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18 Cards in this Set

  • Front
  • Back

Pharmacology

biomedical study of the interaction of chemical substances with living organisms

Biologics

naturally produced in the human or animal body


(vaccines, blood, blood components)

Pharmacotherapeutics

deals with the use of drugs in prevention, diagnosis, and treatment of diseases

Pharmacokinetics

study of how the drug moves through the body and the effects it has on the body


(ADME)

Pharmacodynamics

actions of a drug on a specific organ


(mechanism of action, receptor interactions, dose-response relationship and therapeutic/toxic reactions)

Pharmacogenetics

convergence of pharmacology and genetics

Posology

study of dosages of medicines and drugs

Toxicology

scientific study of poisons, pollutants, and the undesireable effects of drugs

Chemical name

refers to the chemical makeup of a drug and defines the unique chemical structure

Generic name

universal names that are not registered to anyone

Bioequivalence

a pharmaceutical equivalent or alternative that does not show differences in the rate and extent of absorption

Pharmacokinetics

how a drug gets to the site of action

Absorption

movement of a drug from the site of administration across one or more body membranes

Cell membranes

biphospholipid cell membranes


non-polar = fat soluble


polar = water soluble

Alpha 1 Receptor

- smooth muscle excitation


- nasal decongestant and treatment of hypotension

Alpha 2 Receptor

- inhibits release of NE


- lowers BP of the organ it's attached to

Beta 1 Receptor

- primarily found on heart muscle and blood vessels


- increases heart rate and strength through renin secretion

Beta 2 Receptor

- found on all organs except heart


- causes smooth muscle relaxation/vasodilation


- relaxes bronchioles


- bronchodilator