00:01
In the given question, we have been provided a piece of mrna and we have to draw both the strength of the segment of dna that if mrna was transcribed from, indicate the template trend for this mrna.
00:14
And we have been provided a code -one chart and given the amino acid treatment of the protein that will be produced by the translation of the mrna.
00:23
So we have to assume that i've got to move along the mrns from left to right and we have to indicate the amino and carbopsy carbonophic vitamin.
00:30
Of the protein so this is the given m rna sequence the sequence and polarity of the coding dna strand is exactly the same that of the m rna except that the urethel in m rna is replaced by the thymineine dna so the coding strand for this mrna would be starting vrna 5 fram it will be instead in this only we will be replacing the urecile it will be a, t, g, g, a, g, c, g, t c, g, t, g, t, g, t, g, and a t -t -a, and a -t -c.
01:20
So this is the coding strand for the given mrna, and the sequence of the template strands of dna is complementary to that of the template dna strand for the mrna.
01:30
So the template strand would be t -a -c -c -t -c -a -g -g -c -a -t -a -t -a -t -a -t -t -t -t -t -t -t -t -t -g -g -g -c -c -c -c -c -c and a -t -t and t -a -g -g.
02:01
So this is the template strand.
02:04
So the overall double -stranded sequence is like this...