Biomechanic Fields
Kinesiology
Musculoskeletal System
EM Spectrum
Bioimaging
100

a branch of applied mathematics dealing with motion and forces producing motion

mechanics

100

the study of forces that cause motion

kinetics

100

All the bones in your body

skeletal system

100

distance from peak to peak or trough to trough.

wavelength


100

Kind of imaging used to view bones

x-ray

200

the study of the structure and function of biological systems by means of the methods of mechanics

BioMechanics

200

the study of forces that cause motion

kinematics

200
provide movement for the body

muscles

200

frequency units

hertz

200

A High power x ray

CT

300

The study of human movement in static and dynamic systems.

Kinesiology

300

moving along a straight path

linear motion

300

the point at which bones join together

joints

300

measure of energy in the wavelength

frequency

300

Uses magnets to look at difference between soft tissue

MRI

400
  • understanding the properties of fluid in the body.

biofluid mechanics

400

spinning

angular motion

400

connects bone to bone

ligaments

400

The kind of light with the longest wavelength

radio

400

Uses sound for imaging

Ultrasound

500
  • understanding the properties of fluid in the body.

prosthetic

500

moving in a circle

curvilinear motion

500

connects bone to muslce

tendons

500

The kind of light with the highest frequency

gamma ray

500

Inserting a tube directly into an organ with a light and camera

Optical imaging