A bodybuilder's upper body would containextremely well-trainedfibers.Аfast-glycolyticВfast-oxidativeC slow-glycolyticDslow-oxidative The physiological significance of reactivehyperemia include which of thefollowing? (Mark all that apply.)O The decrease in blood flow to a tissueleads to the accumulation of metabolicproducts and vasodilators inECF/extracellular fluid.Removal of occlusion leads to a increase inresistance and a decrease in blood flow,due to vasodilators.O Dilatation of arterioles occur, but theocclusion prevents blood flow.Removal of occlusion leads to a decreasein resistance and an increase in blood flow,due to vasodilators.As vasodilators are removed, arteriolesconstrict and blood flow returns tonormal.As vasodilators are removed, arteriolesexpand and blood flow increase abovenormal..Dilatation of arterioles occur andocclusion allows blood to flow as normal.

Any exercise that causes the muscles to contract against an outside force that withstands dynamic…

Answered: A bodybuilder's upper body would…

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

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter20: Iv Medication And Titration Calculations

Section: Chapter Questions

Problem 6SST

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Concept explainers

Nutrition and Digestion

The process of consuming nutrients to utilize them for various biological purposes is known as nutrition. The substances absorbed from food are known as nutrients. They serve different important functions in the body, such as repairing wounds and damages, generating energy for metabolism, and regulating biochemical reactions.

Question

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.

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