Homeostasis
Bones
Anatomical Terms
Basic Chemistry
Biochemistry
100

The feedback loop that reduces or shuts off the effect of stimulus

Negative Feedback

100

The bone most posterior of the skull

Occipital Bone

100

The main trunk of the body

Axial Region

100

Anything that has mass and occupies space

Matter

100
Compounds such as sugars and starches containing Carbon, Hydrogen and Oxygen

Carbohydrates

200

The feedback loop that enhances, or increases the stimulus

Positive Feedback

200

The landmark found most medial of the mandible (lower jaw)

Mandibular Symphysis

200

The body cavity containing the cranial and spinal cavities

Dorsal Cavity

200

Highly reactive atoms containing unpaired electrons on the valence shell

Free Radicals

200

A reaction in which acids and bases are mixed together

Neutralization

300

A response that occurs in anticipation of a change to the internal environment

Feed Forward

300

The uppermost vertebrae of the spine

Cervical Vertebrae

300

A cut made when wanting to view distinct anterior and posterior sections of the body

Frontal Plane

300

A molecule containing 2 or more different kinds of atoms bonded together

Compound

300

Substances that resist abrupt and large swings in pH levels

Buffers

400

Disturbance of homeostasis within the body

Homeostatic imbalance

400

The bone sitting directly posterior to the eyeball

Sphenoid Bone

400

The quadrant containing the majority of our stomach

Left Upper Quadrant

400

A chemical reaction requiring anabolic processes

Synthesis

400

Compounds that dissociate into separate ions in water

Salts or electrolytes

500
A part of the feedback loop that is responsible for determining the response to stimulus

Control Center

500

The bone which is posterior to the frontal bone and superior to the occipital bone

Parietal Bone

500
The body cavity which contains our reproductive organs

Pelvic Cavity

500

Solute particles are larger than solution particles so they do not settle

Colloid

500

Monomers are joined together by removal of an OH from one monomer and H from the other

Dehydration Synthesis