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Biology
Biochemistry and Biophysics
Biophysics
1. Introduction to Biophysics
2. Physical Principles in Biology
3. Molecular Biophysics
4. Cellular Biophysics
5. Systems and Organismal Biophysics
6. Biophysical Techniques and Methods
Systems and Organismal Biophysics
Biomechanics
Mechanics of Tissues and Biomaterials
Stress-Strain Relationships
Viscoelasticity
Bone, Cartilage, and Connective Tissue
Failure Mechanisms
Locomotion and Gait
Principles of Animal Locomotion
Gait Analysis
Energetics of Movement
Scaling Laws
Fluid Dynamics of Circulation and Respiration
Blood Flow in Vessels
Gas Exchange in Lungs
Hemodynamics
Pulsatile Flow
Sensory Biophysics
Biophysics of Vision
Phototransduction
Light Absorption and Signal Transduction
Rhodopsin Cascade
Optics of the Eye
Lens and Cornea
Image Formation
Aberrations
Biophysics of Hearing
Mechanics of the Cochlea
Sound Wave Propagation
Basilar Membrane Mechanics
Frequency Selectivity
Hair Cell Transduction
Mechanotransduction
Signal Amplification
Otoacoustic Emissions
Biophysics of Touch and Proprioception
Mechanoreceptors
Sensory Transduction Pathways
Adaptation Mechanisms
Photosynthesis and Energy Conversion
Light-Harvesting Complexes
Structure and Function
Energy Transfer Mechanisms
Antenna Systems
Electron Transport Chains
Components and Organization
Redox Reactions
Proton Pumping
Proton Gradients and ATP Synthesis
Chemiosmotic Theory
ATP Synthase Mechanism
Regulation of ATP Production
Network Biophysics
Gene Regulatory Networks
Network Topologies
Feedback and Feedforward Loops
Bistability and Switches
Metabolic Networks
Pathway Analysis
Flux Balance Analysis
Metabolic Control Theory
Neural Networks
Structure and Function of Neural Circuits
Computational Models
Network Dynamics
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6. Biophysical Techniques and Methods