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Science News Archive October 2014 - Page 24


Page 24 of 35

CNIO researchers associate 2 oncogenes with the aggressiveness and incidence of leukemia in mice

CNIO researchers found that the simultaneous inhibition of Cdk4 and Cdk6 is more effective than individual inhibition in reducing tumour growth and promoting aggressive tumours in mice. The study also revealed that the combined activation of both oncogenes leads to uncontrolled cell division and an increased risk of developing leukemia.

Professor examines terrorist propaganda

A new study analyzing terrorist propaganda has revealed increasing language intensity in jihadist magazines, suggesting a shift in strategy. The research also found that Inspire, an online magazine published by al-Qaida, is experimenting with gamification strategies to increase motivation for lone-wolf attacks.

SourceQueen's University·JournalSecurity Informatics·DateOct 10, 2014

Using a novel biological aging clock, UCLA researchers find obesity accelerates aging of the liver

Researchers used an epigenetic clock to measure the biological age of liver tissues in obese subjects, finding a significant acceleration of liver aging. The study suggests that obesity may contribute to the premature development of age-related diseases such as liver cancer and insulin resistance.

SourceUniversity of California - Los Angeles Health Sciences·JournalProceedings of the National Academy of Sciences·DateOct 10, 2014

NAMS to launch free menopause mobile app

The North American Menopause Society (NAMS) has launched a free menopause mobile app, MenoPro, that uses an algorithm to help clinicians and patients make personalized treatment decisions. The app offers two modes, including one for healthcare providers and one for patients, and provides access to NAMS resources and a cardiovascular di...

SourceThe Menopause Society·JournalMenopause·DateOct 10, 2014

Getting sharp images from dull detectors

Scientists at the Joint Quantum Institute use thermal light and cheap detectors to achieve sub-wavelength imaging, overcoming classical optical limitations. They observe an interference pattern with fringes as narrow as 30 nm, pushing the boundaries of extreme quantum coherence.

SourceJoint Quantum Institute·JournalApplied Physics Letters·DateOct 10, 2014