Search
Powered By HealthLine
Special Offers
TV Specials
 Learn about an Effective Alzheimer's Medication
 Bipolar Education Health Center
 Osteoarthritis of the Knee Solution Center
 Heartburn Education Center
 Breast Cancer Health Center
 Crohn's Disease Health Center
 Schizophrenia Education Center
Top Features
 Depression
 Schizophrenia
 Breast Cancer
 Bipolar
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| Drug Checker
 Printer Friendly  Send to a Friend

Mature Mouse Cells Reprogrammed to Stem Cell-Like State

Work could lead to better understanding of autoimmune diseases, researchers say


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

Related Healthscout Videos
 border=
New Drugs That Could Stop MS
New Therapy for Stroke Patients
Natural Treatment for Autoimmune Disease
Mapping the Brain     
More...

Related Animations
 border=
Diabetes
More...

Related Drug Information
 border=
Actonel
Actos
Adderal XR
Amaryl
More...

Related News Articles
 border=
Breakthroughs Offer Hope to MS Patients
Anxiety, Shyness May Be Long-Lasting Traits
Women More Likely to Have Dementia
Molecular Discovery for Metabolic Disorders
More...

THURSDAY, April 17 (HealthDay News) -- Without using an egg, researchers have been able to reprogram certain mature cells back to an embryonic-stem-cell-like state, a new report says.

A research team from Massachusetts Institute of Technology performed the feat on mature B cells, immune cells that can bind to specific antigens, such as proteins from bacteria, viruses or microorganisms. They said their finding, confirmed when they were able to develop mice from the reprogrammed cells, may help enable the creation of models that will lead to a better study and understanding of autoimmune diseases such as multiple sclerosis and type 1 diabetes.

Text Continues Below



"In principle, this will allow you to transfer a complex genetic human disease into a Petri dish, and study it. That could be the first step to analyze the disease and to define a therapy," Rudolf Jaenisch, an MIT professor of biology, said in a prepared statement.

The findings are published in the April 18 issue of Cell.

More information

The U.S. National Institutes of Health has more about stem cells.



-- Kevin McKeever

Copyright © 2008 ScoutNews, LLC. All rights reserved.
Last updated 4/17/2008

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.





New Features

New ADHD Site!

SOURCE: Massachusetts Institute of Technology, news release, April 17, 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