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Finding the variants that human history has favoured

Sequence differences in less than 0.2% of the 3-billion-base human genome play a vital role in a bewildering variety of human disease. Today, researchers from the Wellcome Trust Sanger Institute and the Cambridge University’s Cambridge Institute for Medical Research, together with international colleagues report in PLoS Genetics their detailed maps of differences implicated in disease as well as genes that are unchanged in r

Distant Planet Brings Astronomers Closer To Home

Using a network of telescopes scattered across the globe, including the Danish 1.54m telescope at ESO La Silla (Chile), astronomers [1] discovered a new extrasolar planet significantly more Earth-like than any other planet found so far. The planet, which is only about 5 times as massive as the Earth, circles its parent star in about 10 years. It is the least massive exoplanet around an ordinary star detected so far and also the

Identity Swap: Finding the variants that human history has favoured

Sequence differences in less than 0.2% of the 3-billion-base human genome play a vital role in a bewildering variety of human disease. Today, researchers from the Wellcome Trust Sanger Institute and the Cambridge University’s Cambridge Institute for Medical Research, together with international colleagues report in PLoS Genetics their detailed maps of differences implicated in disease as well as genes that are u

Results from a new study indicate that hybrid laboratory antibodies derived from chimpanzees and humans may provide a potentially safe and effective way to treat the serious complications that can occur following smallpox vaccination–and possibly may even protect against the deadly disease itself. The study, led by researchers with the National Institute of Allergy and Infectious Diseases (NIAID), part of the National Institutes of Health (NIH), appears online this week in the Proceedings of th

In a discovery that could greatly accelerate the search for genetic causes of heart disease, a multi-disciplinary Duke University research team has found that the common fruit fly can serve as a powerful new model for testing human genes implicated in heart disease.

The finding is important, the Duke team said, because the entire genome of the fruit fly is well understood and catalogued, enabling researchers to systemically screen genes to identify potential gene mutations or vari

New method may speed quest for medically useful compounds in fungi

Ever since penicillin, a byproduct of a fungal mold, was discovered in 1929, scientists have scrutinized fungi for other breakthrough drugs. As reported Jan. 20 in the Journal of Chemistry and Biology, a team led by a University of Wisconsin-Madison researcher has developed a new method that may speed the ongoing quest for medically useful compounds in fungi.

By manipulating a single fungal protein, the