00:01
Hello everyone, here in this question there is a statement that is dealing with the lactic acid anaerobic pathways of the respiration.
00:10
We need to explain it.
00:12
So, the statement says when atp is produced by anaerobic pathways, lactic acid accumulates and ionic balance disturb the membrane protection.
00:19
This happens because as a result of anaerobic respiration, there is the formation of lactic acids in the muscles.
00:34
Also, there is less amount of atp produced.
00:39
Lactic acid because of its waste product, it accumulates in the muscles and cause fatigue.
00:51
Also, as a result of anaerobic pathway, there is disruption of balance ions inside and outside of the cells which affects the ability of the cell to communicate with each other and function in a proper way.
01:28
The next statement says that to return muscles to its pre -exercise state, atp must be anaerobically produced and used to regenerate the following molecules like the creatine phosphate, glycogen reserves must be restored, and accumulated lactic acid must be metabolized.
01:43
So, here after exercise, the body has to move to its original state of pre -exercise.
01:53
So, the body needs to restore the energy stores that were depleted during the workout.
01:59
As a result of which, there has to be anaerobic respiration for the generation of atp because this is the efficient method of generating the atp.
02:11
Also, there are energy reserves in the form of creatine phosphate.
02:18
The body has to replenish that creatine phosphate molecules because they are very quickly able to regenerate the atp.
02:28
Also, the glycogen that is stored in the liver that also need to be regenerated because glycogen is stored form of glucose that is broken to produce the atp later.
02:40
Now, finally, the lactic acid has to be metabolized and that has to be removed...