Answer:
DNA ATG CGC ATT AGT GCA GGA CAG TAG
mRNA UAC GCG UAA UCA CGU CCU GUC AUC
tRNA AUG CGC AUU AGU GCA GGA CAG UAG
Protein Met Arg Ile Ser Ala Gly Gin Stop
Step-by-step explanation:
The given is a DNA sequence. The next step to this one is transcribing it into a mRNA sequence. When you transcribe DNA to RNA, the main difference between RNA and DNA is that RNA does not have a THYMINE (T) base. So what do we do?
The base pairs would be:
G - C T - A
C -G A - U
U - A
So keep this in mind. Let's take the first one codon (codon is a group of 3 bases):
A T G
U A C
A transcribes to U
T transcribes to A
G transcibes to C
So that would be your first codon.
The next part wi=ould be translation. Now in translation, a specific amino acid codes for a specific codon. They are brought by tRNA, which has a anti-codon that codes for the amino acid it carries.
Let's take that same codon we transcribed earlier:
ATG
UAC
AUG
Looking at the chart, first look at the first letter, then match it up with the row it corresponds to.
So it falls under A, so look at the row of A.
The next step is to look at the column the second letter corresponds to, following the same row you started in.
Last would be the row within the column you identified that corresponds to the third letter of the codon.
As you can see you wil end up in the box:
AUU
AUC
AUA
AUG
The higlighted sequence is the codon we are examining and based on the box, you can see that it is the Met. So this would be your first amino acid, and this is also known as the start codon by the way.