The mRNA sequence in the form of codons is 5’-AUG CCC GUU UGG AGA UCG GGU UAC AGC-3’.
Further Explanation:
In TRANSLATION processes, mRNA is converted to protein. To translate mRNA it goes under A codon different processing before translating into protein mainly in eukaryotes. Transfer ribonucleic acid is a kind of RNA which helps in decoding a messenger RNA sequence into a specific protein.
Codon is mainly present on the mRNA molecule and anti-codon is present on the tRNA molecule. Codon is actually a sequence of three nucleotides, which specifies to each amino acid in the chain of polypeptide.
The DNA sequence is
• 5’T T G A A A T G C C C G T T T G G A G A T C G G G T T A C A G C T A G 3’
• 3’A A C T T T A C G G G C A A A C C T C T A G C C C A A T G T C G A T C 5’
The bottom strand of a DNA sequence acts as a template strand for the mRNA synthesis. So the sequence of the newly synthesized mRNA is:
• 5’U U G A A A U G C C C G U U U G G A G A U C G G G U U A C A G C U A G 3’
The sequence of mRNA sequence in the form of codon is given below. We are ignoring UUG AA sequence because there is no start codon in this region. The start codon is AUG and stops codon is UAG in this sequence.
5’ AUG CCC GUU UGG AGA UCG GGU UAC AGC UAG 3’
Learn more:
1. Learn more about RNA base-pairing brainly.com/question/2416343
2. Learn more about mutation brainly.com/question/1812133
3. Learn more about DNA replication brainly.com/question/1600165
Answer Details:
Grade: High School
Subject: Biology
Topic: Codon
Keywords:
DNA, mRNA, sequence, codon, region, start, stop, synthesize, three, nucleotide, translation, transfer ribonucleic acid, decoding, messenger.