TODAY'S DATE: Thursday, September 03, 2015
Physiological System of the Month: The Skeletal SystemOn the Edge of Extinction: Tiny Pupfish Go without Breathing to Survive their Harsh Environment

    How Food Snakes and Shimmies through the Digestive System

    Moving food through your digestive system is not a simple process: Food does not just drop down into your stomach when you swallow. It’s actually a controlled journey coordinated by muscle cells that line the digestive tract. These cells are organized in two directions: crosswise, circling around the tract, and lengthwise, along the length of […]

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    The hummingbird micropump

    A new study published in the Proceedings of the Royal Society B: Biological Sciences provides evidence that hummingbird tongues act like micropumps when drinking nectar. This finding is in contrast to the long-held belief that their tongues use capillary action to pull in fluids. A team of researchers from the University of Connecticut used high-speed film to…

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    CPAP Works

    Released September 1, 2015 - CPAP machines are a common treatment for obstructive sleep apnea, but some people have a hard time adjusting and do not continue the treatment or are reluctant to start. A new study shows that CPAP is an effective sleep apnea treatment, finding that it reverses health changes that result in cardiovascular disease if the disorder is left untreated. This study is highlighted as one of this month’s “best of the best” as part of the APSselect program.

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    History of the American Physiological Society

    The American Physiological Society was founded in 1887 with 28 members. Today, the Society counts some 11,000 members, most of whom hold doctoral degrees in medicine, physiology or other health professions. Our work, then, as now, was to support research, education, and circulation of information in the physiological sciences.

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From 1960-1970
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Peter Agre shares the Nobel Prize in Chemistry for his discovery of water channels, the protein mechanism in cells that facilitate water exchange. Understanding these water channels allows scientists to study many organs, such as the kidneys, which process high volumes of water every day. This discovery provided insight into diseases affecting the loss of water in the body including diabetes insipidus.

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