A bodybuilder's upper body would contain extremely well-trained fibers. A fast-glycolytic B fast-oxidative C slow-glycolytic D slow-oxidative

Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
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A bodybuilder's upper body would contain
extremely well-trained
fibers.
А
fast-glycolytic
В
fast-oxidative
C slow-glycolytic
D
slow-oxidative
Transcribed Image Text:A bodybuilder's upper body would contain extremely well-trained fibers. А fast-glycolytic В fast-oxidative C slow-glycolytic D slow-oxidative
The physiological significance of reactive
hyperemia include which of the
following? (Mark all that apply.)
O The decrease in blood flow to a tissue
leads to the accumulation of metabolic
products and vasodilators in
ECF/extracellular fluid.
Removal of occlusion leads to a increase in
resistance and a decrease in blood flow,
due to vasodilators.
O Dilatation of arterioles occur, but the
occlusion prevents blood flow.
Removal of occlusion leads to a decrease
in resistance and an increase in blood flow,
due to vasodilators.
As vasodilators are removed, arterioles
constrict and blood flow returns to
normal.
As vasodilators are removed, arterioles
expand and blood flow increase above
normal..
Dilatation of arterioles occur and
occlusion allows blood to flow as normal.
Transcribed Image Text:The physiological significance of reactive hyperemia include which of the following? (Mark all that apply.) O The decrease in blood flow to a tissue leads to the accumulation of metabolic products and vasodilators in ECF/extracellular fluid. Removal of occlusion leads to a increase in resistance and a decrease in blood flow, due to vasodilators. O Dilatation of arterioles occur, but the occlusion prevents blood flow. Removal of occlusion leads to a decrease in resistance and an increase in blood flow, due to vasodilators. As vasodilators are removed, arterioles constrict and blood flow returns to normal. As vasodilators are removed, arterioles expand and blood flow increase above normal.. Dilatation of arterioles occur and occlusion allows blood to flow as normal.
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