Question

2,3 Bisphosphoglycerate: a) binds to the central cavity of the fully deoxygenated hemoglobin protein in order to stabilize the deoxygenated form of the protein in respiring tissues. b) binds to the central cavity of the fully oxygenated hemoglobin protein in order to stabilize the oxygenated form of the protein in the lungs. c) competes with O2 for heme binding and as a result shifts the oxygen saturation curve towards the deoxygenated form. d) binds to each hemoglobin subunit and as a result shifts the oxygen saturation curve towards the deoxygenated form. This phenomenon is known as the Bohr Effect.

          2,3 Bisphosphoglycerate:
  
a) binds to the central cavity of the fully deoxygenated hemoglobin protein in order to stabilize the deoxygenated form of the protein in respiring tissues.      
   
b) binds to the central cavity of the fully oxygenated hemoglobin protein in order to stabilize the oxygenated form of the protein in the lungs.      
   
c)  competes with O2 for heme binding and as a result shifts the oxygen saturation curve towards the deoxygenated form.
   
d) binds to each hemoglobin subunit and as a result shifts the oxygen saturation curve towards the deoxygenated form. This phenomenon is known as the Bohr Effect.
        
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Added by Danielle H.

Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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2,3 Bisphosphoglycerate: a) binds to the central cavity of the fully deoxygenated hemoglobin protein in order to stabilize the deoxygenated form of the protein in respiring tissues. b) binds to the central cavity of the fully oxygenated hemoglobin protein in order to stabilize the oxygenated form of the protein in the lungs. c) competes with O2 for heme binding and as a result shifts the oxygen saturation curve towards the deoxygenated form. d) binds to each hemoglobin subunit and as a result shifts the oxygen saturation curve towards the deoxygenated form. This phenomenon is known as the Bohr Effect.
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Transcript

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00:01 All right, so the molecule 2 -3 bisphosphoglycerate acts upon hemoglobin by binding to it.
00:16 So hemoglobin has two states.
00:18 One is the deoxy state, and the other is the oxy state...
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