Mitochondria are separated into two compartments, the matrix and the intermembrane space, by their inner and outer membranes. How does the presence of two compartments contribute to the function of mitochondria? a) The double-membrane feature of mitochondria is what enables them to glycosylate proteins. O b) It enables mitochondrial DNA and ribosomes to remain separated from the functional compartment of the mitochondria. Oc) The two compartments permit different but complementary functions to be accomplished in the organelle.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
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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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Mitochondria are separated into two compartments, the matrix and the
intermembrane space, by their inner and outer membranes. How does the presence
of two compartments contribute to the function of mitochondria?
a) The double-membrane feature of mitochondria is what enables them to
glycosylate proteins.
b) It enables mitochondrial DNA and ribosomes to remain separated from the
functional compartment of the mitochondria.
c) The two compartments permit different but complementary functions to be
accomplished in the organelle.
Transcribed Image Text:Mitochondria are separated into two compartments, the matrix and the intermembrane space, by their inner and outer membranes. How does the presence of two compartments contribute to the function of mitochondria? a) The double-membrane feature of mitochondria is what enables them to glycosylate proteins. b) It enables mitochondrial DNA and ribosomes to remain separated from the functional compartment of the mitochondria. c) The two compartments permit different but complementary functions to be accomplished in the organelle.
3. An enzyme has a total of four active sites. When you denature the molecule
and study its composition, you find that each active site occurs on a different
polypeptide. Which of the following hypotheses does this observation
support?
a) The enzyme requires a co-factor to function normally.
b) The protein has quaternary structure.
c) The enzyme is subject to allosteric regulation.
d) The protein's structure is affected by temperature and pH.
Transcribed Image Text:3. An enzyme has a total of four active sites. When you denature the molecule and study its composition, you find that each active site occurs on a different polypeptide. Which of the following hypotheses does this observation support? a) The enzyme requires a co-factor to function normally. b) The protein has quaternary structure. c) The enzyme is subject to allosteric regulation. d) The protein's structure is affected by temperature and pH.
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