Home Site Map Make Your Home Page Suggestions Enquiry Advertise With Us
Monday, October 13, 2008  
 
 
Press Releases
Features
Events
Special Articles
News Home
   
  News Updated on Monday, October 13, 2008 11:18:40 PM
Top Stories
  India
  Asia
  World
  Sports
  Business
  Sci-Tec
  Health
  Entertainment
 
 Health

New drug combo kills leukemia cells by shutting down their energy source
Washington | May 17, 2008 12:12:35 PM IST
 

Researchers at The University of Texas M. D. Anderson Cancer Center have taken a major step forward in the fight against leukaemia, by discovering a drug combination that kills leukemia cells by shutting down their energy source and hastening cell starvation.

In a preclinical study, Lauren Akers, D.O., postdoctoral fellow from the Children's Cancer Hospital at M. D. Anderson, found that combining a novel glycolysis inhibitor, 3-BrOP, with mTOR inhibitor, rapamycin, induced more than 90 percent cell death in human tissue cultures of acute lymphocytic leukemia.

"We already knew that 3-BrOP was effective in preclinical research of glioblastoma, colon cancer and lymphoma, and most recently acute leukemias" said Akers, lead investigator on the study.

"We also knew that mTOR inhibitors intensify cellular starvation. This study showed that the two together have a more powerful impact on treating acute lymphocytic leukemia, which is the most common childhood cancer," she added.

Glycolysis is a process that turns glucose into energy for cells. Unlike healthy cells that get their energy for growth from both glycolysis and respiration, cancer cells are highly dependent on glycolysis.

Using the M. D. Anderson-developed drug, 3-BrOP, researchers inhibited glycolysis, thus starving the leukemia cells from their energy source while leaving healthy cells free to get their energy from respiration.

Rapamycin is an mTOR inhibitor that keeps cancer cells from coping with stress, thus resulting in cell death. When researchers on the study combined the two drugs, they discovered a synergistic effect.

"We found that a lower dosage of 3-BrOP with rapamycin created the same results of more than 90 percent tumor cell death. Theoretically, we believe that patients will better tolerate the therapy by lowering the dosage of 3-BrOP and combining it with rapamycin," said Akers.

The team now plans to conduct additional mouse studies, which could lead to a Phase I clinical trial some time in the future. (ANI)

 More Stories

Atrocities spiralled in MP: Cong 

Prohibitory orders clamped in Rae Bareli, Sonia\'s rally put-off 

MP CM to meet PM 

Kalvi, Bhadana join congress 

9 tehsils declared drought-hit in Chhattisgarh 

Advani to address INLD sponsored NDA-rally on Nov 1 

Curfew relaxed in MP town; 50 nabbed 

Kalvi, Bhadana to join Congress 


Print this Page
Printer Friendly Version
E-Mail this page to a Friend
Send This page to A Friend

Search Archives :  



Quick Links - Webindia123.com
Services
Hobbies
 
Entertainment
Classifieds
Career / Education
UK, USA, Canada
Utilities
E-Booking
India Reference
 
 
 
 
 
 
 
 
 
IndianStates
 
 
 
 
  
 
 
 
 
Pradesh

Copyright 2000-2008 Suni Systems (P) Ltd.
All rights reserved