**DNA to Protein Translation****Task:** First, transcribe this DNA sequence, 3' TAC AAG ACA 5', then translate the resulting mRNA using the genetic code table below. **Instructions:** Choose the correct sequence of amino acids in your protein from the choices below.**Genetic Code Table:**- **1st base in codon (U)** - UUU = phenylalanine - UUC = phenylalanine - UUA = leucine - CUU = leucine- **1st base in codon (C)** - CUC = leucine - UAU = tyrosine - CAU = histidine - UGU = cysteine- **1st base in codon (U - continued)** - UAA = stop - UGA = stop- **1st base in codon (A)** - AUU = isoleucine - AUG = methionine - AAG = lysine - AGG = arginine- **1st base in codon (G)** - GUU = valine - GUC = valine - GGC = glycine**Table Structure Explanation:** - This chart maps mRNA codons (groups of three bases) to their corresponding amino acids. - The chart organizes data according to the first, second, and third bases of each codon.- Each row corresponds to a unique combination of bases, leading to a particular amino acid.By using this genetic code table, learners can translate mRNA sequences into corresponding protein sequences. The image displays a table segment and a multiple-choice question related to amino acid sequences or codons. ### Table Segment:- **G**: Represents the first base of a codon. - **GUU = Valine** - **GUC = Valine**### Multiple-Choice Question:The question seems to be about selecting an appropriate sequence. The options provided are:1. ○ methionine-phenylalanine-cysteine2. ○ pheyalanine-valine-arginine (Note: "phenylalanine" is misspelled here)3. ○ cysteine-methionine-glycine4. ○ valine-cysteine-valineThis setup is likely meant to test knowledge of amino acids and genetic coding.

Name: **DNA to Protein Translation****Task:** First, transcribe this DNA s
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: **DNA to Protein Translation****Task:** First, transcribe this DNA sequence, 3' TAC AAG ACA 5', then translate the resulting mRNA using the genetic code table below. **Instructions:** Choose the correct sequence of amino acids in your protein fr