Readings Last updated Save as PDF Page ID8374 1.1: Welcome to BIS2A1.2: The Scientific Method1.3: Problem Solving2.1: The Design Challenge2.2: Bacterial and Archaeal Diversity2.3: Eukaryotic Cell: Structure and Function3.1: Electronegativity3.2: Bond Types—Ionic and Covalent3.3: Hydrogen Bonds3.4: Functional Groups4.1: Carbohydrates4.2: Lipids4.3: Amino Acids4.4: Nucleic Acids5.1: Proteins5.2: Enzymes5.3: pH6.1: pKa6.2: Chemical Reactions6.3: Energy Story6.4: Thermodynamics6.5: Energy6.6: Free Energy6.7: Endergonic and Exergonic Reactions6.8: Activation Energy7.1: Energy Story7.2: Energy and Chemical Reactions7.3: Chemical Equilibrium—Part 1: Forward and Reverse Reactions7.4: Chemical Equilibrium—Part 2: Free Energy8.1: ATP8.2: Reduction/Oxidation Reactions8.3: Electron Carriers9.1: Metabolism in BIS2A9.2: Glycolysis: Beginning Principles of Energy and Carbon Flow9.3: Fermentation and Regeneration of NAD+10.1: Oxidation of Pyruvate and the TCA Cycle10.2: Introduction to Electron Transport Chains and Respiration11.1: Electron Transport Chains11.2: Light Energy and Pigments11.3: Photophosphorylation: Anoxygenic and Oxygenic12: Light Independent Reactions and Carbon Fixation13.1: Eukaryotic Origins14: The Cytoskeleton15.1: Membranes15.2: Membrane Transport15.3: Membrane Transport with Selective Permeability16.1: The DNA Double Helix and Its Replication17.1: The Flow of Genetic Information18.1: Transcription—from DNA to RNA19.1: Translation—Protein Synthesis19.2: The Endomembrane System20.1: Mutations and Mutants21.1: Sickle Cell Anemia22.1: Gene regulation: Introduction23.1: Gene regulation: Bacterial23.2: Gene regulation: Eukaryotic24.1: Cell division: Bacterial24.2: Cell division: Mitosis25.1: Cell division: Mitosis25.2: Cell division: Meiosis26: Genomes: a Brief Introduction UC Davis Biological Sciences (BIS 2A) Introduction to Biology: Essentials of Life on Earth Winter 2018: Dr. Easlon Agenda ● Readings Topic hierarchy
