Scientists begin to unravel rowers’ secret of pulling together successfully

Researchers have recently gained funding for the UK’s first rowing research programme, which aims to reveal the secrets of the best and safest rowing technique. Thanks to funding from the Henley Stewards Charitable Trust and assistance from the British International Rowing Office (through UK Sport) they are contributing to improving top rowers’ performance with the development of a biofeedback system that gives instant visual feedback on their rowing technique. This helps to harmonise their movements with fellow rowers, while at the same time avoiding the causes of lower back pain.

Study shows how key hormone hitches a lift round body

Structural analysis has revealed for the first time how a key messenger in the body’s chemical communication system hooks up with one of the proteins that delivers it to sites of action in the body. Using X-ray crystallography, scientists from Imperial College London and the University of Hawaii have identified the location of four binding sites on human serum albumin (HSA), the principal protein in blood plasma, to which the chemical messenger thyroxine attaches.

Estimated fatality rate for Hong Kong SARS higher than previously thought

An international team of researchers has estimated that the fatality rate for SARS is considerably higher than some early estimates. According to a paper published online today in The Lancet, which examines data from the first nine weeks of Hong Kong’s epidemic, the case fatality rate, among those admitted to hospital, in patients 60 years of age and older is estimated to be far higher (43.3%, 95% confidence interval 35.2 to 52.4%) than those below 60 (13.2%, 95% confidence interval 9.8 to 16.8%).

Xenon Shows Promise in Protecting Brain During Bypass Surgery

In studies using rats, researchers from Duke University Medical Center and the Imperial College, London, have found evidence that the chemically inert gas xenon can protect the brain from the neurological damage often associated with the use of the heart-lung machine during coronary artery bypass surgery. The researchers say that xenon appears to block receptors on nerve cells in the brain that can be “overstimulated” in response to the surgery. This overstimulation can lead to nerve cell damage or death.