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Chapter 17 pictures prokaryotes eukaryotes Fig 17.3 Gene expression Figure 17.4 Question 17.1 RNA polynucleotide chain is singlestranded. Structure of RNA Nucleotides Transcription Fig 17.7b Fig 17.8: Initiation of Transcription begins at the Promoter Region Fig 17.7: Transcription of RNA 1. Initiation of Transcription 2. Transcriptional Elongation 3. Termination of Transcription Pre-mRNA Modifications Figure 17.3 Eukaryotic Gene Expression Fig 17.10: Processing of Eukaryotic RNA Translation Gene flow and the triplet code Question 7.2 Fig 17.5: Codon Chart Fig 17.14 Planer View Structure for t-RNA Amino acid Attachment site Anticodon region base pairs with mRNA 3-D and Barrel Shapes for t-RNA Fig 17.16 Ribosome Structure Computer-generated Model Schematic Model Schematic Model 2 Initiation of Translation Fig 17.7 Initiation of Translation Initiation of Translation Elongation Elongation Peptide Bond Translocation Translocation Elongation Repeated Elongation and Translocation Repeated Termination UGA Stop Codon Termination Release Factor UGA Termination UGA Termination Fig 17.20 Polyribosomes (Polysomes) Fig 17.24 Base Pair Substitutions Fig 17.23 Base-Pair Substitution in the Sickle Cell Gene leads to a Missense Mutation in the Codon. Fig 17.25 Insertions or Deletions in the DNA can lead to Frameshift Mutations in the Codon of mRNA Question 17.3
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