Which is the correct labeling of the mutations in the...

Which is the correct labeling of the mutations in the figure? 4 5' 3' \text{TGT} \text{ACA} \dots DNA 3' 5' \text{TGT} \text{ACA} \text{TGC} \text{ACG} \text{TGG} \text{ACC} \text{TGA} \text{ACT} Mutation \text{UGU} \text{UGC} \text{UGG} \text{UGA} Transcribed codon Cysteine Wild type 1 3 2 Amino acid translated

Transcript

00:01 Hello everyone.

00:01 So today the question that is given versus talking about this characteristic type of mutation that we need to answer.

00:08 Here we have a wild type dna sickness and here we have the mutant dna signals.

00:12 And as i told you, we need to talk about the characteristic mutation.

00:16 So the characteristic side where the mutation occurs at this side, like here if you mark at this side, this will be this adenide is now going to be changed to this thymine.

00:27 So we need to talk about this mutation.

00:29 So if we code this dna sequence into mrna.

00:33 So that will be like here you can see this.

00:35 We have ccc and then agt and then we have this aaaaaaaaaa and dga.

00:42 So the mrna that is going to be formed here for this sequence really, for what you can say wild type.

00:49 Here we can simply write wild type mrn.

00:54 So the wild type mrna that is going to be formed here.

00:57 And another important thing is that as you can see, we have this, what you can say, 3 primate to 5 primate.

01:05 And when we need to code the mrna, we need 5 primate to 3 primand.

01:09 Or basically we can utilize this same strand.

01:12 The only difference that we are going to do is we are going to place you because in the mrna we have urs, not the 5m.

01:19 So here that will give us what you can say 3 primate and this will be c, c, c, because this is a coding strand.

01:27 And then again a, g, u, as i told you, and then this will be what you can say, a, a, u, uga.

01:39 This will be the stat that are going to be present here.

01:43 This is a wild type of amount.

01:45 Now we are going to talk about the mutant mrn.

01:49 So here, if you talk about or if we basically write the sequence of mutant mri, so that will be three primate.

01:56 And again, we are going to realize the same technique, that is ccc, and then we have a, g, u.

02:04 And then we have this a -u, basically, we have this mutation there, and then we have this u -g -a as well, and this is the five primate.

02:16 Now here, as i told you, we need to talk about the, what you can say, translation as well.

02:22 So here, the white type of mri, we have caught already...

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