For the creatine kinase shuttle to be effective, the diffusion distance and the rate of ATP consumption would have to create a window in which PCr and Cr diffusion, but not ADP and ATP diffusion,...

For the creatine kinase shuttle to be<br>effective, the diffusion distance and the rate<br>of ATP consumption would have to create a<br>window in which PCr and Cr diffusion, but<br>not ADP and ATP diffusion, would be fast<br>enough to support the ATP-consuming<br>activity. Which one of the following case<br>neither creatine- nor adenosine-based<br>diffusion would be sufficient to maintain the<br>ATPase reaction?<br>Select one:<br>a. When the ATPase rate was very low<br>b. When the ATPase rate was too great<br>c. When the diffusion distance was too<br>small<br>d. When the diffusion distance was too<br>great<br>e. a & c<br>f. a & d<br>g. b & c<br>h. b & d<br>

Extracted text: For the creatine kinase shuttle to be effective, the diffusion distance and the rate of ATP consumption would have to create a window in which PCr and Cr diffusion, but not ADP and ATP diffusion, would be fast enough to support the ATP-consuming activity. Which one of the following case neither creatine- nor adenosine-based diffusion would be sufficient to maintain the ATPase reaction? Select one: a. When the ATPase rate was very low b. When the ATPase rate was too great c. When the diffusion distance was too small d. When the diffusion distance was too great e. a & c f. a & d g. b & c h. b & d

Jun 11, 2022

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For the creatine kinase shuttle to be effective, the diffusion distance and the rate of ATP consumption would have to create a window in which PCr and Cr diffusion, but not ADP and ATP diffusion,...

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