Answer Happy

11. Using the DNA sequence provided by your instructor, fill in the table below. Enter the DNA sequence from your instructor into Column 1. Simulate DNA replication by making a new DNA strand in Column 2 that would form base-pairs with the DNA in Column 1. Simulate transcription by making an mRNA strand in Column 3 that would form base- pairs with the DNA in Column 2. Using the codon table in the Lab Instructions, decode the mRNA into an amino acid sequence and enter the results in Column 4. Replication, Transcription, and Translation Table Column 3 Column 4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 18 Column 1 DNA sequence from instructor Column 2 New DNA strand mRNA strand Amino acid sequence

15. Throw all of your tubes in the trash. Coding Strand: S'TAG CTATA AGTC Template Strand & 3/ mRNA transcript ·51 translation sequence: BIO 101 Lab 12: Investigating GMO Status of Food Samples v.2021 353



15. Throw all of your tubes in the trash. Coding Strand: S'TAG CTATA AGTC Template Strand & 3/ mRNA transcript ·51 translation sequence: BIO 101 Lab 12: Investigating GMO Status of Food Samples v.2021 353