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Science News for October 31, 2000


Moderate vitamin E supplementation may lower diabetics' cardiovascular risk

A one-year study found that moderate vitamin E supplementation can slow the oxidation of LDL cholesterol in diabetics, reducing their risk of cardiovascular disease. The authors suggest that uninterrupted long-term supplementation may be preferable over short-term 'cures' using high-doses or intravenous administration.

SourceAmerican Journal of Clinical Nutrition·JournalAmerican Journal of Clinical Nutrition·DateOct 31, 2000

UCSF-Harvard team publishes major HIV therapy study over objections of sponsor; compound shows no effect on slowing disease progression

A large randomized trial evaluating a compound intended to boost the immune response of HIV patients showed no effect on slowing disease progression. The study, led by UCSF and Harvard researchers, defied the sponsor's attempt to block publication, affirming the University's right to publish unfavorable or neutral research findings.

Growing number of financial ties between academic researchers and private industry shows need for strict disclosure and management

A new study by University of California, San Francisco researchers highlights the need for clear guidelines to manage potential conflicts of interest in academic research. The study found that nearly eight percent of UCSF scientists reported financial ties to industry sponsors in 1999, with complex relationships being seen as problematic.

Disabled left behind by economic expansion

A Cornell University study reveals a significant decline in employment among working-age Americans with disabilities, with most experiencing a loss of economic ground despite receiving higher Social Security disability payments. The researchers argue that new national policies are needed to reintegrate young people with disabilities in...

Double headed hydra

Jan Lohmann and Thomas Bosch report a discovery of the novel peptide HEADY, which acts as a potent inducer of head formation in lower metazoans. Grafting experiments show that HEADY induces a secondary head in Hydra tissue, revealing its role as a developmental switch for axis specification.

SourceCold Spring Harbor Laboratory·JournalGenes & Development·DateOct 31, 2000