7. An experimental animal was tested for fatty acids concentration difference on Ist and 30th minute of the workout: in the inflow blood, feeding the actively working muscle, versus the outflow blood, coming from this muscle. In what case difference will be more prominent? To answer: a) draw the reactions of the metabolic pathway, responsible for the difference in the fatty acid concentrations in these conditions; 7.7. Synthesis and Oxidation of Ketone Bodies. Ketonemia, Ketoacidosis 353 b) what are the mechanisms of this pathway up- and down-regulation? c) how and why tissue hypoxia would change that mctabolic pathway rate?
7. An experimental animal was tested for fatty acids concentration difference on Ist and 30th minute of the workout: in the inflow blood, feeding the actively working muscle, versus the outflow blood, coming from this muscle. In what case difference will be more prominent? To answer: a) draw the reactions of the metabolic pathway, responsible for the difference in the fatty acid concentrations in these conditions; 7.7. Synthesis and Oxidation of Ketone Bodies. Ketonemia, Ketoacidosis 353 b) what are the mechanisms of this pathway up- and down-regulation? c) how and why tissue hypoxia would change that mctabolic pathway rate?
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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Transcribed Image Text:7. An experimental animal was tested for fatty acids concentration difference on
Ist and 30th minute of the workout: in the inflow blood, feeding the actively
working muscle, versus the outflow blood, coming from this muscle. In what
case difference will be more prominent? To answer.
a) draw the reactions of the metabolic pathway, responsible for the difference in
the fatty acid concentrations in these conditions;
7.7. Synthesis and Oxidation of Ketone Bodies. Ketonemia, Ketoacidosis
353
b) what are the mechanisms of this pathway up- and down-regulation?
c) how and why tissue hypoxia would change that metabolic pathway rate?
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