UsefulLinks
1. Introduction to Biophysical Chemistry
2. Biological Molecules as Physical Systems
3. Water and the Biological Environment
4. Fundamental Physical Forces
5. Thermodynamics of Biological Systems
6. Chemical Kinetics and Dynamics
7. Macromolecular Structure
8. Spectroscopic Methods
9. Structural Determination Methods
10. Hydrodynamics and Transport
11. Molecular Interactions and Binding
12. Statistical Mechanics Applications
  1. Chemistry
  2. Applied and Interdisciplinary Chemistry

Biophysical Chemistry

1. Introduction to Biophysical Chemistry
2. Biological Molecules as Physical Systems
3. Water and the Biological Environment
4. Fundamental Physical Forces
5. Thermodynamics of Biological Systems
6. Chemical Kinetics and Dynamics
7. Macromolecular Structure
8. Spectroscopic Methods
9. Structural Determination Methods
10. Hydrodynamics and Transport
11. Molecular Interactions and Binding
12. Statistical Mechanics Applications
4.
Fundamental Physical Forces
4.1.
Covalent Interactions
4.1.1.
Bond Formation
4.1.2.
Bond Energies
4.1.3.
Bond Lengths and Angles
4.1.4.
Resonance Effects
4.2.
Electrostatic Interactions
4.2.1.
Coulomb's Law
4.2.2.
Dielectric Effects
4.2.3.
Salt Bridges
4.2.4.
Ion Pairing
4.3.
Hydrogen Bonds
4.3.1.
Geometric Criteria
4.3.2.
Strength Variations
4.3.3.
Cooperativity
4.3.4.
Biological Roles
4.4.
Van der Waals Forces
4.4.1.
London Dispersion Forces
4.4.2.
Dipole Interactions
4.4.3.
Steric Effects
4.4.4.
Distance Dependence
4.5.
Hydrophobic Interactions
4.5.1.
Entropic Basis
4.5.2.
Solvent-Mediated Effects
4.5.3.
Temperature Dependence
4.5.4.
Protein Folding Role

Previous

3. Water and the Biological Environment

Go to top

Next

5. Thermodynamics of Biological Systems

About•Terms of Service•Privacy Policy•
Bluesky•X.com

© 2025 UsefulLinks. All rights reserved.