Medical Terms
Building Blocks
Cells
Introduction
100

Hyperglycemia

  • hyper = excessive

  • -emia = blood condition

100

Most prevalent elements in the human body

Oxygen, Hydrogen, Carbon, Nitrogen

100

the study of the function of the cell

cell physiology
100

components of Thoracic Cavity

pleural cavities

pericardial cavity

mediastinum

200

Neuralgia

  • neur = nerve

  • -algia = pain

200

These molecules are the monomers of proteins and are joined together by peptide bonds.

Amino Acids

200

organelle that possess many enzymes involved in processes such as detoxifying drugs 

smooth endoplasmic reticulum 
200

Difference between Sign and Symptom

Signs can be measured

Symptoms are subjective

300

Osteology

  • oste- = bone

  • -logy = study of

300

characteristic of inorganic molecules

dont hold energy

Small

no carbon 

300

These membrane proteins act as binding sites for ligands such as hormones and neurotransmitters.

What are receptors?

300

A tissue composed of electrically excitable cells that conduct impulses and coordinate body responses belongs to this category.

What is nervous tissue

400

Hemolysis

  • hem- = blood

  • -lysis = destroy

400

polar proteins combined with non-polar lipids to transport those lipids in blood plasma

lipoproteins

400

This transport mechanism moves glucose into a cell using a specific carrier protein without directly using ATP.

What is facilitated diffusion

400

This type of system amplifies the original stimulus and is typically involved in processes that must run to completion.

Positive feedback loop

500

Hypodermic

  • hypo- = under

  • derm- = skin

  • -ic = pertaining to

500

which either fit into the active site and do not leave (block the site) or alter the shape of the enzyme molecule so the substrate can no longer fit into the active site  

enzyme inhibitors

500
semifluid portion of the cytoplasm

cytosol

500

An increase in muscle size due to increased protein synthesis rather than cell division is known as this type of growth.

Hypertrophy

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