why the cytochrome c oxidase activity is more in mitochondria than in a nuclei and debris...
why the cytochrome c oxidase activity is more in mitochondria than in a nuclei and debris in a leaf ?
Homework Answers
Cytochrome c oxidase is a part of Complex IV in electron transport chain (ETC) which is located in the inner mitochondrial membrane. The enzyme catalyzes the transfer of electrons from the reduced form of cytochrome c to molecular oxygen. ETC is involved in the production of energy in the form of ATP. Cytochrome c oxidase activity will be almost zero in debris of leaf as energy is not produced in the dead cells. Thus cytochrome c oxidase activity is more in mitochondria than in nuclei and debris in a leaf.
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Why Cytochrome-c-oxidase is more difficult to measure with near-infrared spectroscopy than hemoglobin? (lpt) 5.
Why Cytochrome-c-oxidase is more difficult to measure with near-infrared spectroscopy than hemoglobin? (lpt) 5.
Mitochondrial enzyme- cytochrome c oxidase activity lab 1. What are the four main components of complex...
Mitochondrial enzyme- cytochrome c oxidase activity lab 1. What are the four main components of complex 4 or cytochrome c oxidase? 2. What happened to the absorption 55nm after addition of mitochondrial preparation and why?
Cytochrome c oxidase is the last enzyme in the respiratory electron transport chain of mitochondria. It...
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Which of the following has been associated with Alzheimer's Disease? O mutations in cytochrome oxidase c...
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Discuss and defend the use of cytochrome c oxidase I (COI) as a marker.
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Which of the following has been associated with Alzheimer's Disease? O mutations in cytochrome oxidase c genes in brain cells O loss of mitochondria Skb and 7.4kb deletions in mtDNA of heart cells O No change in mitochondrial function.
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