SOLVED:A mutation in DNA generates a UGA stop codon in the middle of the mRNA coding for a particular protein. A second mutation in the cell's DNA leads to a single nucleotide change in a tRNA that allows the correct translation of this protein; that is, the second mutation 'suppresses" the defect caused by the first. The altered tRNA translates the UGA as tryptophan. What nucleotide change has probably occurred in the mutant tRNA molecule? What consequences would the presence of such a mutant t

transcribe the following dna strand into mrna and translate that strand into a polypeptide chain identifying the codons anticodons and amino acid sequence dna c g a t a c a a t g g a c c c g 77953

Answered: translate the following DNA sequence of the coding strand: 5'-ATGGCCCGGTTATAAGCA-3' | bartleby