Fall 2017 Lecture Readings Last updated Save as PDF Page ID10023 Assumed background review: atoms, bonds, pH, pKa, equilibria, and moreLecture 01: Introduction to Bis2ALecture 01 Introduction to Bis2ALecture 02: Scientific Method and Design ChallengeLecture 03: Chemistry Important to understanding Biomolecules: lipids, Carbohyderatres, Nucleic Acids and ProteinsLecture 05: Membranes and transportLecture 05: Reaction KineticsLecture 06: Thermodynamics & EnergeticsLecture 07: Redox reactions Metabolism- carbon flow and energy transferLecture 08: Carbon MetabolismLecture 09: Electron transport/ATP productionLecture 10: Photophosphoryaltion/ATP productionLecture 11: Putting it all togetherLecture 14: Bacteria and Archaea and origins of EukaryotesLecture 15: The cytoskeleton and motor proteinsLecture 16: DNA replicationLecture 17: DNA repair and RecombinationLecture 18: Reading information in the genome: transcriptionChapter 18 2018Lecture 19: Reading information in the genome: transcriptionLecture 19: Translation & post-translational processesLecture 20: Translation & post-translational processesLecture 22: Genomics, Proteomics and MetabolomicsLecture 22: Genomics, Proteomics and Metabolomics 2018Lecture 23: Mutants and MutationsLecture 23: Mutants and Mutations 2018Lecture 25: Regulation of Gene ExpressionLecture 24: Regulation of Gene Expression 2018Lecture 26: Regulating gene expression, eukaryoticLecture 26: Regulating gene expression, eukaryotic 2018Lecture 27: Cell Cycle and Cell DivisionLecture 27: Cell Cycle and Cell Division 2018Lecture 28: MitosisLecture 28: Mitosis 2018Lecture 29: MeiosisLecture 29: Meiosis 2018Test Page Assumed background review: atoms, bonds, pH, pKa, equilibria, and moreNo image availableLecture 01: Introduction to Bis2ANo image availableLecture 02: Scientific Method and Design ChallengeNo image availableLecture 03: Chemistry Important to understanding Biomolecules: lipids, Carbohyderatres, Nucleic Acids and ProteinsNo image availableLecture 05: Membranes and transportNo image availableLecture 06: Thermodynamics & EnergeticsNo image availableLecture 07: Redox reactions Metabolism- carbon flow and energy transferNo image availableLecture 08: Carbon MetabolismNo image availableLecture 09: Electron transport/ATP productionNo image availableLecture 10: Photophosphoryaltion/ATP productionNo image availableLecture 11: Putting it all togetherNo image availableLecture 14: Bacteria and Archaea and origins of EukaryotesNo image availableLecture 15: The cytoskeleton and motor proteinsNo image availableLecture 16: DNA replicationNo image availableLecture 17: DNA repair and RecombinationNo image availableLecture 18: Reading information in the genome: transcriptionNo image availableChapter 18 2018Lecture 19: Reading information in the genome: transcriptionLecture 19: Translation & post-translational processesNo image availableLecture 20: Translation & post-translational processesNo image availableLecture 22: Genomics, Proteomics and MetabolomicsNo image availableLecture 22: Genomics, Proteomics and Metabolomics 2018Lecture 23: Mutants and MutationsNo image availableLecture 23: Mutants and Mutations 2018Lecture 25: Regulation of Gene ExpressionNo image availableLecture 24: Regulation of Gene Expression 2018Lecture 26: Regulating gene expression, eukaryoticNo image availableLecture 26: Regulating gene expression, eukaryotic 2018Lecture 27: Cell Cycle and Cell DivisionNo image availableLecture 27: Cell Cycle and Cell Division 2018Lecture 28: MitosisNo image availableLecture 28: Mitosis 2018Lecture 29: MeiosisNo image availableLecture 29: Meiosis 2018
