Which of the following statements about the binding of oxygen to deoxyhemoglobin is correct? Multiple Choice Oxygen does not bind to decxyhemoglobin. The binding of oxygen to Fo2* in the first heme puls the ron ion into the porphyrin ing, increesing the affinity for the second oxygen. The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, decreasing the affinity for the second oxygen. The binding of oxygen to Fe2* n the first heme puls the rn ion into the porphyrin ring, decreosing the offinty for the second oxygen. The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, increasing the affinity for the second oxygen.

Introduction to General, Organic and Biochemistry
11th Edition
ISBN:9781285869759
Author:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Publisher:Frederick A. Bettelheim, William H. Brown, Mary K. Campbell, Shawn O. Farrell, Omar Torres
Chapter22: Proteins
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Problem 22.65P: 22-65 (a) What is the difference in the quaternary structure between fetal hemoglobin and adult...
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Which of the following statements about the binding of oxygen to deoxyhemoglobin is correct?
Multiple Choice
Oxygen does not bind to decxyhemoglobin.
The binding of oxygen to Fo2* in the first heme puls the ron ion into the porphyrin ing, increesing the affinity for the second oxygen.
The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, decreasing the affinity for the second oxygen.
The binding of oxygen to Fe2* n the first heme puls the rn ion into the porphyrin ring, decreosing the offinty for the second oxygen.
The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, increasing the affinity for the second oxygen.
Transcribed Image Text:Which of the following statements about the binding of oxygen to deoxyhemoglobin is correct? Multiple Choice Oxygen does not bind to decxyhemoglobin. The binding of oxygen to Fo2* in the first heme puls the ron ion into the porphyrin ing, increesing the affinity for the second oxygen. The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, decreasing the affinity for the second oxygen. The binding of oxygen to Fe2* n the first heme puls the rn ion into the porphyrin ring, decreosing the offinty for the second oxygen. The binding of oxygen to Fe" in the first heme pushes the iron ion out of the porphyrin ring, increasing the affinity for the second oxygen.
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