In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add OLIGOMYCIN:

a. What happens to electron- transport (works/stops)? Why?

b. What happens to oxygen consumption (works/stops)? Why?

c. What happens to proton pumping (works/stops)? Why?

d. What happens to ATP synthesis (works/stops)? Why?

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gladiator answered 1 year ago

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add ANTIMYCIN: What happens to electron- transport (works/stops)? Why? What happens to oxygen consumption (works/stops)? Why? What happens to proton pumping (works/stops)? Why? What happens to ATP synthesis (works/stops)? Why?

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add the uncoupler CCCP: a. What happens to electron- transport (works/stops)? Why? b. What happens to oxygen consumption (works/stops)? Why? c. What happens to proton pumping (works/stops)? Why? d. What happens to ATP synthesis (works/stops)? Why?

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In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...

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In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...

In otherwise normal, intact (not leaky), coupled mitochondria supplied with succinate and ADP, if you add...