Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA Suspect 2 DNA GTC TẠC GTA ATC GTA DNA MRNA tRNA AA

QUE Marker CS1 CS2 J DNA1 DNA1 DNA2 DNA2 Enz 1 Enz2 Enz1 Enz2 [[ 1 1 11 JI Marker TE HC (CC Compare the two suspects DNA Samples from tubes 4 and 3 with the crime scene samples CS1 these were all cut with Restriction enzyme 1) Then compare the suspects DNA from tubes 2 and 4 with the crime scene sample CS2 (all cut with Restriction enzyme 2) om AUT Figure 7.2 Example gel image of suspect and crime scene samples. Samples were digested with restriction enzymes and run on a 0.8% gel. Please note that the markers used in this experiment may not match the markers in this figure.

AKS 5c1: Using codon wheel below, which of the models correctly represents the usage of the base pairing rule, the correct sequence of events, and creation of proteins at the ribosomes? * UGPO Alanine GU Tyrosíne Stop GU AC Valine Cysteine C GA Stop Tryptophan G A Arginine Leucine Serine Lysine UG Proline Asparagine ACU GAC U Glycine o Glutamic Phenyl- Leucine Serine acid Aspartic acid alanine Histidine Glutamine Arginine a aujonajo Threonine ethionine

3 attempts left Check my work Be sure to answer all parts. Re Consider the following sequence of DNA: 3'-AGA CCC-5'. a. What dipeptide is formed from this DNA after transcription and translation? b. If a mutation converts CCC to CCA in DNA, what dipeptide is formed? Gu c. If a mutation converts CCC to CGC in DNA, what dipeptide is formed? d. If a mutation converts CCC to GCC in DNA, what dipeptide is formed? a. b. c. d.