00:01
So let's answer now the question.
00:02
So we have here a given dna code or dna sequence.
00:09
So we have here the 5 prime.
00:14
So this is the dna.
00:17
5 prime.
00:19
G, g, g, g, g, a, g, a, t, g, a, t, g, a, t, g, a, t, g, a, c, a, t, t, g, a, t, t, tgc and then we have agt.
01:02
Okay, so we have here the sequence.
01:11
So let's answer the dna template, okay, the pair for this dna strand.
01:37
So our answer here is we have c, c, c, c, t, t, a, c, c, t, a, c, c, t t g a t -a t -a -t -a -t -a -g or a -c -g t -c -a so take note that the pair of g is c the pair of t is a okay that is in the dna so let's go to the mrna coden so the mrna coden take note that the pair of a and the m rna is u there's no t in the mrna so we will replace a or we will replace you uh we will replace t or cymein with ura cell so we have here g g u u no wait okay g u g u okay g u again we have a no wait okay okay g g a g we have a u and then we have g a -a then we have a c u a -u then we have u g -c and then last we have a -g -u so this is the mrna coden.
03:41
Let's go to the t -r -n -a the t -r -n -a, again, since it is rna, we will not use the thymine, but we will use the euracil.
03:59
Okay, so we have c -c -a, c -u -c -c -a, okay, okay, c -c -a, okay, wait, it's not c -c -a because the pair of a is u okay so we have u a next we have c u you you and then we have u g a next we have u a then we have u a then we have a c g a now if you are going to put the amino acids in three letters, okay, three letters amino acid based on the table given.
05:24
Then our answer here is we have glycine, okay, then we have asn, next we have another glu, 3 unine, then ile, next we have 16, and then we have sir.
06:07
If we're going to convert that into one letter amino acid based on the table, the word is g -e -n -e -t -i -c -s.
06:24
We have the word genetics...