00:01
Okay, so let's answer now the question.
00:02
So we have here a figure.
00:04
The figure shows to us that there are two strands of dna.
00:17
Okay, so there are two strands of dna running antiparralral to each other.
00:22
And the dna is consisting of many base pairs.
00:25
Here, in the figure, we see that the adenine, opposite to thymine and guanine, opposite to cytosine.
00:35
One strand of the dna is running 5 prime to 3 prime and the other is running with a direction of 3 prime to 5 prime.
00:54
Now rna acts as a messenger to translate a section of dna that is outside the nucleus.
01:04
And then this mrna will be translated into protein.
01:09
So we see here that in the image, it is the process of transcription, wherein a dna strand is used to make an mrna.
01:20
So the mrna molecule to the dna strand running at 5 to 3 prime to 3 prime direction.
01:30
So we see here that the mrna that is being made is running.
01:35
Running with the direction of 5 prime to 3 prime.
01:41
So special mri strand is being constructed wherein we see that adenine pairs with uracil...