In the figure below, an integral membrane protein is shown. These proteins sit inside of cell membranes. Some integral proteins are membrane channels or transporters, while others serve as enzymes, receptors, or anchors. Describe the differences you would expect to see in the amino acid side chains on the outer surface of an integral cell membrane protein, as compared to a water-soluble globular protein. Be sure to discuss the chemical nature of the cell membrane in your answer.
In the figure below, an integral membrane protein is shown. These proteins sit inside of cell membranes. Some integral proteins are membrane channels or transporters, while others serve as enzymes, receptors, or anchors. Describe the differences you would expect to see in the amino acid side chains on the outer surface of an integral cell membrane protein, as compared to a water-soluble globular protein. Be sure to discuss the chemical nature of the cell membrane in your answer.
Chapter3: Cells
Section: Chapter Questions
Problem 3CAC
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In the figure below, an integral membrane protein is shown. These proteins sit inside of cell membranes. Some integral proteins are membrane channels or transporters, while others serve as enzymes, receptors, or anchors. Describe the differences you would expect to see in the amino acid side chains on the outer surface of an integral cell membrane protein, as compared to a water-soluble globular protein. Be sure to discuss the chemical nature of the cell membrane in your answer.
Transcribed Image Text:Integral Membrane
Protein
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