Media Connections www.courses.bfwpub.com/lehninger6e Binding Curve for Myoglobin .Technique Animations(10 total)reveal the Molecular Structure Tutorial:Oxygen-Binding experimental techniques available to Proteins-Hemoglobin:Oxygen Transport researchers today Living Graphs(15 total)allow students to onddin alter the parameters in key equations and Hill Equation graph the results. re Tutorials Molecular Structure Tutorials (9 total)guide mm -Defects in Hb Lead MHC Molecules Technique Animation:Immunoblotting selbalch Equation Chapter 6 Enzymes pan Competitive Inhibitor Architecture-Amino Acids Uncompetitive Inhibitor Technique Animation:SDS Gel Electrophoresis Mixed Inhibitor ure of Proteins Mechanism Animation:Chymotrypsin Mechanism Protein Architecture Sequence and Primary Living Graph:Lineweaver-Burk Equation Structure Protein Architecture. The a Helis Protein Architecture-The B Sheet ing Blocks of Amino Acids Protein ArchitectureTurn Protein architecture -Introduction to Tertiary Technique Animation:Dideoxy Sequencing of DNA -Tertiary Structure of Endonucleases mations Protein Architecture-Tertiary Structure of Large Globular Proteins Reporter Constructs Protein Architecture-Quaterary Structure Polymerase Chain ReactionMedia Connections Below is a chapter-by-chapter list of the media resources available on the Instructor’s CD-ROM and website www.courses.bfwpub.com/lehninger6e. • Mechanism Animations (12 total) show key reactions in detail. • Technique Animations (10 total) reveal the experimental techniques available to researchers today. • Living Graphs (15 total) allow students to alter the parameters in key equations and graph the results. • Molecular Structure Tutorials (9 total) guide students through concepts using three￾dimensional molecular models. New animations will be added throughout the life of the edition. Chapter 2 Water Living Graph: Henderson-Hasselbalch Equation Chapter 3 Amino Acids, Peptides, and Proteins Molecular Structure Tutorials: Protein Architecture—Amino Acids Technique Animation: SDS Gel Electrophoresis Chapter 4 The Three-Dimensional Structure of Proteins Molecular Structure Tutorials: Protein Architecture—Sequence and Primary Structure Protein Architecture—The Helix Protein Architecture—The Sheet Protein Architecture—Turn Protein Architecture—Introduction to Tertiary Structure Protein Architecture—Tertiary Structure of Fibrous Proteins Protein Architecture—Tertiary Structure of Small Globular Proteins Protein Architecture—Tertiary Structure of Large Globular Proteins Protein Architecture—Quaternary Structure Chapter 5 Protein Function Molecular Structure Tutorial: Oxygen-Binding Proteins—Myoglobin: Oxygen Storage Living Graphs: Protein-Ligand Interactions Binding Curve for Myoglobin Molecular Structure Tutorial: Oxygen-Binding Proteins—Hemoglobin: Oxygen Transport Living Graphs: Cooperative Ligand Binding Hill Equation Molecular Structure Tutorials: Oxygen-Binding Proteins—Hemoglobin Is Susceptible to Allosteric Regulation Oxygen-Binding Proteins—Defects in Hb Lead to Serious Genetic Disease MHC Molecules Technique Animation: Immunoblotting Chapter 6 Enzymes Living Graphs: Michaelis-Menten Equation Competitive Inhibitor Uncompetitive Inhibitor Mixed Inhibitor Mechanism Animation: Chymotrypsin Mechanism Living Graph: Lineweaver-Burk Equation Chapter 8 Nucleotides and Nucleic Acids Molecular Structure Tutorial: Nucleotides, Build￾ing Blocks of Amino Acids Technique Animation: Dideoxy Sequencing of DNA Chapter 9 DNA-Based Information Technologies Molecular Structure Tutorial: Restriction Endonucleases Technique Animations: Plasmid Cloning Reporter Constructs Polymerase Chain Reaction FEP.indd Page 2 19/10/12 12:57 PM user-F408 /Users/user-F408/Desktop