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New Anti-Shingles Agent Developed

by Thilaka Ravi on  April 22, 2011 at 7:35 PM Research News   - G J E 4
A new compound has been developed to treat shingles, a condition that affects mostly elderly and for which no specific treatment exists.
 New Anti-Shingles Agent Developed
New Anti-Shingles Agent Developed
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Researchers at the University of Georgia and Yale University have discovered an effective compound that offers new hope for treatment of painful adult shingles.

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Most adults remember the fever, itchy blisters and possibly tiny scars they experienced as children when they had chickenpox, which is caused by the varicella-zoster virus, or VZV. Unfortunately, that memory can come back-with a vengeance-when they are older.

The VZV virus from childhood chickenpox hides in the nerves, emerging most frequently in adults over the age of 60 as a blistering rash on one side of the body. The rate of complications, including nerve pain that can persist for months or years after the shingles attack is gone, also increases with age.

The novel and effective anti-shingles agent called L-BHDA may change that.

"We need new options for medications with increased potency and specificity that can treat VZV, including strains that may be resistant to existing drugs," said medicinal chemist Chung (David) Chu, distinguished research professor of Pharmaceutical and Biomedical Sciences at UGA, one of the inventors of L-BHDA.

A collaboration between Chu and co-inventor Yung-Chi (Tommy) Cheng, the Henry Bronson Professor of Pharmacology at Yale, has resulted in an extensive portfolio of antiviral compounds that target such diseases as HIV, shingles, hepatitis and cancers.

Chu said that although there are generic antiviral drugs to reduce the duration and pain of shingles, and a variety of pain medications and topical creams to relieve long-term pain, 'they are only moderately effective'.

"We need more effective anti-VZV agents. L-BHDA has the potential to be more effective than existing agents," he said.

He noted that the new compound has been tested in the laboratory and demonstrated in mice models by a group of researchers headed by Jennifer Moffat, associate professor of microbiology and immunology, State University of New York Upstate Medical University.

Source: ANI
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