00:01
So here our question 1 reads that a dna codon is given as gcc.
00:21
And for this we have to find there corresponding mrna codon, trna anticoadone as well as amino acid.
00:32
So if we talk about the mrna codon for the given dna codon, then the answer will be.
00:44
C, g, g.
00:48
And if we talk about the t -r -na anti -codone, then it is similar to what the dna codon is, the only difference will be between the thineineine and uracine because as it is rna, so in place of thineine, it will be uracid.
01:15
But here since there is no thymine, so the codon will be similar to the dna.
01:20
That is gcc.
01:23
Now talking about the amino acid sequence for this, then this codon quotes for alineine.
01:48
So this was an answer to the first question.
01:52
Now coming to the second question, it is telling that if a t -r -n -a anticodon it reads as g -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a -a.
02:10
Then to which mrna codon it will bind and what kind of amino acid will these trna carry.
02:21
So if we talk about the mrna codon which it will bind to then mrna codon they will bind to r c u, c u c u c and c ua.
02:52
If we talk about the amino acid which will be present for these are lucine as all these will code for lucine.
03:10
Now coming to the third question, it is telling that a part of dna gene sequence read as cat.
03:34
Now if mutation occurs and it changes the place of t to a.
03:53
That means there is a change in the place of t to a...