Studies of the inner mitochondrial membrane reveal its composition to be approximately 20% lipid bilayer and 80% protein. Which statement below accurately describes these inner mitochondrial membrane proteins? The proteins form highly folded cristae structures that increase the surface area of the mitochondrial matrix. Abundant collagen proteins form connective tissues to strengthen the membrane against the pH gradient. High levels of proteins are required to metabolize glucose in the glycolysis pathway for rapid energy production. The proteins are largely electron transport complexes and ATP synthase enzymes.

Biochemistry
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ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
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Chapter1: Biochemistry: An Evolving Science
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Studies of the inner mitochondrial membrane reveal its composition to be
approximately 20% lipid bilayer and 80% protein. Which statement below
accurately describes these inner mitochondrial membrane proteins?
The proteins form highly folded cristae structures that increase the
surface area of the mitochondrial matrix.
Abundant collagen proteins form connective tissues to strengthen the
membrane against the pH gradient.
High levels of proteins are required to metabolize glucose in the
glycolysis pathway for rapid energy production.
The proteins are largely electron transport complexes and ATP synthase
enzymes.
Transcribed Image Text:Studies of the inner mitochondrial membrane reveal its composition to be approximately 20% lipid bilayer and 80% protein. Which statement below accurately describes these inner mitochondrial membrane proteins? The proteins form highly folded cristae structures that increase the surface area of the mitochondrial matrix. Abundant collagen proteins form connective tissues to strengthen the membrane against the pH gradient. High levels of proteins are required to metabolize glucose in the glycolysis pathway for rapid energy production. The proteins are largely electron transport complexes and ATP synthase enzymes.
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