00:01
In order to answer this question, let's talk about basperning rules.
00:03
It says the sequence below shows a messenger rna sequence derived from a template strand of a dna molecule.
00:08
And you have the dna sequence here.
00:11
You have, well, you have dna sequence 1, dna sequence 2, and you have dna sequence of real.
00:15
It says, determine the messenger rna sequence that you would derive from transcription of each strand.
00:21
So let's use the first dna strand number 1.
00:25
You can remember that according to base pairing rules, adenine pairs with timing in dna but with urazyl in rna and cytosine per with one.
00:35
So if this is your dna sequence, then your messenger rna is when it's going to have the complementary sequences for the complementary basis, i'm sorry, to this dna, following by sparing rules.
00:46
So you have here g, a, a, a, a, c, g, g, g, t, i'm sorry, una, okay, because you don't have timing in rna.
00:56
So this is the messenger rna sequence of the first sequence.
01:02
Now let's go for dna sequence number two.
01:08
This is dna sequence 2.
01:10
So according to this, the messenger rna is going to be, following brain baryngul, you have uracil, urazyl, urazyl adenine, uraclyl, uracil, aryanine, uracil, uracil, uraicil, uracil, waning, am added, okay? now let's go for dna sequence 3.
01:29
We have to do the same practically.
01:38
You have here.
01:40
Adenine, urasil, guanine, urasil, zidocythyl, cytosine, and adenine, guanin, and ad.
01:47
Okay, so this is your messenger rna...