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Featuring: Ohio Physiological Society, Part 2

Here are some additional highlights from the 35th annual Ohio Physiological Society conference… Elizabeth Evans (Graduate Student, University of Dayton), Dr. David Goldstein (Wright State University), and Dr. Carissa Krane (University of Dayton) presented research examining the effects of multiple freeze-thaw cycles on Cope’s Gray treefrogs (Dryophytes chrysoscelis). Yes, that’s right, I said freeze-thaw cycles. These freeze tolerant animals build up glycerol in their bodies to help survive seasonal conditions […]

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Physiology in Arizona – Part 1

This past weekend the Arizona Physiological Society held their 11th annual conference on the Tempe campus of Arizona State University. There were so many oral and poster presentations on comparative physiology that I will spend this entry focusing on the oral sessions. The Keynote address was given by Dr. Michael Joyner (Mayo Clinic, Rochester) who spoke about the importance of not just focusing research efforts on reductionist approaches, including many […]

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Ohio is talking about fixing broken hearts, the physiology of freezing, combating opioid addiction and more

The Ohio Physiological Society held their 33rd Annual Meeting at the University of Cincinnati this weekend. The keynote address was given by Dr. Mark Sussman from San Diego State University. He spoke about current research strategies that aim to improve the ability for the heart to repair itself after heart failure. Dr. Perwez Alam (University of Cincinnati) also spoke about using siRNA to try to repair heart tissue after heart attacks and […]

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Experimental Biology – Day 2

Yesterday was a great day for comparative physiology! Highlights from the seminars on comparative physiology: Melissa Reiterer, graduate student from Florida Atlantic University, presented her research on how freshwater turtles (Trachemys scripta) survive for long periods of time without oxygen and do not develop oxidative stress after oxygen is restored. The turtles are able to do this by creating their own antioxidants as well as eliminating oxidative stress. In contrast, mammals including humans, develop […]

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