It’s official: Men and women show different metabolic response to stress | health and fitness | Hindustan Times
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It’s official: Men and women show different metabolic response to stress

health and fitness Updated: May 29, 2016 16:37 IST
Highlight Story

Stress makes you more susceptible to Alzheimer's risk. (Shutterstock)

Researchers have identified a receptor in the brain that shows male and female bodies differ greatly in responses to stress. The findings showed that when we’re stressed, the cells in our hypothalamus -- the brain region -- steps up the production of a receptor called CRFR, known to quickly help activate the stress-response nervous system.

For instance, CRFR can cause the heart to beat faster, preparing the mouse or man to fight or flee. Hypothalamus helps the body adjust to stressful situations, controlling hunger and satiety as well as regulates blood glucose and energy production. The CRFR receptor was found in about half the cells involved in arousing appetite and suppressing energy consumption.

Mobile phone signals, Wi-Fi hotspots, Wi-Fi enabled devices like tabs, cellphones, laptops and a plethora of other gadgets emit electromagnetic radiation (EMR), causing headache and fatigue. (Shutterstock)

The researchers led by Yael Kuperman from Weizmann Institute of Science in Israel then removed the CRFR receptor from the cells that arouse appetite in the hypothalamus. The results, published in the journal Cell Metabolism, revealed that when exposed to stressful conditions like cold or hunger, only females mice showed the effect. When the CRFR receptor was removed in cold situations, the body temperature of female mice dropped dramatically.

Similarly, hungry female mice, in which the CRFR receptor was suppressed, also showed a reduction in liver glucose. No effect was seen in male mice. The fact that the receptor suppresses hunger in stressed females, but not males, may help explain why women are statistically much more prone to eating disorders than men.

The study could aid in the development of treatments for regulating hunger or stress responses, including anxiety and depression, the researchers concluded.