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Unites the different areas of biophysical research and allows users to navigate through the most essential concepts with ease.

Comprehensive Biophysics

POST SECONDARY FOUR YEAR

COLFR

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COLSR

COMPREHENSIVE BIOPHYSICS 9V

Duration

Duration Unit Of Measure

Transaction Type

Front Cover.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 1.
Contents of All Volumes.
Preface.
1: Volume 1 Biophysical Techniques for Structural Characterization of Macromolecules.
2: Volume Introduction.
3: Overview and Historical.
4: Cantor and Schimmel &#x2013; 30 Years Later.
5: Protein Production Strategies for High-Throughput Structure Determination.
6: Efficient Strategies for Production of Eukaryotic Proteins.
7: X-Ray Crystallography.
8: X-Ray Crystallography: Crystallization.
9: X-Ray Crystallography: Data Collection Strategies and Resources.
10: Phasing of X-Ray Data.
11: Refinement of X-Ray Crystal Structures.
12: Structure Validation and Analysis.
13: NMR Spectroscopy.
14: Introduction to Solution State NMR Spectroscopy.
15: Solid State NMR Methods.
16: The Hybrid Solution/Solid-State NMR Method for Membrane Protein Structure Determination.
17: Labeling Techniques.
18: NMR Spectroscopy: NMR Relaxation Methods.
19: Electron Microscopy.
20: Structure Determination of Macromolecular Complexes by Cryo-Electron Microscopy in vitro and in situ.
21: Analysis of 2-D Crystals of Membrane Proteins by Electron Microscopy.
22: Cryo-Electron Microscopy and Tomography of Virus Particles.
23: Mass Spectrometry.
24: Mass Spectrometry.
25: SAXS.
26: Small and Wide Angle X-Ray Scattering from Biological Macromolecules and Their Complexes in Solution.
27: Ultrafast Spectroscopic Techniques.
28: Ultrafast Structural Dynamics of Biological Systems.
29: EPR and Other Electron Spectroscopies.
30: Electron Magnetic Resonance.
31: Computation.
32: Computation of Structure, Dynamics, and Thermodynamics of Proteins.
33: Fast Flow.
34: Rapid Mixing Techniques for the Study of Enzyme Catalysis.
35: Other Spectroscopy &#x2013; UV-Vis, CD, Raman, Vibrational CD Applied in Biophysical Research.
36: Optical Spectroscopy.
37: FRET/Fluorescence.
38: Fluorescence and FRET: Theoretical Concepts 101.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 2.
Contents of All Volumes.
Preface.
1: Volume 2 Biophysical Techniques for Characterization of Cells.
2: Volume Introduction.
3: Elucidating Cellular Structures.
4: Confocal Microscopy.
5: Fluorescence Lifetime Microscopy: The Phasor Approach.
6: Super-Resolution Microscopy.
7: Studying the Macromolecular Machinery of Cells in situ by Cryo-Electron Tomography.
8: Visualizing Sub-Cellular Organization Using Soft X-Ray Tomography.
9: Atomic Force Microscopy.
10: Super-Resolution Near-Field Optical Microscopy.
11: CARS Microscopy.
12: Elucidating Cellular Dynamics.
13: Quantitative Fluorescent Speckle Microscopy.
14: Fluorescence Correlation Spectroscopy.
15: Image Correlation Spectroscopy.
16: The Basics and Potential of Single-Molecule Tracking in Cellular Biophysics.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 3.
Contents of All Volumes.
Preface.
1: Volume 3 The Folding of Proteins and Nucleic Acids: Protein Folding.
2: Combining Simulation and Experiment to Map Protein Folding.
3: Globular Proteins.
4: Energetics of Protein Folding.
5: Fast Events in Protein Folding.
6: Intermediates in Protein Folding.
7: Characterization of the Denatured State.
8: Single-Molecule Spectroscopy of Protein Folding.
9: Simulation Studies of Force-Induced Unfolding.
10: Protein and Nucleic Acid Folding: Domain Swapping in Proteins.
11: Intrinsically Disordered Proteins.
12: Chaperones and Protein Folding.
13: Protein Switches.
14: Repeat/Non-Globular Proteins.
15: The Folding of Repeat Proteins.
16: Membrane Proteins.
17: The Membrane Factor: Biophysical Studies of Alpha Helical Transmembrane Protein Folding.
18: Nucleic Acid Folding.
19: Effect of Protein Binding on RNA Folding.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 4.
Contents of All Volumes.
Preface.
1: Volume 4 Molecular Motors and Motility.
2: Introduction.
3: General Theoretical Considerations.
4: Microscopic Reversibility and Free-Energy Transduction by Molecular Motors and Pumps.
5: Actin.
6: Structure and Dynamic States of Actin Filaments.
7: Actin Filament Nucleation and Elongation.
8: Mechanical Properties of Actin Networks.
9: Microtubles.
10: Tubulin and Microtubule Structure: Mechanistic Insights into Dynamic Instability and Its Biological Relevance.
11: Force Generation by Dynamic Microtubule Polymers.
12: Myosin.
13: Myosin Motors: Structural Aspects and Functionality.
14: Myosin Motors: Kinetics of Myosin.
15: Single Molecule Fluorescence Techniques for Myosin.
16: Muscle.
17: Cell-Based Studies of the Molecular Mechanism of Muscle Contraction.
18: Spectroscopic Probes of Muscle Proteins.
19: Thin Filament Regulation.
20: Smooth Muscle and Myosin Regulation.
21: Non-Muscle Motility.
22: Intracellular Transport: Relating Single-Molecule Properties to In Vivo Function.
23: Mechanical Forces in Mitosis.
24: Kinesin.
25: Kinesin Structure and Biochemistry.
26: Kinesin Single-Molecule Mechanics.
27: Dynein.
28: Cytoplasmic Dynein: Its ATPase Cycle and ATPase-Dependent Structural Changes.
29: Axonemal Motility.
30: Nucleic Acid Motors.
31: The Ribosome.
32: Viral DNA Packaging Motors.
Half Title Page.
Title Page.
Copyright Page.
Table of Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 5.
Contents of All Volumes.
Preface.
1: Volume 5 Membranes: Volume Introduction.
2: Biophysics of Membranes.
3: Lipid Bilayers.
4: Lipid Bilayer Structure.
5: Membrane Domains and Their Relevance to the Organization of Biological Membranes.
6: Atomic Force Microscopy and Fluorescence Microscopy of Lipid Bilayers.
7: Detergent Interactions with Lipid Bilayers and Membrane Proteins.
8: Membrane Proteins.
9: Atomic Force Microscopy and Electron Microscopy of Membrane Proteins.
10: Solution NMR Spectroscopy of Integral Membrane Proteins.
11: Structure and Folding of Outer Membrane Proteins.
12: Pore-Forming Toxins.
13: Protein Interactions with Membranes.
14: Interactions of Antimicrobial Peptides with Lipid Bilayers.
15: Membrane Recruitment of Signaling Domains.
16: Membrane Protein&#x2013;Lipid Match and Mismatch.
17: Supported Membranes &#x2013; Structure and Interactions.
18: Membrane Fusion.
19: The Biophysics of Membrane Fusion.
20: Mechanisms of Enveloped Virus Entry by Membrane Fusion.
21: Membrane Dynamics.
22: Computer Simulation of Membrane Dynamics.
23: Single Molecule Measurements in Membranes.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 6.
Contents of All Volumes.
Preface.
1: Volume 6 Channels.
2: Channel Proteins &#x2013; An Introduction.
3: Structure-Function Correlates of Glutamate-Gated Ion Channels.
4: Gating Dynamics of the Potassium Channel Pore.
5: Biophysics of TRP Channels.
6: Mechanosensory Transduction.
7: Structures and Mechanisms in Chloride Channels.
8: Biophysics of Ceramide Channels.
9: Voltage Gated Proton Channels.
10: STIM1-ORAI1 Store-Operated Calcium Channels.
11: Structure&#x2013;Function Correlates in Plant Ion Channels.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 7.
Contents of All Volumes.
Preface.
1: Volume 7 Cell Biophysics.
2: Introduction.
3: Biophysics of Cell-Matrix Adhesion.
4: Biophysics of Selectin-Mediated Cell Adhesion.
5: Biophysics of Cadherin-Mediated Cell&#x2013;Cell Adhesion.
6: Understanding How Dividing Cells Change Shape.
7: Biophysics of Bacterial Cell Growth and Division.
8: Biophysics of Three-Dimensional Cell Motility.
9: Biophysics of Molecular Cell Mechanics.
10: Biophysics of Nuclear Organization and Dynamics.
11: Cell-Extracellular Matrix Mechanobiology in Cancer.
12: Biomechanics of Cell Motility.
13: Biophysics of Cell Developmental Processes: A Lasercutter&#x2019;s Perspective.
14: Bacterial Organization in Space and Time.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 8.
Contents of All Volumes.
Preface.
1: Volume 8 Bioenergetics.
2: Ion Electrochemical Gradients, Roles and Measurements.
3: Structure-Function Relationships in P-Type ATPases.
4: Rotational Catalysis by F1-ATPase.
5: The Rotary Bacterial Flagellar Motor.
6: Electron Transfer Chains: Structures, Mechanisms and Energy Coupling.
7: Light Capture in Photosynthesis.
8: The Structure-Function Relationships of Photosynthetic Reaction Centers.
9: Molecular Aspects of the Translocation Process by ABC Proteins.
10: Structural and Mechanistic Aspects of Mitochondrial Transport Proteins.
11: Light Capture and Energy Transduction in Bacterial Rhodopsins and Related Proteins.
12: Transporters and Co-Transporters in Theory and Practice.
13: Membrane Proteins for Secondary Active Transport and Their Molecular Mechanisms.
Half Title Page.
Title Page.
Copyright Page.
Contents.
Editor-in-Chief.
Editorial Board.
Contributors to Volume 9.
Contents of All Volumes.
Preface.
1: Volume 9 Simulation and Modeling: Volume Introduction.
2: Theoretical Biophysics: A Cornerstone of Understanding in Modern Biology and Biomedicine.
3: In Silico Approaches to Structures and Function of Cell Components and Their Aggregates.
4: Coarse-Grained Methods: Theory.
5: In Silico Coarse-Grained Approaches to Structural Dynamics and Function of Proteins and Their Assemblies.
6: Coarse Grained Methods: Applications to Membranes.
7: Dynamics of Very Large Systems: The Ribosome.
8: New Technologies for Molecular Dynamics Simulations.
9: Simulations of Molecular Mechanisms.
10: Molecular Modeling and Simulations of Transporter Proteins &#x2013; The Transmembrane Allosteric Machinery.
11: Gene Protein Coupled Receptors.
12: Quantum Mechanical Methods for Enzyme Modeling: Accurate Computation of Kinetic Isotope Effects.
13: MNDO-PSDCI and the Analysis of the Photophysical Properties of Visual Chromophores and Retinal Proteins.
14: In Silico Approaches to Structure and Function of Cell Components and Their Assemblies.
15: Molecular Electrostatics and Solvent Effects.
16: Interactions of the Cell Membrane with Integral Proteins.
17: Modeling of Interaction Networks in the Cell.
18: Theory and Mathematical Methods.
19: Mathematical Modeling of Complex Biological Systems.
20: From Genes and Molecules to Organs and Organisms: Heart.
21: Biophysical Representation of Kidney Function.
22: Systems Immunology: A Primer for Biophysicists.
Index.

Comprehensive Biophysics.css-1p8rvzy{position:absolute;padding-left:8px;}

Comprehensive Biophysics