Make up a DNA sequence of at least 18 nucleotides and then (2) show the mRNA sequence that will be made via transcription, (3) show the tRNAs that will base pair and deliver the amino acids, and (4) the amino acid sequence of the resulting protein

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2. H. Gobind Khorana deciphered the genetic code by (1) chemically synthesizing DNA molecules of known sequence, (2) using this synthetic DNA as a template to produce RNA in a reaction involving RNA polymerase and dNTPs, then finally (3) using this RNA in an in vitro translation experiment with the ribosome and amino acyl-tRNA (aa-tRNA) building blocks to produce peptides. For each single-stranded deoxyribonucleotide sequence Khorana synthesized (shown below), a single polypeptide was produced in the in vitro translation step (3): (1) Synthetic DNA d(TTT)n d(CCC)n d(AAA)n d(GGG)n d(AAACCC)n d(AC)n d(ACA)n a. (2) RNA encoded by synthetic DNA (3) Peptide product composition polylysine polyglycine polyphenylalanine polyproline Equal F and G Equal C and V polycysteine Fill in the RNA sequences that were produced by RNA polymerase in column (2). b. When Khorana conducted this work, one looming question in the field was whether or not the genetic code is overlapping or non-overlapping. In a…

What would be the tRNA anticodons for the mRNA in question 3