What Kids Wear Could Determine How Much Exercise They GetVideo
Categories
- Allergy
- Alzheimer's Disease
- Arthritis
- Asthma
- Breast Cancer
- Cardio Health
- Cholesterol
- Cold and Flu
- Colon Cancer
- Diabetes
- Dieting
- Epilepsy
- Hair Loss
- Headache
- Heartburn
- HIV & AIDS
- Kidney Health
- Leukemia
- Lung Cancer
- Lymphoma
- Multiple Sclerosis
- Men's Health
- Mental Health
- Nutrition
- Osteoporosis
- Parkinson's Disease
- Prostate Health
- Skin Health
- Sleep Disorders
- Women's Health
- General
Scientists Find Way to Stop Epilepsy in Mice
Posted on 08/04/2009, 14:00
By -- Robert Preidt
Blocking bad gene kept disease from being passed to offspring
TUESDAY, Aug. 4 (HealthDay News) -- Blocking a gene defect prevents epilepsy from being passed from adult mice to their offspring, a finding that may help in efforts to develop new treatments for people with epilepsy, British researchers say.
The study proves that a faulty version of a gene called ATP1A3 causes epileptic seizures in mice, said lead researcher Dr. Steve Clapcote, of the Faculty of Biological Sciences at University of Leeds, and colleagues.
"ATP1A3 makes an enzyme called a sodium-potassium pump that regulates levels of sodium and potassium in the brain's nerve cells. An imbalance of sodium and potassium levels has long been suspected to lead to epileptic seizures, but our study is the first to show beyond any doubt that a defect in this gene is responsible," Clapcote said in a university news release.
He and his team studied a special strain of mice with an inherited form of severe epilepsy and found that the mice had a defective ATP1A3 gene. When these mice were bred with mice that had an extra copy of the normal ATP1A3 gene, the additional normal gene counteracted the defective gene and the offspring didn't have epilepsy.
"Our study has identified a new way in which epilepsy can be caused and prevented in mice, and therefore it may provide clues to potential causes, therapies and preventive measures in human epilepsy," Clapcote said.
The study appears in this week's online edition of the Proceedings of the National Academy of Sciences.
"Our results are very promising, but there's a long way to go before this research could yield new antiepileptic therapies. However, the human ATP1A3 gene matches the mouse version of the gene by more than 99 percent, so we've already started to screen DNA samples from epilepsy patients to investigate whether ATP1A3 gene defects are involved in the human condition," Clapcote said.
More information
The American Academy of Family Physicians has more about epilepsy.
SOURCE: University of Leeds, news release, Aug. 3, 2009
Copyright © 2009 ScoutNews, LLC. All rights reserved.
BigHealthTree.com Disclaimer
Bighealthtree.com Does Not Provide Medical Advice. This site, including the above information, is for informational purposes only and is not a substitute for professional medical or health advice. Always seek the advice of your physician or a qualified health or medical professional before starting any new treatment, changing existing treatment, or altering your current exercise and/or diet program. If you think you are having a medical emergency, call 911 (or the emergency services in your area) or your doctor immediately.
Few College Students Have Received the H1N1 Vaccine
Night Lights Could Lead to Depression
Cervarix Has Been Approved by the FDA
The FDA Is Studying the Effects of Lasik Surgery
Painkillers Can Dull the Effects of Childhood Vaccines
Childbirth May Becoming More Complicated
Botox Sponges Might Help Nose Allergies
The FDA Advises on How to Properly Dispose of Medicine
A French Study Shows Cell Phones Do Not Affect Humans
MRIs May Lead to More Back Surgery
Your More Likely to Wash Your Hands If Someone's Watching
Co-Sleeping Is a Leading Cause of SIDS
Night Shifts Don't Have a Major Effect On Surgeons
Exercise May Counter Fatigue from Chemotherapy

Comments (0):
Be the first to comment on this article.
Post a comment