Captioned Animations (See related pages) Chapter 1 Three Domains Chapter 2 Carbohydrate Structure Protein Structure and Function Enzyme Function Protein Denaturation DNA Structure DNA Replication Base Pairings Chapter 3 Gram Stain Chapter 4 Biofilm Formation Bacterial Locomotion Chemotaxis Bacterial Conjugation Bacterial Conjugation: Transfer of a Plasmid Peptidoglycan Gram Stain Compaction of Bacterial Chromosome Bacterial Endospore Formation Chapter 5 Endosymbiosis Mitosis Meiosis Lysosomes Chloroplast Chapter 6 Reverse Transcriptase Retroviruses Replication of a Positive Sense RNA Virus Entry of Virus Into Host Cell Mechanism for Releasing Enveloped Virions Steps in Replication of T4 Life Cycle of a T2 Phage Lambda Phage Replication Cycle Prions Chapter 7 Autotrophs Photosynthesis Summary How Diffusion Works How Osmosis Works Cellular Responses to Osmotic Gradient How Facilitated Diffusion Works Membrane Active Transport Group Translocation Endocytosis and Exocytosis Food Pathogens and Temperature Biofilm Formation Quorum Sensing Bacterial Cell Cycle Binary Fission Chapter 8 How Enzymes Work Enzyme Action and the Hydrolysis of Sucrose Biochemical Pathway Feedback Inhibition of Biochemical Pathways Enzyme Induction The Coenzyme NAD How Glycolysis Works How the Krebs Cycle Works Electron Transport System and Formation of ATP Proton Pump Photosynthesis Summary Photosynthesis Reactions Photosynthetic Electron Transport How The Calvin Cycle Works Carbon Fixation Chapter 9 DNA Structure Structural Basis of DNA Replication DNA Replication Fork Leading and Lagging Strands in DNA Replication DNA Replication Proofreading Function of DNA Bidirectional DNA Replication Simple Gene Expression Transcription mRNA Synthesis Adding Amino Acids to tRNA Molecules How Translation Works Protein Synthesis Completion How Spliceosomes Process RNA Processing of Gene Information Regulatory Proteins Lac Operon Induction Lac Operon Regulation Antibiotic Inhibition of Protein Synthesis Horizontal Gene Transfer Bacterial Conjugation: Transfer of a Plasmid Bacterial Conjugation Bacterial Transformation Transduction Generalized Transduction Specialized Transduction by Temperate Phage Transposons Mutation by Base Substitution Addition and Deletion Mutations Direct Repair Thymine Dimers Formation and Repair Mismatch Repair Nucleotide Excision Repair Chapter 10 Early Genetic Experiment Restriction Endonucleases cDNA Restriction Fragment Length Polymorphisms Hybridization of DNA Probes Polymerase Chain Reaction Integration and Excision of a Plasmid Steps in Cloning a Gene 1 Steps in Cloning a Gene 2 Steps in Cloning a Gene 3 Sanger Sequencing Using a DNA Microarray Chapter 11 Control of Microorganisms Protein Denaturation Thymine Dimers Cellular Responses to Osmotic Gradient Chapter 12 Cell Wall Antibiotics Antibiotic Inhibition of Protein Synthesis Antiviral Agents Interferon Antibiotic Resistance Chapter 13 A-B Exotoxins Chapter 14 Nonspecific Immunity Lymphatic System Phagocytosis Phagocytic Cells Toll Like Receptors Inflammatory Response Antiviral Activity of Interferon Complement Function Complement Activation Activation of Complement Chapter 15 Immune Response T-Cells Antibodies Antibody Diversity Clonal Selection Antigenic Determinants Superantigens Interaction of Antigen Presenting Cells and T Helper Cells Antigen Processing T-Cell Dependent Antigens Cytotoxic T-Cell Activity Against Target Cells Agglutination and Precipitation Vaccination Constructing Vaccines Chapter 16 IgE Mediated Type I Hypersensitivity Cytotoxic Type II Hypersensitivity Immune Complex Type III Hypersensitivity Delayed Type IV Hypersensitivity Chapter 17 Agglutination and Precipitation Enzyme Linked Immunosorbant Assay Monoclonal Antibodies Polymerase Chain Reaction Hybridization of DNA Probes Chapter 19 Prion Disease Function of the Neuromuscular Junction Chapter 20 Lymphatic System Life Cycle of Plasmodium How the HIV Infection Cycle Works Integration of HIV into Host Cell HIV Replication Treatment of HIV Infection Chapter 21 Respiratory System Overview A-B Exotoxins Chapter 22 Overview of Gastrointestinal Tract Ulcers Chapter 24 Carbon Cycle Root Nodule Formation Water Cycle Chapter 25 Food Pathogens and Temperature
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