if one triose phosphate completely oxidised inside prokaryotic cell then gain of ATP of energy equal to..
ans is 20 ATP
kindly explain me the reason as fast as you can....
Answers
Answer:
Ans is 20 ATP
Explanation:
When one triose phosphate sugar is completely oxidized inside a prokaryotic cell also the net gain of Total ATP energy is the sum of the ATP produced at different cycles else.
The net gain of ATP is a total of 20ATP's these 20ATP are divided in a different way of the different cycles.
As in the glycolysis step, 2 ATP and 1NADH are produced that are again followed with the 1NADH in the gateway response and 1GTP, 3NADH, and 1FADH2 in the TCA cycle (tricarboxylic acid cycle).
1FADH2 = 2ATP, 1GTP = 1ATP, NADH = 3ATP.
So, when we add up all these also we get the 20 ATP's in total.
The ATP patch reserves energy in the form of a high-energy phosphate bond joining the terminal phosphate group to the rest of the patch.
In this form, energy can be reserved at one position, also moved from one part of the cell to another, where it can be released to serve other biochemical responses.
So, the answer is 20 ATP.