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Course: MCAT > Unit 3
Lesson 1: Foundation 4: Physical and chemical principles- Understanding the ballistics of gene bombardment
- The mechanics of standing balance
- The forearm as an example of a third-class lever
- Physics of walking and running
- Patients in a wheelchair
- An elevator in a hospital
- Elasticity and kinetics of vulcanized rubber
- A physical model of human sitting
- Proton beam therapy: Particle accelerators in medicine
- Axons: Physics and chemistry at work in the body
- Gamma knife radiosurgery
- Dermoscopy: Looking skin deep
- Electromyography and passive filters: Circuitry in action
- Shortwave diathermy in rehabilitative medicine
- Selection of radionuclides for radiopharmaceuticals
- Clinical applications of tuning forks
- Using optical traps to manipulate single DNA strands
- Flow and poiseuille's law in operation
- The physics of eyesight correction
- Technetium decay and its cardiac application
- Mass spectrometry in the operating room
- Pure tone audiometry in diagnosing hearing loss
- The radioactivity of iodine-131
- Understanding the properties of radioactive tracers
- Characteristics of various therapeutic radioisotopes
- Using ultrasounds to measure blood flow velocity
- Pressure regulation and fluid dynamics of the respiratory system
- Preventing barotrauma in deep-sea divers
- Analysis of image production by the human eye
- Comparing the stress exerted on the body by different running shoes
- The effects of microgravity on muscle tissues
- The forces and torques acting on the hip joint
- The effects of ear canal acoustics on hearing ability
- Doppler effect in living tissue
- Neuronal membranes: Nature's capacitors
- Leukocytes roll on blood vessel walls
- The effects of ultrasound on different tissue types
- The refraction of light through the human eye
- Resonance in a tube
- How movements influence an ultrasound
- An experiment with light rays and a prism
- Eye disease and contact lenses
- Using scallops to correct vision
- A mirror in an operating room
- Converging and diverging lenses in a lab
- Hyperopia and convex lenses
- Electric Field Treatments and electroporation
- Electrostatics, medicine, and metal spheres
- Capacitors in electrocardiography monitors
- Charles' law and gas in a piston
- Chlorofluorocarbons and the environment
- Hydrotherapy and full body immersion
- The tubular system in an aquarium
- Coronary heart disease and blood pressure
- Cardiac dysrhythmia and defibrillators
- A scale under water
- Rollercoasters are energy at work!
- Basal metabolic rate and energy expenditure
- Hills, inclement weather, and cars
- A ramp in an administrative office
- Frictional forces on mobility walkers
- Force of tension - Passage 1
- The world's fastest mammal
- Concussions in professional athletes
- Blood flow in the arteries
- The speed of a neural impulse
- Knee injuries in athletes
- Forces on a kidney stone
- Ancient Greek catapults and medical packs
- Swine flu in Finland
- Testing new suture material
- Ideal gases in medicine
- Biological adaptations in response to physical constraints: the case of Atlantic salmon
- Tension in the muscles
- Heat engines and work
- Your heart does work: A relationship of pressure and volume
- Analyzing electrocardiogram voltage signals
- The effect of contrast agents on MRI signals
- Imaging tissue structures using muon tomography
- Understanding cardiac pressure-volume curves
- Studying metabolism with galvanic cells
- DNA motion in gel electrophoresis
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Cardiac dysrhythmia and defibrillators
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