Kyoto University researchers claim discovery of body clocks reset button
The research team was able to see results from groups of mice – one with and the other without vasopressin receptors – through a modified environment. By suppressing vasopressin, a hormone produced in the body, the mice without vasopressin receptors were able to adjust when put back in eight hours in a day. As for the normal mice, adjustment took six days. They also got the same result using a vasopressin drug. The team’s discovery was published in Science Magazine, the academic journal of the American Association for the Advancement of Science (AAAS) on Friday.
Vasopressin is mainly responsible for water retention in the body. Turned out, based on the research team from Kyoto University, the hormone also plays a significant role in keeping the body’s circadian rhythm or body clock. “Studies have shown that chronic jet lag and rotating shift work can increase an individual’s risk of developing hypertension, obesity, and other metabolic disorders,” the researchers concluded.
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Drugs that rapidly tweak the body clock in order to avoid jet lag and the pains of shift work have moved a step closer after research in Japan. The team at Kyoto University has found the clock's 'reset button' inside the brain. Their study, published in the journal Science, showed the button could be used to switch the clock to a new time zone in...
Jet Lag Cure for Mice Illuminates Inner Workings of Circadian Clocks The hormone vasopressin could be key to unlocking the treatment of jet lag, says new study. Airplanes have opened up a world of convenience for globe-trotters. But there is a price: jet lag. Photograph by Jim Richardson, Corbis Jane J.
( via japandailypress.com )
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