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Question 1 discusses about the cell cycle.
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So, cell cycle is a process by which a new cell in turn can be made and this new cell in turn can be same or it can have certain variations depending upon the type of the cell cycle it has undergone.
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So, the three main events which in turn can be seen with regard to a cell cycle are as follows.
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So the first one shall be the gap phase.
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So the gap phase in turn can be of two different types.
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That is the gap one phase return is g1 and the other one is gap two phase return as g2.
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So next to it it is the synthesis phase.
00:41
So the synthesis phase is the one in which the dna, that is deoxyribonuclic acid in turn will be replicated.
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Followed by the one that is the mitosis.
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So mitosis is the one, the segregation of the chromosomes or the genetic material in turn would tend to happen.
00:57
So these are the three main events of cell cycle.
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Question two discusses about the interface of the cell cycle.
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So the term interface in turn denotes the three important components of the cell cycle.
01:12
So with regard to a new cariotic cell return as easy.
01:16
So the three components or the three phases of interface are the first one, it is the gap one phase.
01:22
So during this gap one phase, the cells in turn prepare for the next stage of the cell phase.
01:29
So followed by which it is the s phase, which in turn is denoted as s.
01:34
So this is the one in which the replication of the genetic material in turn would happen.
01:39
So let's see, there are 23 sets of chromosomes.
01:44
So this intern would be replicated to give 46 sets of chromosomes.
01:48
So this intern denotes the process of s phase.
01:51
So here 23 is taken just for consideration and it's not the actual interpretation.
01:56
Followed by the g2.
01:59
So g2 is the phase in which checking in turn would be done there whether there is any error or mutation so that this intern can be subjected to the process of segregation.
02:09
So these are the three important phases with regard to the interface of an eukaryotic cell.
02:16
Question three discusses about the dna...