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PHARMA

PHARMA FUNDAMENTALS

QuestionAnswer
"Pharmakon" DRUGS
"Logos" STUDY
PHARMACOLOGY A branch of science that dealswith the study of drugs andtheir actions on living systems -that is, the study of how drugswork in the body (sometimesreferred to as 'drug actions’).(DOH)
The clinical purpose or indication for giving a drug. PHARMACOTHERAPEUTICS
Deals with therapeutic uses of drugs. PHARMACOTHERAPEUTICS
Body Action ----> DRUG PHARMACODYNAMICS
Drug Action -----> BODY PHARMACOKINETICS
A.D.M.E Absorption, Distribution, Metabolism Excretion
Transmission of medications from the local administrations to the blood stream. ABSORPTION
Determines how soon the medication will take effect. R__ OF M__ A___ RATE OF MEDICATION ABSORPTION
The amount of medication absorbed determines it I___ INTENSITY
The route of administration affects R___ and A_____ OF A_____ THE RATE AND AMOUNT OF ABSORPTION
IV INTRAVENOUS
IM INTRAMUSCULAR
SQ SUBCUTANEOUS
PO PER ORAL
SL SUBLINGUAL "UNDER THE TONGUE"
PI PULMONARY INHALATION
T & T TOPICAL & TRANSDERMAL
R RECTAL
Transportation of medications to sites of actions by bodily fluids DISTRIBUTION
Formed by Metabolism METABOLITES
How the body converts medications into a less or more active forms. METABOLISM
Factors Influencing Medication Metabolism - A.FPP.NS.SMP AGE, FIRST PASS PHENOMENON, NUTRITIONAL STATUS, SIMILAR METABOLIC PATHWAYS
Eliminating medications from the body Excretion
Refers to the period of time needed for the medication to be excreted in the body. H__-L___ HALF - LIFE
Describes the interaction between medications and target cells, organs and body systems. PHARMACODYNAMICS
Refers to biologic and therapeutic effects of drugs at the site of action or on the target organs. PHARMACODYNAMICS
Deals with the physiological effects of the drug on the body. PHARMACODYNAMICS
These interactions result in functional changes that are considered mechanism of actions of medications. PHARMACODYNAMICS
Mimic the receptor activity regulated by endogenous compound. Example: Morphine Sulfate – activates receptors that produce analgesia. AGONIST
Block normal receptor activity regulated by endogenous compound or receptor activity caused by other medications Example: Losartan – receptor blocker – blocks angiotensin II receptors on blood vessels which prevents vasoconstriction. ANTAGONIST
May act as an agonist/ antagonist. Example: Nubian, acts as an antagonist at mu receptors and an agonist at kappa receptors, causing analgesia with minimal respiratory depression at low dosses. PARTIAL AGONIST
Drugs that occupy receptors and activate them. AGONISTS
Drugs that occupy receptors but do not activate them. Block receptor activation by Agonists. ANTAGONISTS
4 Major Targets - R.IC.E.T RECEPTORS, ION CHANELS, ENZYMES, TRANSPORTERS
What organ eliminates medication from the body? KIDNEY
What organ is responsible for metabolism? LIVER
5 Medical Administration - P.D.P.A.E PRESCRIPTION, DISPENSING, PREPARATION, EVALUATION, ADMINISTRATION
Determined by Chemical Composition CHEMICAL NAME
Official Name of the Medicine GENERIC NAME
Trade name Company/Manufacturer
Limited medication metabolizing capacity. INFANT
Hepatic Medication metabolism tends to decline with age. ELDERS
Organized according to action. M__ OF ___ MECHANISM OF ACTION
Usually expected & inevitable when medicine is given. S__E___ SIDE EFFECTS
Undesired, inadvertent & unexpected dangerous effects of medicine. A___ E___ ADVERSE EFFECT
Undesired but avoidable. T___ E___ TOXIC EFFECT
desirable and preferred and expected effect. T___ E___ THERAPEUTIC EFFECT
Know to monitor therapeutic effects. N___ C____ NURSING COMPLICATIONS
Created by: ailabajenting
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