Question 7 of 21 Consider that electrons will back up in the chain and accumulate at all steps before the blocked step. Remember that there are two pathways for electrons to enter the ETC, and these pathways converge with the transfer of electrons from ubiquinone to Complex III. Besides reduced ubiquinone, select all the other electron-carrying molecules that will accumulate in the presence of antimycin A? $$NAD^+$$ fumarate succinate NADH MacBook Pro

Name: question 7 of 21 consider that electrons will back up in the chain and accumulate at all steps before the blocked step remember that there are two pathways for electrons to enter the etc and 75449
Uploaded: 2022-12-08T04:12:58-08:00
Duration: 4 min 24 s
Channel: Jenny Wu
Description: question 7 of 21 consider that electrons will back up in the chain and accumulate at all steps before the blocked step remember that there are two pathways for electrons to enter the etc and 75449

          Question 7 of 21
Consider that electrons will back up in the chain and accumulate at all steps before the blocked step. Remember that there are two pathways for electrons to enter the ETC, and these pathways converge with the transfer of electrons from ubiquinone to Complex III.

Besides reduced ubiquinone, select all the other electron-carrying molecules that will accumulate in the presence of antimycin A?
$$NAD^+$$
fumarate
succinate
NADH
MacBook Pro

question 7 of 21 consider that electrons will back up in the chain and accumulate at all steps before the blocked step remember that there are two pathways for electrons to enter the etc and 75449

Added by Emily B.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

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Solved by Expert Jenny Wu

12/08/2022

Step 1

The question asks to identify electron-carrying molecules that will accumulate in the presence of antimycin A, in addition to reduced ubiquinone. It also provides a crucial hint: "electrons will back up in the chain and accumulate at all steps before the blocked Show more…

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Question 7 of 21 Consider that electrons will back up in the chain and accumulate at all steps before the blocked step. Remember that there are two pathways for electrons to enter the ETC, and these pathways converge with the transfer of electrons from ubiquinone to Complex III. Besides reduced ubiquinone, select all the other electron-carrying molecules that will accumulate in the presence of antimycin A? $$NAD^+$$ fumarate succinate NADH MacBook Pro