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book Molecular Biology Of The Cell 6th Edition by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter cover

Molecular Biology Of The Cell 6th Edition by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter

Edition 6ISBN: 978-0815345244
book Molecular Biology Of The Cell 6th Edition by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter cover

Molecular Biology Of The Cell 6th Edition by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter

Edition 6ISBN: 978-0815345244
Exercise 6
Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and  heart muscle con- sumes Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and  t a rate of Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and  per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and  of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and  yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and Heart muscle gets most of the ATP needed to power its continual contractions through oxidative phosphory- lation. When oxidizing glucose to   heart muscle con- sumes   t a rate of   per g of tissue, in order to replace the ATP used in contraction and give a steady- state ATP concentration of   of tissue. At this rate, how many seconds would it take the heart to consume an amount of ATP equal to its steady-state levels? (Com- plete oxidation of one molecule of glucose to   yields 30 ATP, 26 of which are derived by oxidative phosphoryla- tion using the 12 pairs of electrons captured in the electron carriers NADH and
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Molecular Biology Of The Cell 6th Edition by Bruce Alberts, Alexander Johnson, Julian Lewis, David Morgan, Martin Raff, Keith Roberts, Peter Walter
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