Final answer:
The given DNA template sequence is 3' A A A T A C T G T C C A A T T G C C 5'. The corresponding amino acid sequence for the mRNA sequence is Phe - Lys - STOP - Gln - Val - Asn - Gly.
Step-by-step explanation:
The given DNA template sequence is 3' A A A T A C T G T C C A A T T G C C 5'.
To determine the amino acid sequence that will be translated from this mini-gene, we need to first convert the DNA sequence into its corresponding mRNA sequence. In mRNA, thymine (T) is replaced by uracil (U). So, the complementary mRNA sequence for the given DNA sequence is 5' U U U A U G A C A G G U U A A C G G 3'.
Next, the mRNA sequence is translated using the genetic code. To do this, we divide the mRNA sequence into codons, each consisting of three nucleotides. Using the genetic code chart, we can determine the corresponding amino acids for each codon:
5'- UUU - AAA - UGA - CAG - GUU - AAC - GGG - 3'
Amino acid sequence: Phe - Lys - STOP - Gln - Val - Asn - Gly