Animations at the Wiley Website of Selected Figures from the Fundamentals of Biochemistry textbook.
| Chapter 2 | Fig. 2-15 -- Titration Curves for Acetic Acid, Phosphate and Ammonia |
| Chapter 2 | Fig. 2-16 -- Titration of a Polyprotic Acid |
| Chapter 3 | Fig. 3-29 -- Construction of a Recombinant DNA Molecule(not covered) |
| Chapter 3 | Fig. 3-30 -- Cloning with Bacteriophage lambda(not covered) |
| Chapter 3 | Fig. 3-33 -- Site-directed Mutagenesis (not covered) |
| Chapter 4 | Fig. 4-8 -- Titration of Glycine |
| Chapter 5 | Fig. 5-3 -- Enzyme-linked Immunosorbent Assay |
| Chapter 5 | Fig. 5-5 -- Ion-exchange Chromatography |
| Chapter 5 | Fig. 5-6 -- Gel Filtration Chromatography |
| Chapter 5 | Fig. 5-15 -- Edman Degradation |
| Chapter 5 | Fig. 5-16 -- Generating Overlapping Fragments to Determine the Amino Acid Sequence of a Polypeptide |
| Chapter 6 | Fig. 6-7 -- The Alpha Helix |
| Chapter 6 | Fig. 6-9 -- Beta Sheets |
| Chapter 6 | Fig. 6-33 -- Symmetries for Oligomeric Proteins |
| Chapter 6 | Fig. 6-39 -- Protein Disulfide Isomerization Reaction |
| Chapter 7 | Fig. 7-7 -- Oxygen Binding Curve of Hemoglobin |
| Chapter 7 | Fig. 7-9 -- Movements of the Hemoglobin Heme and F Helix during the TR Transition |
| Chapter 7 | Fig. 7-12 -- The Bohr Effect |
| Chapter 7 | Fig. 7-14 -- The Effect of BPG and CO2 on Hemoglobin's O2 Dissociation Curve |
| Chapter 7 | Fig. 7-29 -- Mechanism of Force Generation in Muscle (not covered) |
| Chapter 10 | Fig. 10-20 -- The Signal Hypothesis |
| Chapter 10 | Fig. 10-35 -- Model for Glucose Transport (not covered) |
| Chapter 11 | Fig. 11-13 -- The Effect of Preferential Transition State Binding |
| Chapter 11 | Fig. 11-16 -- Chair & Half-chair Conformations |
| Chapter 11 | Fig. 11-19 -- The Phillips Mechanism for the Lysozyme Reaction |
| Chapter 12 | Fig. 12-2 -- The Progress Curves for a Simple Enzyme-catalyzed Reaction |
| Chapter 12 | Fig. 12-3 -- A Plot of Initial Velocity versus Substrate Concentration for a Simple Enzymatic Reaction |
| Chapter 12 | Fig. 12-4 -- A Double-reciprocal (Lineweaver-Burk) Plot |
| Chapter 12 | Fig. 12-7 -- A Lineweaver-Burk Plot for Competitive Inhibition |
| Chapter 12 | Fig. 12-8 -- A Lineweaver-Burk Plot for Uncompetitive Inhibition |
| Chapter 12 | Fig. 12-9 -- A Lineweaver-Burk Plot for Mixed Inhibition |
| Chapter 12 | Fig. 12-10 -- Plot of Velocity versus [Aspartate] for the ATCase Reaction |
| Chapter 23 | Fig. 23-16 -- The UV Absorption Spectrum of Native and Denatured E. coli DNA |
| Chapter 23 | Fig. 23-17 -- A DNA Melting Curve |
These animations will also appear in the quizzes at the Wiley website. Several of these animations will not be covered in this course, but they appear in chapters that we will study.
Back to 5310 Home
Last updated
Comments/questions: svik@mail.smu.edu
Copyright 2002, Steven B. Vik, Southern Methodist University