bis 102 sylabus

bis 102 sylabus - 10 Feb. 9 Protein folding 1 o dictates 3...

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BIS 102, Section 1 Winter Quarter, 2010 Biochemistry: Structure/function of biomolecules LECTURE SCHEDULE Lecture Date Topic 1 Jan. 5 Introduction to biochemistry; properties of H 2 O; pH; weak acids and bases. 2 Jan. 7 Buffers; polyprotic acids. 3 Jan. 12 Amino acids – structure and properties, R groups. 4 Jan. 14 Peptide linkage; oligopeptides. 5 Jan. 19 Amino acid sequence determination; separation of amino acids; primary structure of proteins. 6 Jan. 21 Protein structure – secondary structure, tertiary structure; quaternary structure; myoglobin, hemoglobin. Jan. 26 FIRST MIDTERM EXAM 7 Jan. 28 Hemoglobin as a blood buffer. 8 Feb. 2 Molecular evolution and diversity of proteins; posttranslational modifications of proteins. 9 Feb. 4 Cellular glycans: structure-function.
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Unformatted text preview: 10 Feb. 9 Protein folding 1 o dictates 3 o , current model, repair mechanisms for misfolded proteins. 11 Feb. 11 Enzymes active sites, chymotrypsin example, H , S . 12 Feb. 16 Enzymes assays, Michaelis-Menten equation. 13 Feb. 18 Enzymes reversible inhibitors, Lineweaver-Burk plots, irreversible inhibitors. 14 Feb. 23 Protein purification initial steps, column chromatography. 15 Feb. 25 SECOND MIDTERM EXAM 16 March 2 Protein purification IEF gels, native PAGE gels, SDS-PAGE gels. 17 March 4 Lipids classes, fatty acid components, in vitro experiment. 18 March 9 Membranes composition, fluidity. 19 March 11 Membranes transport across; Course summary. March 19 Friday FINAL EXAMINATION 3:30 5:30 p.m. 100 Hunt Hall...
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This note was uploaded on 06/23/2010 for the course BIS 102 taught by Professor Hilt during the Winter '08 term at UC Davis.

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bis 102 sylabus - 10 Feb. 9 Protein folding 1 o dictates 3...

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