• How Walking Benefits the Brain:  Researchers at New Mexico Highlands University (NMHU) found that the foot’s impact during walking sends pressure waves through the arteries that significantly modify and can increase the supply of blood to the brain. The research is presented at the APS annual meeting at Experimental Biology 2017 in Chicago.
  • Altered Immune Cells May Both Contribute to Preeclampsia and Offer New Hope for Treatment:  In a new study presented at the APS annual meeting at Experimental Biology 2017, researchers have found that the immune system’s natural killer (NK) cells activate and change in response to placental ischemia. Disrupting these altered cells seems to blunt some of the dangerous complications of the condition, including high blood pressure (hypertension) and inflammation in the mother and growth restriction in the fetus.
  • APS 2017 Distinguished Lectureship Award Winners to Present Talks at Experimental Biology:  APS is pleased to recognize our outstanding Distinguished Lecturer honorees—including Michael J. Welsh, MD; Brant Isakson, PhD; and Kurt Albertine, PhD—who will present their talks at the APS annual meeting at Experimental Biology 2017.
  • APS Celebrates 50 Years of Diversity in Physiology during Porter Fellowship Anniversary:  Since 1967, the American Physiological Society’s (APS’s) Porter Physiology Development Fellowship has supported 140 minority doctoral and postdoctoral researchers in the study of the physiological sciences and related careers. In honor of the program’s 50th anniversary, APS shares the stories of 24 past Fellows in a commemorative book and will celebrate current and past Porter Fellows and the legacy of the Fellowship at Experimental Biology in Chicago and throughout 2017.
  • Intense Training without Proper Recovery Raise Stress Fracture, Bone Loss Probability in Elite Rowers:  Bone mineral density, an indicator of bone strength, typically increases with regular exercise acting as a protective mechanism against bone fractures and osteoporosis. But a new study suggests that the extended, high-intensity training sessions of elite athletes could reverse beneficial bone changes. Researchers from Brock University in Canada will present their findings today at the Experimental Biology 2017 meeting in Chicago.
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