00:01
Okay, i want to answer this question, let's talk about myiosis in females, okay? myosis in females is going to start with a diploid cell, that is a somatic cell, but, well, it is going to be, it's going to enter myosis, okay? this cell is first and all gonias, is the name of that, okay? like this, but it is going to specialize into, like, another cell that is still, deployed, but it is going to be called primary oxide.
00:37
And this cell here, the primary oxide is the one that is going to enter myiosis.
00:41
So in myiosis 1, you're going to produce two cells, and these cells are going to be applied because of the process of crossing over that of course here in myosis 1.
00:50
And these two cells are going to be called, or well, only one of them because the second one is going to degenerate, and it's going to be the first polar body.
00:59
Only one of them, let's suppose this cell here is going to be called second secondary oocyte.
01:06
In case of males, these both cells are going to survive and they are going to enter myiosis 2.
01:13
But in case of females, only one is going to convert into secondary oocyte.
01:17
It means it is going to get all the cytoplasm.
01:19
And the second one is going to get little cytoplasm and it is going to be called the primary or first polar body.
01:27
Then this secondary oocyte is going to enter myiosis 2.
01:32
Period is two, okay, and it is going to produce two cells that are also applied.
01:36
And these cells here, again, only one of them is going to mature into an oocyte.
01:44
And the other one is going to produce a second polar body.
01:49
Okay, so this is what happens in the process of myosis in females.
01:53
The question says, in humans, the primary oocyte is a wasted at, remember that this process occurs like inside the uterus of the mother...