Search Results - "Oliver, Scott Ryan"

Skeletal muscle non‐shivering thermogenesis in hibernating Arctic Ground Squirrels by Oliver, Scott Ryan, Krishnan, Jishnu, Rogers, Jace, Hunstiger, Moriah

“…All mammals depend on heat producing mechanisms to maintain homeostasis. Skeletal muscle shivering and brown adipose tissue (BAT) uncoupling through the…”
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Effects of Hypothermia on Skeletal Muscle Contractile Function: Comparison between Hibernators and Non‐hibernators by Krishnan, Jishnu K S, Hunstiger, Moriah, Rogers, Jace, Oliver, Scott Ryan

“…The primary function of skeletal muscle (SKM) is to implement locomotion, but muscles also serve other important functions such as generating heat through…”
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Turning Down the Heat: Role of Sarcolpin in Thermoregulation of Hibernating Arctic Ground Squirrels by Oliver, Scott Ryan, Hunstiger, Moriah M, Anderson, Kyle J, Boswell, Benjamin, Krishnan, Jishnu K.S., Rogers, Jace D, Andrews, Matthew T

“…Hibernation in mammals is a whole‐body phenotype that involves profound reductions in metabolism and core body temperature resulting in a state of torpor. Some…”
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Intestinal permeability during hyperthermia in the mouse: no protection of superoxide scavenging by Oliver, Scott Ryan, Clanton, Thomas L

“…Abstract only…”
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Loss of contractile function in hyperthermia: roles of oxidant production and arachidonic acid metabolism by Oliver, Scott Ryan, Wright, Valerie P, Parinandi, Narasimham, Clanton, Thomas L

“…Abstract only The mechanisms for the loss of muscle contractile function in hyperthermia are poorly understood. Previously we demonstrated that oxidant…”
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Thermal tolerance of skeletal muscle and small intestine: Role of eicosanoid metabolism and oxidative stress by Oliver, Scott Ryan

“…This research investigated the thermal tolerance (i.e. the highest temperature which does not cause dysfunction) of skeletal muscle and the small intestine and…”
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Thermal tolerance of skeletal muscle and small intestine: Role of eicosanoid metabolism and oxidative stress by Oliver, Scott Ryan

“…This research investigated the thermal tolerance (i.e. the highest temperature which does not cause dysfunction) of skeletal muscle and the small intestine and…”
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