00:01
Let's talk about mitosis.
00:02
Remember that normally your cells, before entering the process of cell cycle, they're going to look like this.
00:09
This is going to be one pair of chromosomes.
00:12
Remember that we have, humans and these have 23 pairs of chromosomes.
00:16
It means we have a total of 46 chromosomes in total.
00:19
So this is only one pair.
00:21
This is how your chromosomes are going to look like.
00:25
After this cell enters a cell cycle, it is going to go through the process of g1, during the s phase and then g2.
00:33
During the s phase, dna replication is one of your and your cell is going to become like this.
00:38
Your chromosomes are going to become like this.
00:43
Okay, so this is your chromosome with a dna replicated and also this is your chromosome with the dna replicated.
00:48
If you have here 23 pairs, here you're going to have also 23 pairs.
00:53
This is one chromosome and this is also one chromosome because you count chromosome number by the number of syndromers.
01:02
Now, in this way, this cell can enter the process of mitosis, and in the process of mitosis, you're going to produce two dorses cells that are identical to each other, to each other, to the parental cell.
01:14
In this case, your cells, your dorses are going to look like this.
01:21
Okay, and these cells, as you can see, are similar to the parental cell.
01:25
So let's answer this question, it says, also remember that this cell is deployed, okay, it means it has 23 pairs, this cell is also deployed, and these cells are also the input...