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Solving the 50-year-old puzzle of thalidomide

Research into the controversial drug thalidomide reveals that the mechanism through which the drug causes limb defects is the same process which causes it to damage internal organs and other tissues.

Tap wealth of local products emerging to fight 'neglected' diseases of poor: study

Research firms in developing countries have a medicine cabinet full of affordable and innovative drugs, diagnostics and vaccines on shelves or in development to address "neglected tropical diseases

The entwined destinies of mankind and leprosy bacteria

For thousands of years an undesirable and persistent companion has been travelling with man wherever he goes.

IUPUI chemists develop Distributed Drug Discovery: Finding drugs for neglected diseases

INDIANAPOLIS ?Researchers from Indiana University-Purdue University Indianapolis (IUPUI) have developed Distributed Drug Discovery (D3), a new low-cost strategy to accelerate the discovery of drugs to treat neglected diseases such as tuberculosis, leprosy, leshmaniasis, dengue fever, and Chagas disease.

Unexpected discovery can open a new chapter in the fight against tuberculosis

A close relative of the microorganism that causes tuberculosis in humans has been found to form spores. This is a sensational finding because researchers have long been convinced that these kinds of bacteria?the mycobacteria?were incapable of forming spores.

Leprosy medicine holds promise as therapy for autoimmune diseases

A century-old drug that failed in its original intent to treat tuberculosis but has worked well as an antileprosy medicine now holds new promise as a potential therapy for multiple sclerosis and other autoimmune diseases.

An Unexplored Genomic Terrain in a Handful of Dirt

Researchers have literally unearthed a treasure trove of genomic information from ten newly identified viruses found in the monkey pit at the Bronx Zoo and other locations. The viruses are called mycobacteriophages and they infect a range of bacteria, including those that cause tuberculosis and leprosy.

Gene that makes people vulnerable to leprosy discovered

An international research team has identified a gene on human chromosome 6 that makes people vulnerable to leprosy. The study will be published in the March 2003 issue of Nature Genetics. Leprosy, a chronic disease caused by infection with the bacteria Mycobacterium leprae, affects approximately one million people worldwide. While it is a rare disease in Canada and the United States, the World Health Organization has identified 91 countries in which leprosy infection is highly prevalent. Symptoms of leprosy include pigmented skin lesions, permanent nerve damage leading to numbness of the feet and hands and, if left untreated, the disease may result in gross disfiguration including loss of finger, toes, feet and hands.



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