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Science News for September 24, 2003


Sex selection for social reasons unlikely to skew gender balance in Germany and UK

A survey of over 1,000 men and women in Germany and the UK found that there is little support for sex selection for non-medical reasons. In Germany, only 6% would take advantage of preconception sex selection, while in the UK, it was even lower at 21%. The researchers conclude that any potential gender imbalances due to sex selection a...

UCAR wins funding for new weather forecasting tools to aid scientists and the public

The National Center for Atmospheric Research/University Corporation for Atmospheric Research has been awarded $11.25 million to develop new weather forecasting tools, including the LEAD project. The tool will enable researchers to access state-of-the-art weather prediction models on demand and collaborate with colleagues in real-time.

Sex selection for social reasons: religious and moral perspectives

According to a survey, allowing sex selection in Germany and the UK would be unlikely to skew biological sex balance. However, experts argue that selecting the sex of offspring raises ethical concerns about parental desires vs. unconditional acceptance of children. Most respondents have no intention of using sex selection techniques, r...

SourceScience and Religion Information Service·JournalHuman Reproduction·DateSep 24, 2003

Could diabetes treatments fight cancer?

Researchers identified a link between LKB1, an enzyme that reduces blood glucose levels, and AMPK, which inhibits cell growth. This connection could lead to more effective anti-diabetes drugs, such as metformin, also being used to treat cancer. The study found that LKB1 plays a crucial role in preventing tumor growth by activating AMPK.

SourceBMC (BioMed Central)·JournalJournal of Biology·DateSep 24, 2003

Resistance exercise resets the body clock

Researchers found that resistance exercise can alter the expression of clock genes in human skeletal muscle, causing a phase shift similar to winding on (resetting) the muscle clock. This suggests that peripheral clocks can regulate themselves independently of the central clock.

SourceBMC (BioMed Central)·JournalGenome Biology·DateSep 24, 2003