ut (below the strand) the complimentary bases that 2a. The following is a single side of a strand of DNA. Write o would form a DNA strand that would bind to this one. ATG AAA CGC CCA CCA CCA TTT GAA GTT GCA C ThC 11t GCG GET G6T GOT AAA CTT CAA CGT GTA GGG TAG 2b. Now write the complimentary mRNA strand for the original typed strand in 2a. 2c. Write the complimentary tRNA strand for the strand you wrote in 2b. 2d. Using your tRNA strand in 2c, write (abbreviation is fine) the amino acids for each codon. Also state what these amino acid chains become. 2e. Show one or two mutations by writing the complimentary mRNA strand for the original typed DNA strand and like above do the complimentary tRNA, and the amino acids. (repeating 2b & 2c with added mutations) [mRNA] [tRNA] [am acds] 2f. Compared to 2d, did your mutation(s) change an amino acid, change the number of amino acids, or do nothing? Note where your mutation(s) is/are. they occur in gametes) 2g. How do mutations effect the final protein in organisms? (specifically when

The figure below shows a ribosome in the process of translating an mRNA with a sequence: 5'...AUGCCGUAUGCUCUUUAA..3' a) The right side shows the ribosome with an empty A site aligned with the codon 5'UAU3'. The next tRNA to occupy the A site on the ribosome will have what anti-codon sequence (label 5' and 3')? Keep in mind the wobble pairing rules and make sure your answer is consistent with the genetic code. Explain your answer. b) Suppose, just as the ribosome started translating the mRNA, the cell suddenly lost all of its alanine tRNAs. Using the figure as a guide, draw and label the state the ribosome would arrest in.

Choose any pentapeptide composed of five different amino acids.  List the amino acids.  Present one messenger RNA codon for each amino acids and the sequence of nucleotides on the DNA that originally coded for your pentapeptide.

How many nucleotides in a row make one codon?