that act asagonistsat thatreceptorthe dose shouldbe increased tomaintainbeneficialeffectstherapeutic response,adverse reactions &interactions, patientadherence, & patientsatisfaction withtreatmentthe timerequired forthe amount ofthe drug toreduce by halfa measureof thedrug'ssafetya drug-inducedbirthdefecturticarialipidsolublemimic orblock thebody's ownregulatorymoleculesthe oppositeof theintendeddrug effect30-60%aresometimesbeneficialeffectiveness,safety, &selectivityconsists of 4processes:absorption,distribution,metabolism, &excretionthemaximumeffect thedrug canproduceadministereither onehour beforeor two hoursafter a mealevaluate therapeutic& adverse effects,identify high-riskpatients, & assesspatient's capacity forself-careis limited to asmall # ofclients whotake the drugfor a shortperiod of timethe dose requiredto produce atherapeuticresponse in 50%of the populationthe amountof the drugthat reachessystemiccirculationarandomized,double blind,controlledstudyalterations ingenes thatcode for drugmetabolizingenzymesprovidemaximumbenefit withminimumharmthe movementof a drug fromthe site ofadministrationto the bloodthat act asagonistsat thatreceptorthe dose shouldbe increased tomaintainbeneficialeffectstherapeutic response,adverse reactions &interactions, patientadherence, & patientsatisfaction withtreatmentthe timerequired forthe amount ofthe drug toreduce by halfa measureof thedrug'ssafetya drug-inducedbirthdefecturticarialipidsolublemimic orblock thebody's ownregulatorymoleculesthe oppositeof theintendeddrug effect30-60%aresometimesbeneficialeffectiveness,safety, &selectivityconsists of 4processes:absorption,distribution,metabolism, &excretionthemaximumeffect thedrug canproduceadministereither onehour beforeor two hoursafter a mealevaluate therapeutic& adverse effects,identify high-riskpatients, & assesspatient's capacity forself-careis limited to asmall # ofclients whotake the drugfor a shortperiod of timethe dose requiredto produce atherapeuticresponse in 50%of the populationthe amountof the drugthat reachessystemiccirculationarandomized,double blind,controlledstudyalterations ingenes thatcode for drugmetabolizingenzymesprovidemaximumbenefit withminimumharmthe movementof a drug fromthe site ofadministrationto the blood

Pharmacology Fundamentals - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. that act as agonists at that receptor
  2. the dose should be increased to maintain beneficial effects
  3. therapeutic response, adverse reactions & interactions, patient adherence, & patient satisfaction with treatment
  4. the time required for the amount of the drug to reduce by half
  5. a measure of the drug's safety
  6. a drug-induced birth defect
  7. urticaria
  8. lipid soluble
  9. mimic or block the body's own regulatory molecules
  10. the opposite of the intended drug effect
  11. 30-60%
  12. are sometimes beneficial
  13. effectiveness, safety, & selectivity
  14. consists of 4 processes: absorption, distribution, metabolism, & excretion
  15. the maximum effect the drug can produce
  16. administer either one hour before or two hours after a meal
  17. evaluate therapeutic & adverse effects, identify high-risk patients, & assess patient's capacity for self-care
  18. is limited to a small # of clients who take the drug for a short period of time
  19. the dose required to produce a therapeutic response in 50% of the population
  20. the amount of the drug that reaches systemic circulation
  21. a randomized, double blind, controlled study
  22. alterations in genes that code for drug metabolizing enzymes
  23. provide maximum benefit with minimum harm
  24. the movement of a drug from the site of administration to the blood