**Transcription of DNA and Translation to Polypeptide****DNA Sequence:**- Template Strand: 3' TTACGTGCCCATCGAA 5'- Non-template (Coding) Strand: 5' AATGCACGGTAGCTT 3'**a. Transcription to mRNA:**Transcribe the non-template (coding) strand to mRNA by replacing thymine (T) with uracil (U). The mRNA sequence will be:```AAUGCACGGUAGCUU```**b. Translation to Polypeptide:**Using the mRNA sequence, identify the first start codon (AUG) and translate the sequence into a polypeptide using the provided codon chart. **mRNA Codons and Corresponding Amino Acids:**- AUG: Start (Met)- CAC: His- GGU: Gly- AGC: Ser- UUU: Phe**Resulting Polypeptide:**```Met-His-Gly-Ser-Phe```**Codon Chart Explanation:**The chart provides a grid to translate each mRNA codon into amino acids. Each codon is a group of three nucleotides. The first base is on the left, the second base is on the top, and the third base is on the right. This chart helps determine the sequence of amino acids for the polypeptide. The start codon (AUG) which also codes for Methionine (Met) is highlighted in green, indicating where translation begins. Stop codons, which signal the end of protein synthesis, are highlighted in red.

Name: **Transcription of DNA and Translation to Polypeptide****DNA Sequence
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: **Transcription of DNA and Translation to Polypeptide****DNA Sequence:**- Template Strand: 3' TTACGTGCCCATCGAA 5'- Non-template (Coding) Strand: 5' AATGCACGGTAGCTT 3'**a. Transcription to mRNA:**Transcribe the non-template (coding) strand to mRNA by