Johns Hopkins Researchers Have Identified a Potential New Treatment Target for Sleep Apnea

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Johns Hopkins Researchers Have Identified a Potential New Treatment Target for Sleep Apnea
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According to a recent mouse study, the target is an ion channel that has been already shown to impact blood pressure in obese mice. According to Johns Hopkins Medicine scientists, a recent study with obese mice adds to evidence that specialized channel proteins are potential therapeutic targets for

Sleep apnea is a potentially dangerous sleep disorder in which breathing stops and restarts many times while you sleep.

The protein, a cation channel known as TRPM7, is located in carotid bodies, minute sensory organs in the neck that sense changes in oxygen and carbon dioxide levels, as well as certain hormones such as leptin, in the bloodstream. TRPM7 proteins aid in the transport and regulation of positively charged molecules into and out of the cells of the carotid bodies.

“CPAP actually works for most patients, the fact is that most patients are not adherent to this treatment,” says Kim. “So knowing that TRPM7 contributed to high blood pressure and sleep-disordered breathing, we wondered if blocking or eliminating that channel could offer a new treatment target.”, the researchers knocked out the gene responsible for the production of the TRPM7 channel protein, reducing the number of TRPM7 channels in the carotid bodies of obese mice.

“This suggests that treatments designed to reduce or erase TRPM7 in carotid bodies would not be workable for people living in low-oxygen environments, such as those in very high altitudes, or for those with conditions that already limit blood oxygen saturation, such as lung disease,” says Kim.

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