BIOLOGY 2C03 Lecture Notes - Lecture 5: Peptide, Membrane Protein, Hydrolysis

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Mutations in sec12 affects the secretory pathway in yeast. Short answer: the following is the primary structure of an inner mitochondrial membrane protein: B: you suspect that sequence a or b is the stop-transfer sequence. What secondary structure characteristic would this sequence possess? (1 mark) Hydrophobic -helix: what experiment could you conduct to identify the stop-transfer sequence? (2 marks) Generate proteins that mutations in either sequence a (1 mark) or b (1 mark). Create sequence a-gfp and sequence b-gfp fusion genes and observe their localization (1 mark): what would be the outcome of your experiment? (2 marks) Mutation of the true stop-transfer sequence will result in the protein being localized in the matrix (1 mark), while mutation of the incorrect stop-transfer sequence will result in the protein anchoring to the inner membrane (1 mark). Gfp-fusion = sufficient (1 mark: release of vesicles involves the protein dynamin, a small g-protein.

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