ADVANCED PHARMACOLOGY FOR
PRESCRIBERS: CORE CONCEPTS (1ST
EDITION)
◉ The science of pharmaceutical systems/ preparations. Answer:
Pharmaceutics
◉ What the body does to drugs. Answer: Pharmacokinetics
◉ What the drugs do to the body. Answer: Pharmacodynamics
◉ Treatment of disease with drugs. Answer: Pharmacotherapy
◉ Study of drugs, their sources, actions, chemistry and uses. Answer:
Pharmacology
◉ Liberation, Absorption, Distribution, Metabolism, Elimination,
Therapeutic drug monitoring. Answer: Basic pharmacokinetics
(LADMET)
◉ The minimum concentration. Answer: C-min
◉ The maximum concentration. Answer: C-max
, ◉ The time to maximum concentration. Answer: T-max
◉ Half-life. Answer: T-1/2
◉ Area Under drug Vs. Time Curve (Total exposure to drug). Answer:
AUC
◉ Volume of distribution. Answer: Vd
◉ Fraction of drug absorbed into system. Answer: F
◉ Elimination rate constant (eg. hr -1). Answer: k
◉ Clearance (eg. volume/time). Answer: CL
◉ Estimated Creatinine Clearance (approximates GFR). Answer: Cr-
CL-est
◉ Serum creatinine. Answer: S-cr
◉ Steady State Concentration. Answer: C-ss
◉ Name brand vs. generic/ 2 different drugs have the same form and
concentration Within -20 to 25%. Answer: Bioequivalence
PRESCRIBERS: CORE CONCEPTS (1ST
EDITION)
◉ The science of pharmaceutical systems/ preparations. Answer:
Pharmaceutics
◉ What the body does to drugs. Answer: Pharmacokinetics
◉ What the drugs do to the body. Answer: Pharmacodynamics
◉ Treatment of disease with drugs. Answer: Pharmacotherapy
◉ Study of drugs, their sources, actions, chemistry and uses. Answer:
Pharmacology
◉ Liberation, Absorption, Distribution, Metabolism, Elimination,
Therapeutic drug monitoring. Answer: Basic pharmacokinetics
(LADMET)
◉ The minimum concentration. Answer: C-min
◉ The maximum concentration. Answer: C-max
, ◉ The time to maximum concentration. Answer: T-max
◉ Half-life. Answer: T-1/2
◉ Area Under drug Vs. Time Curve (Total exposure to drug). Answer:
AUC
◉ Volume of distribution. Answer: Vd
◉ Fraction of drug absorbed into system. Answer: F
◉ Elimination rate constant (eg. hr -1). Answer: k
◉ Clearance (eg. volume/time). Answer: CL
◉ Estimated Creatinine Clearance (approximates GFR). Answer: Cr-
CL-est
◉ Serum creatinine. Answer: S-cr
◉ Steady State Concentration. Answer: C-ss
◉ Name brand vs. generic/ 2 different drugs have the same form and
concentration Within -20 to 25%. Answer: Bioequivalence