00:01
Okay, in order to answer this question, let's talk about the process of transcription and translation.
00:05
Remember that when you have your dna, it is, well, dna is going to contain genes, and those genes are going to be able to produce a mrna.
00:18
This process is called transcription, okay? and well, this mrna contains nucleotides that are rna nucleotides.
00:30
Are kind of different from the dna nucleotides, because these dna nucleotides are going to contain the following neutrinous bases are adenine, timing, cytosine, and oneing, while rna nucleotides are going to contain the nitrogenose bases, adenine, uracil, cytosine, and one.
00:50
Okay? so, once you have your mri, this mri is going to leave the nucleosine and it is going to the cytosol, where it is going to bind to gibosomes.
01:00
Well, to ribosomes, and it is going to produce a protein.
01:05
And this process is called translation.
01:10
Okay, and it is going to cure in the cytosome.
01:14
So the question said, transcription eukaryotes requires which are the following in addition to rna polymerase? rna polymerase is an enzyme that is going to synthesize this mri.
01:25
Okay, so if this is your dna, that is, this is a sequence of your dna.
01:39
Let's suppose this is, oh sorry, this is t, this is your dna.
01:44
And you have to undergo transcription here.
01:46
So your mna is going to be a, u, g, uu, a, u, because remember about base pairing where t bytes with a, a with u, and c with g.
02:00
Okay, so this is going to be your mirna.
02:04
Also remember, this is a process of transcription, okay, this is the mna.
02:08
And here, this aug, as you may know, this is the start column.
02:15
Okay, and this is a column is important...
