Insulin promotes glycolysis and inhibits gluconeogensis. Type wice your eporse here diabetes is the loss of insulin synthesis that results in the slowing or loss of Writt your esponse her In the absence of insulin, Writeyourtesoorsehere is activated and the production of glucose results in lowering of OAA (oxaloacetic acid) in the mitochondria and thus a decrease in activity of the Wite your reso here. cycle. The body compensates by releasing Wrbeyour response heru. from adipocytes that is converted to Witiseyourhespanse he in the liver. This product is not used to produce energy (ATP) so it is converted to Wte your esione here bodies that lower the blood pH leading to (Wite your esponse here

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Insulin promotes glycolysis and inhibits gluconeogensis. Type Wite your esporse here.
diabetes is the lass
of insulin synthesis that results in the slowing or loss of
Write your esponte here
In the absence of insulin,
Wite yourtesporsehere
is activated and the production of glucose results in lowering of OAA (oxaloacetic
acid) in the mitochondria and thus a decrease in activity of the
Wite your resons here
cycle. The body
compensates by releasing
Wre your response heru.
from adipocytes that is converted to
in the liver. This product is not used to produce energy (ATP) so it is converted to
bodies that lower the blood pH leading to
Wite your response here
MbeyourtesCIonsehere
Transcribed Image Text:Insulin promotes glycolysis and inhibits gluconeogensis. Type Wite your esporse here. diabetes is the lass of insulin synthesis that results in the slowing or loss of Write your esponte here In the absence of insulin, Wite yourtesporsehere is activated and the production of glucose results in lowering of OAA (oxaloacetic acid) in the mitochondria and thus a decrease in activity of the Wite your resons here cycle. The body compensates by releasing Wre your response heru. from adipocytes that is converted to in the liver. This product is not used to produce energy (ATP) so it is converted to bodies that lower the blood pH leading to Wite your response here MbeyourtesCIonsehere
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