them. Later, A-T patients usually die from respiratory failure or cancer by their teens or early twenties. A few A-T patients live into their forties, but they are extremely rare.