Safe Surf Rated Back To Home Page Family Friendly Site
About
Bradford
  HIV/AIDS
Articles
  Alternative
Therapies
  HIV/AIDS
Videos
  HIV/AIDS
Links
  HIV/AIDS
News

Introduction:
Positively Positive
- Living with HIV
  Out
About
HIV
  Resume/
Curriculum Vitae:
HIV / AIDS Involvements
  Biography   HIV/AIDS
News Archive
HIV and AIDS News Bradford McIntyre
   



Researchers identify novel pathway responsible for infection of a common STD pathogen

27-Feb-2012 - Boston - Researchers from Boston University School of Medicine (BUSM) have for the first time identified a novel pathway that is necessary for infection to occur with the pathogen Neisseria gonorrhoeae, which is responsible for the second most common infectious disease worldwide, gonorrhea. The study, which was recently published online in the Journal of Bacteriology, may lead to new treatment methods for this sexually transmitted disease.

N. gonorrhoeae is a pathogenic bacterium that readily develops resistance to antibiotics such as sulfanilamides, penicillins, tetracyclines and fluoroquinolones. It has recently been reported that N. gonorrhoeae is becoming resistant to cephalosporins, which are the only treatment option recommended by the Centers for Disease Control and Prevention (CDC). Today, new therapeutic methods other than antibiotics are in great need to treat these infections.

According to the BUSM researchers, understanding the process of how N. gonorrhoeae causes disease in both men and women is essential for the design of new targets to block the infection. "The first step in the disease gonorrhea is the colonization of bacteria on human mucosal surfaces, such as the vaginal and penile mucosa," explained senior author Caroline Genco, PhD, professor of medicine and microbiology and director of research in infectious diseases at BUSM.

In this study, Genco and her colleagues identified a novel pathway that is critical for colonization of this bacterium on host mucosal surface. The key of this pathway is a single protein, designated as Fur, the ferric uptake regulatory protein, which controls the expression of hundreds of N. gonorrhoeae genes by either increasing or decreasing the expression of these genes.

The study found that genes whose expression is increased by Fur may play a critical role in the prevention of disease development by triggering the host immune system to recognize and clear the bacterium.

"These pivotal studies provide new candidates that can be targeted for therapeutic intervention in this common sexually transmitted disease," she added.

###

Source: Eurekalert!

Contact: Gina DiGravio
gina.digravio@bmc.org
617-638-8480
Boston University Medical Center


...positive attitudes are not simply 'moods'

Site Map

Contact Bradford McIntyre.

Web Design by Trevor Uksik

Copyright © 2003-2017 Bradford McIntyre. All rights reserved.

DESIGNED TO CREATE HIV & AIDS AWARENESS