Drug InfoNet.com
DrugInfoNet Home Page FAQ Drug Info Disease Info Manufacturer Info Health Care News Health Info Become Panelist Health Care Orgs Medical References Government Sites Hospital Sites Medical Schools
Search
Powered By HealthLine
Special Offers
Health Tools
 Heart Healthy Diet
 Ideal Body Weight Calculator
 Diet Reviews
 Fitness and Family
 Quiz: Test Your Fitness IQ
 Exercise and Fitness Guide
 Eat Out Smart
 Healthy Cooking
 BMI Calculator
Featured Conditions
 Diet & Exercise
 Stop Smoking
 Food & Fitness
 High Blood Pressure
 Cholesterol
 Heart
Resources
Healthscout News
3D Health Animations
Health Videos
Quizzes & Tools
Health Encyclopedia
Library & Communities
News Archive
Drug Library
Find a Therapist
Enter City or Zip Code:
Powered by Psychology Today



Channels
Home |  Today | Women| Men| Kids| Seniors| Diseases| Addictions| Sex & Relationships| Diet, Fitness, Looks| Alternative Medicine
 Printer Friendly  Send to a Friend

Neurons Can Re-Grow in Some MS Lesions

Discovery could yield new treatments for neurodegenerative diseases, study says


Related Encyclopedia
 border=
Acoustic Neurinoma
Bell's Palsy
Brain and Spinal Cord Magnetic Resonance Imaging
Brain Tumors
More...

Related Healthscout Videos
 border=
Critical Nutrition
Exercise and Parkinson's Disease
New Drugs That Could Stop MS
New Therapy for Stroke Patients
More...

Related Drug Information
 border=
Adderal XR
Concerta
Coumadin
Depakote
More...

Related News Articles
 border=
Health Tip: Signs That a Child May Be Autistic
Exercise Keeps the Brain Young
FDA Approves New Drug for Severe Epilepsy
Marijuana-like Drug Fights Alzheimers
More...

FRIDAY, Aug. 1 (HealthDay News) -- There's evidence that the adult human brain has the ability to grow new neurons, say researchers at the Cleveland Clinic Lerner Research Institute.

The study included nine people with multiple sclerosis (MS) and a control group of four healthy people. In MS, the immune system destroys the myelin sheaths that surround and protect nerves. When the myelin is destroyed, the nerves misfire, and nerve impulses can be slowed or disrupted.

Text Continues Below



The researchers analyzed neurons in normal subcortical white matter and acute and chronic demyelinated brain lesions, and found that neurons which occupy white matter are also destroyed during the demyelination process.

However, the team also found that in a small percentage of old MS lesions, white matter neurons were increased by 72 percent compared to normal brain regions. In addition, these interneurons appeared to be fully developed.

"Our study suggests that demyelinated tissues produce signals that can enhance the generation of new neurons in damaged areas of the brain. Based on our findings, there is enough evidence to support the idea that new neurons can re-grow in multiple sclerosis lesions," research leader Bruce Trapp, neurosciences chair at Lerner, said in a Cleveland Clinic news release.

It's not clear how much function the new neurons have, but Trapp and his colleagues plan further research into that question.

"The basic science discovery may provide the basis for the development for new therapies for MS and other neurodegenerative diseases," Trapp said.

The study was published online in the journal Brain.

More information

The U.S. National Institute of Neurological Disorders and Stroke has more about MS.



-- Robert Preidt

Copyright © 2008 ScoutNews, LLC. All rights reserved.
Last updated 8/1/2008

Related Links
 border=
From Healthscout's partner site on chronic pain, ChronicPainConnection.com
Find ways to get chronic pain relief!
Find a right treatment for your chronic pain
Join our community - your chronic pain support group.





SOURCE: Cleveland Clinic, news release, July 24, 2008


We comply with the HONcode standard for trustworthy health
information:
verify here.
About The HealthScout Network Contact Us
Copyright © 2001-2008. The HealthCentralNetwork, Inc. All rights reserved.
Privacy Policy  Terms of Service    

FAQ Drug Info Disease Info Manufacturer Info Health Care News Health Info Become Panelist Health Care Orgs Medical References Government Sites Hospital Sites Medical Schools
Contact | Site Map | Search | Disclaimer | Mission Statement

© 1996-2003 DRUG INFONET, Inc. All rights reserved.