Physics in Biology and Medicine

1. Static Forces2. Friction3. Translational Motion4. Angular Motion5. Elasticity and Strength of Materials6. Insect Flight7. Fluids8. The Motion of Fluids9. Heat and Kinetic Theory10. Thermodynamics11. Heat and Life12. Waves and Sound13. Electricity14. Electrical Technology15. Optics16. Atomic Physics17. Nuclear Physics18. Nanotechnology in Biology and Medicine

AppendixA. Basic Concepts in MechanicsB. Review of ElectricityC. Review of Optics

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• Física médica
• Biofísica

action potential; air friction; airbags; Archimedes' principle; arteriosclerosis; atomic force microscopy; atomic theory; balance; basic explanation of friction; bending and limping; Bernoulli's equation; biosensors; blood circulation; blood flow control; blood flow turbulence; blood pressure; bone fracture; buoyancy; cancer therapy; center of gravity; cochlear implant; compression; confocal microscopy; contact lenses; convection; diffusion; diffusive transport; drug delivery; effect of friction on joints; electric fish; electrical analysis; electrical control systems; electrical potential; Electrical technology; electricity in bone; electricity in plants; electrocardiograph; electroencephalograph; electron microscopy; energetics of blood flow; energy consumption; energy expended in insect flight; energy from food; energy requirements; energy stored in resilin; eye; feedback; fiber optics; fins as a retractable weapon; flow of energy; fluid pressure; fluids; food preservation; forces in lifting; forces on skeletal muscles and joints; functional magnetic resonance imaging (fMRI); functioning of lungs; hearing aid; heat; heat and life; heat and soil; heat conduction; hovering flight; hydrostatic skeleton; hyperopia; insect flight; insect locomotion on water; isotopic tracers; kinetic theory of matter; laser diagnostics; laser imaging; laser surgery; lasers; laws of physics and life; laws of thermodynamics; lubrication of joints; magnetic resonance imaging (MRI); medical applications; metabolic rare; microscope; muscles contraction; myopia; nanostructures; nanotechnology; neuron; nuclear magnetic resonance (NMR); nucleus; optical properties; osteoarthritis; Pascal's principle; Poiseulle's law; power produced by the heart; power required for hovering; presbiopia; quantum theory; radiation; radiation therapy; regulation of body temperature; resolving power of the eye; retina; running high jump; safety of nanotechnology; silver nanoparticles; soil water; specific heat; spectroscopy; spring constant; standing broad jump and running broad jump; static forces; strength of materials; stretch; surface potential; surface properties; surface tension; surfactants; synaptic transmission; telescope; terminal velocity; the lense system; thermodynamics and living systems; threshold of vision; translational motion; turbulence; vertical jump; viscocity; whiplash; work; X-ray computerized tomography; X-ray technology; Young's modulus