Planes
Cavities
Directional Terms
Human Organ Systems
Homeostasis
Forces
Ancient Anatomists
100

This plane divides the body into front and back portions

Frontal Plane

100

This cavity contains the brain.

Cranial Cavity

100

The nose is _____ to the mouth.

Superior

100

This organ system receives and interprets sensory input, directs body movements and includes memory, emotions and cognition

Nervous System

100

The body's ability to maintain a relatively stable internal environment is called this.

Homeostasis

100

This force acts perpendicular to the length of the object, causing a portion of an object to slide in relation to another object.

Shear

100

This Greek philosopher studied and wrote about more than 540 species of animals in his anatomy book.

Aristotle

200

This plane divides the body into superior and inferior portions

Transverse Plane

200

This cavity contains the spinal cord.

Spinal Cavity

200

The nose is _____ to the ears

Medial

200

This organ system pumps the heart, helps move materials through the digestive tract, and moves the body

Muscular System

200

When body temperature rises and sweating helps cool the body, this type of feedback is occurring.

Negative Feedback

200

This type of force can be thought of as a "Squeezing" force ___; while this type of force can be thought of as a "pulling" force ___

Compression; Tension

200

This renowned artist and inventor was given permission to dissect human bodies for his work, creating over 200 drawings on human anatomy.

Leonardo Da Vinci

300

This plane divides the body into left and right halves

Sagittal Plane

300

The lungs and heart are located within this cavity

Thoracic Cavity

300

The elbow is _____ to the wrist.

Proximal

300

This organ system breaks down food for absorption of nutrients by the body

Digestive System

300

If blood glucose rises after eating and the pancreas releases insulin to lower it, it is an example of this type of feedback

Negative feedback

300

This occurs when a structure is caused to twist about its length, typically when one end is fixed.

Torsion

300

This anatomist provided one of the first accurate representations of human anatomy; was the first to understand that blood circulates continuously through the body with the heart acting as a pump

William Harvey

400

This anatomical plane can be represented by a cut made parallel to the ground, separating the head from the feet

Transverse Plane

400

This cavity holds the eyes

Orbital Cavity

400

The skin is _____ to the muscles.

Superficial

400

This organ system supports the body, protects organs and produces blood cells

Skeletal System

400

This term refers to all of the chemical reactions occurring within the body's cells

Metabolism

400

This occurs when a structure receives a combination of off-center forces; The structure may compress on one side and receive tension on the opposite side.

Bending

400

This scientist is regarded as the father of Anatomy; He observed that the heart has four chambers, the liver has two lobes, and that the blood vessels originate from the heart.

Andreas Vesalius

500

This plane is being used when a physician views an MRI section that divides the body into unequal left and right portions

Parasagittal Plane

500

The diaphragm separates the thoracic cavity from this major body cavity

Abdominopelvic Cavity

500

The sternum is _____ to the heart, while the heart is _____ to the sternum.

Anterior / Posterior

500

This organ system helps to protect, eliminate waste and regulate body temperature

Integumentary System

500

Approximately this percentage of the calories that an average person burns is accounted for by the basal metabolic rate, the energy needed for maintaining basic life functions

60%-75%

500

When many repetitions of a force causes an injury, that injury is said to be this kind of injury.

Chronic/Stress

500

This Roman physician and surgeon dissected live monkeys and pigs while serving the Roman emperor. He discovered that the brain controls the muscles through signals from nerves.

Galen

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