NR 565 Pharmacology Week 1
Practice questions for this set
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Cannot produce maximum response, occupies more receptors
Choose an answer
, 1 Low efficacy 2 Pharmacokinetics
Phamacodynamics: 3 mechanisms of
3 Drug interactions: additive 4
action
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Terms in this set (125)
Pharmacokinetics The study of drug absorption, distribution, metabolism,
and excretion in the body
"What the body does to the drug"
,Factors that affect drug absorption (5) Rate of dissolution
Surface area
Blood flow
Lipid solubility
PH partitioning
Factors that affect drug distribution (4) Blood flow to tissues
Ability to exit vascular system
Blood-brain barrier
Protein-binding capacity
Pharmacodynamics The study of biochemical and physiologic effects of
drugs on the body and the molecular mechanisms by
which those effects are produced
"What the body does to the drug"
, Phamacodynamics: 3 mechanisms of Receptor
action Enzyme
Non-selective interactions (i.e. chemo)
Types of drug therapy (7) Acute
Maintenance (HTN/bc)
Supplemental (insulin)
Palliative
Supportive (IV fluid)
Prophylactic
Empirical (broad-spectrum abx)
Idiosyncratic Effect Unexpected response to medication
Tolerance Declining response to a drug
Practice questions for this set
Learn 1 /7 Study with Learn
Cannot produce maximum response, occupies more receptors
Choose an answer
, 1 Low efficacy 2 Pharmacokinetics
Phamacodynamics: 3 mechanisms of
3 Drug interactions: additive 4
action
Don't know?
Terms in this set (125)
Pharmacokinetics The study of drug absorption, distribution, metabolism,
and excretion in the body
"What the body does to the drug"
,Factors that affect drug absorption (5) Rate of dissolution
Surface area
Blood flow
Lipid solubility
PH partitioning
Factors that affect drug distribution (4) Blood flow to tissues
Ability to exit vascular system
Blood-brain barrier
Protein-binding capacity
Pharmacodynamics The study of biochemical and physiologic effects of
drugs on the body and the molecular mechanisms by
which those effects are produced
"What the body does to the drug"
, Phamacodynamics: 3 mechanisms of Receptor
action Enzyme
Non-selective interactions (i.e. chemo)
Types of drug therapy (7) Acute
Maintenance (HTN/bc)
Supplemental (insulin)
Palliative
Supportive (IV fluid)
Prophylactic
Empirical (broad-spectrum abx)
Idiosyncratic Effect Unexpected response to medication
Tolerance Declining response to a drug