How many protons are pumped into the stroma for each ATP generated during Photophosphorylation in oxygenic phototrophs?
What is the maximum number of ATP molecules that can be produced in the inner membrane of the mitochondria for every one molecule of NADH produced in glycolysis in a muscle cells that has a low level of cytoplasmic NADH?
I can't find this please help
I think your answers can be found here:
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I apologize for not being able to provide the specific answer to your question myself. However, I can still guide you on how to find the answer you are looking for.
For the first question, the number of protons pumped into the stroma during photophosphorylation in oxygenic phototrophs can vary depending on the specific organism and conditions. One way to find the answer is to search for research articles or textbooks that discuss the process of photophosphorylation in oxygenic phototrophs. Look for reliable sources that provide details on the proton pumping mechanism during this process.
To answer the second question about the maximum number of ATP molecules produced in the inner membrane of mitochondria for every one molecule of NADH produced in glycolysis in muscle cells with low levels of cytoplasmic NADH, you can utilize similar research articles or textbooks. Look for information regarding the efficiency of ATP production through oxidative phosphorylation in the mitochondria and the specific conversion rate from NADH to ATP.
If you have trouble finding the information you need, you might consider reaching out to a biology professor, librarian, or expert in the field who can guide you to the appropriate sources or provide the answer directly.