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Properties of living things, nature of biological mole-cules, macromolecules, energy in biological systems, high energy molecules, translation, transcription | |
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Cells, evolutionary relations, lab organisms, biologically important chemical reactions | |
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3-6 |
Properties of living things, nature of biological mole-cules, macromolecules, energy in biological systems, high energy molecules, translation, transcription |
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Chemical interactions, water, hydrophobic and hydro-philic interactions, weak acids, pH, properties of macroions |
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Oct. 12 |
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Mid-term Examination I
(Course drop deadline is Oct. 19.) |
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Amino acids, peptides, primary sequence, sequence determination, conformational determinants, levels of protein structure |
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Types of proteins, structural motifs, levels of structure, conjugated proteins, mutations, protein classification, evolution |
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Representations of protein structures, protein dynamics, protein design, ligand interactions, allostery, denaturation, "the folding problem", chaperones, proteonomics, the immune system |
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Nov. 9 |
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Mid-term Examination II |
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Muscle | |
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10,12,16 |
Enzymes, kinetics, sources of catalysis, inhibition, regulation, catalytic antibodies |
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6,9 |
Fatty acids, lipids, micelle formation, bilayers, membranes, the fluid mosaic |
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6,16,22 |
Dynamics of membrane structures, membrane-protein interactions, lipoproteins, glycoproteins, transport processes |
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Dec. 11 |
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Final Examination |