Spring Biology Mon & Wed 2015 22900 Cell and Molecular Biology am Date Lecture # Lecture Topic Reading Chapter 1/28 1 Cell Structure and Function 1 1,4 2/2 2 Cell Structure and Function 2 1,4,12 2/4 3 Membranes and transport 1 7-8 2/9 4 Membranes and Transport 2 7-8 2/11 5 bioenergetics 5 2/16 No classes Washington’s Birthday 2/18 6 (Monday Schedule) Enzyme function 6 2/23 7 Exam 1 1,4,5-8 and 12 Glycolysis and fermentation (Guest 2/25 8 lecture) 9 3/2 Aerobic Respiration 10 Photosynthesis 1 (light dependent 3/4 8 reactions) 11 Photosynthesis 2 Light independent 3/9 9 reactions) 11 3/11 10 Signal transduction 1 Electrical 13 3/16 11 Signal transduction 2 Receptors 14 3/18 12 Apoptosis handout 3/23 13 Exam II 6,9,10,11,13,14 3/25 14 Cytoskeleton 15 3/30 15 Cellular motility and junctions 16-17 4/1 16 Nature of genetic material 18 4/6 15 No class spring break 4/8 16 No class spring break 4/13 17 Cell cycle, DNA replication and repair 19-20 4/15 18 Recombinant DNA/Genetic engineering 20 4/20 19 Genetic code 21
Spring 2015 Biology 22900 Cell and Molecular Biology Mon & Wed am Date Lecture # Lecture Topic Reading Chapter 1/28 1 Cell Structure and Function 1 1,4 2/2 2 Cell Structure and Function 2 1,4,12 2/4 3 Membranes and transport 1 7-8 2/9 4 Membranes and Transport 2 7-8 2/11 5 bioenergetics 5 2/16 No classes Washington’s Birthday 2/18 6 (Monday Schedule) Enzyme function 6 2/23 7 Exam 1 1,4,5-8 and 12 2/25 8 Glycolysis and fermentation (Guest lecture) 9 3/2 Aerobic Respiration 10 3/4 8 Photosynthesis 1 (light dependent reactions) 11 3/9 9 Photosynthesis 2 Light independent reactions) 11 3/11 10 Signal transduction 1 Electrical 13 3/16 11 Signal transduction 2 Receptors 14 3/18 12 Apoptosis handout 3/23 13 Exam II 6,9,10,11,13,14 3/25 14 Cytoskeleton 15 3/30 15 Cellular motility and junctions 16-17 4/1 16 Nature of genetic material 18 4/6 15 No class spring break 4/8 16 No class spring break 4/13 17 Cell cycle, DNA replication and repair 19-20 4/15 18 Recombinant DNA/Genetic engineering 20 4/20 19 Genetic code 21