The molecular mechanisms enabling plants to quickly adapt their rate of flower production in response to changing nutrient levels in soil have been revealed by researchers at the Sainsbury Laboratory.
John Perry and Ken Ong (MRC Epidemiology Unit) discuss how sexual milestones are influenced by our genes and how this can impact on broader health risks.
An international study of almost 120,000 women has newly identified five genetic variants affecting risk of breast cancer, all of which are believed to influence how breast cells respond to the female sex hormone oestrogen.
Leptin, a hormone that regulates the amount of fat stored in the body, also drives the increase in blood pressure that occurs with weight gain, according to researchers from Monash University and the University of Cambridge.
Children who later develop autism are exposed to elevated levels of steroid hormones (for example testosterone, progesterone and cortisol) in the womb, according to scientists from the University of Cambridge and the Statens Serum Institute in Copenhagen, Denmark. The finding may help explain why autism is more common in males than females. However, the researchers caution it should not be used to screen for the condition.
Teenage boys with symptoms of depression and raised levels of the stress hormone cortisol are up to 14 times more likely to develop major depression than those without these traits, Cambridge researchers have found.
Researchers believe the gene could be a useful therapeutic target for treating obesity and type 2 diabetes
A new study from Utrecht and Cambridge Universities has for the first time found that an administration of testosterone under the tongue in volunteers negatively affects a person’s ability to ‘mind read’, an indication of empathy. The findings are published this week in the journal Proceeding of the National Academy of Sciences.
Financial traders' success may depend more on their biological traits than on their ability to make rational choices, researchers at the University of Cambridge have discovered.
Research at Cambridge University's Autism Research Centre (ARC) has found that exposure to high levels of testosterone in the womb is related to the development of autistic traits.