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<br>the rate of ATP consumption would<br>have to create a window in which PCr<br>and Cr diffusion, but not ADP and ATP<br>diffusion, would be fast enough to<br>support the ATP-consuming activity.<br>Which one of the following case<br>creatine kinase shuttle would not be<br>necessary?<br>Select one:<br>a. When the ATPase rate was<br>very low<br>O b. When the ATPase rate was to0<br>great<br>O c. When the diffusion distance<br>was too small<br>O d. When the diffusion distance<br>was too great<br>O e. a & c<br>O f. a & d<br>O g. b & c<br>O 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 creatine kinase shuttle would not be necessary? Select one: a. When the ATPase rate was very low O b. When the ATPase rate was to0 great O c. When the diffusion distance was too small O d. When the diffusion distance was too great O e. a & c O f. a & d O g. b & c O h. b & d

Jun 11, 2022

SOLUTION.PDF

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,...

Get Answer To This Question

Related Questions & Answers

Submit New Assignment