Select all of the statements that describe the electron transport chain of E. coli. Multiple select question. It has three different branches. The cytochrome bo branch operates when E. coli is growing rapidly with good aeration. It adjusts to different oxygen levels. The cytochrome bd branch operates at low oxygen conditions. It is located in the outer membrane.

Question

16-07-2021
Biology

contestada

Select all of the statements that describe the electron transport chain of E. coli. Multiple select question. It has three different branches. The cytochrome bo branch operates when E. coli is growing rapidly with good aeration. It adjusts to different oxygen levels. The cytochrome bd branch operates at low oxygen conditions. It is located in the outer membrane.

Respuesta :

Otras preguntas

In the novel, what does the way the garden comes back to life and blossoms even more beautifully than before represent? A. the way that people tend to become

I,m trying to solve this algebra question: x^+9x+20=0

What is 13/24 in its lowest fraction cancelling the prime factors?

Stacey filled her 1/2 cup measuring cup seven times to have enough flour does the cake récipe. How much flour does the cake recipe call for?

Alejandra can husk 8 ears of corn in 24 minutes. At this rate, how many ears of corn can she husk in 33 minutes? choices: 11 17 33 99 i think it is 99, just a g

Jackie cut a 2-yard spool into 5 equal lengths of ribbon.how long is each piece of ribbon? Draw a tape diagram to show your thinking

Help? Anyone have and idea?

which is greater 7/8 or 0.95

what is 6q^2 + 23q + 21

what does the universal law of gravitation state

Munali Munali · Answer 1 · 2021-07-19T10:45:14+02:00

Answer:

It adjusts to different oxygen levels.

The cytochrome bo branch operates when E coli is growing rapidly with good aeration.

The cytochrome bd branch operates at low oxygen conditions. It is located in the outer membrane.

Explanation:

Electron transport chains of Escherichia coli are composed of different dehydrogenase and terminal reductase which is linked by quinones. It adjusts to different oxygen level because Oxygen is preferred electron acceptor and represses the terminal reductase of anaerobic.