Question

Base-Pairing and Protein Synthesis question:

G C C A G A A G G A G T C C C C C A C T C T A C T T T G A A A A T A T G T A G

1. Add the complimentary strand by using the base-pair rule.

2. Replicate both strands.

3. Transcribe the DNA, using the original given strand as the non-template strand. (make sure to use the template strand for transcription)

4. Translate the mRNA strand. Include the tRNA molecules lining up along the strand of mRNA. This must include the sequence of anti-codons at the base of the molecule, and the name of the amino acid that would be attached to that particular tRNA molecule.

Answer 1

1.The given strand

G C C A G A A G G A G T C C C C C A C T C T A C T T T G A A A A T A T G T A G

complimentary strand

CGG TCT TCC TCA GGG GGT GAG ATG AAA CTT TTA TAC ATC

2. Replicate both strands we get

CGG TCT TCC TCA GGG GGT GAG ATG AAA CTT TTA TAC ATC

G C C A G A A G G A G T C C C C C A C T C T A C T T T G A A A A T A T G T A G

3.We have to consider Orginal strand as non template strand . Then the template strand has to made to transcribe

Then we get

G C C A G A A G G A G U C C C C C A C U C U AC U U U G A A A A U A U G UAG

4. When Translating the mRNA strand.

amino acid attaches to tRNA are

alanine,arginine,arginine,serine,proline, proline,leucine,tyrosine, phenylalanine, glutamic acid, asparagine, methionine, stop codon