Anesthesia Pharmacology Chapter 1: General Principles Practice Questions
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transport of very large substances into the cell using a coated vacuole or vesicle
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
transport of materials out of the cell using a vesicle that first engulfs the material
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
refers to a molecule with a center of three-dimensional asymmetry
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
drug enantiomers present you equal (50:50) proportion
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
an example of drug with two asymmetric centers (4 diasteriomers)
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
d- or + form of this drug is more potent but less toxic than the (-) enantiomer
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
example of an inhalational anesthetic agent administered as a racemic mixture
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
probable charged state of a weak base at alkaline pH:
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
probable charge state of a weak acid at alkaline pH:
???
negatively charged (anionic)
exocytosis
neutral (uncharged)
chiral
ketamine
racemates
endocytosis
labetalol
sevoflurane
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