00:01
Hello student here the question is given and the question is about the antibiotic which is the endemycin a.
00:07
So this is an antibiotic which act as an inhibitor in case of electron transport chain.
00:15
So inhibitor of electron transport chain and we know this is the major step and it is also known as the oxidative phosphorylation.
00:30
So here the atp formation will be takes place with the help of these electron transport through the different complexes.
00:42
So we know these electron transport chain takes place inside the inner membrane of mitochondria, inner membrane of mitochondria and these having the several complexes.
00:57
So complex one, two, complex five.
01:01
Or the one which is an atp synthesis.
01:05
So these anti -myocene typically target the complex third.
01:14
So these complex third is also known as the cytochrome reductase.
01:24
And this is mainly help in the transfer of electron from the cytochrome b to the cytochrome c1.
01:33
So this is an involved.
01:35
In this process.
01:36
So if it is these antimicin or inhibit this particular step, then the transfer of electron is not going to take place from the cytochrome b to the cytochrome b to the cytochrome c.
01:48
So this is inhibited by these antimicin antibiotic and the flow of electron is going to be a stop and it ultimately lead to the decrease in atp production because we know this is a lot.
02:05
This responsible for the atp production...