wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Exam 2 - Austin

Total questions: 25

Worksheet time: 14mins

Name
Class
Date
1.

What is pharmacokinetics

a)

what the body does to the drug

b)

what the drug does to the body

2.

What is pharmacodynamics

a)

what the body does to the drug

b)

what the drug does to the body

3.

What does the A in ADME stand for

a)

absorption

b)

activity

c)

association

d)

abuse

4.

What does the D in ADME stand for

a)

distribution

b)

drug

c)

delivery

d)

dope

5.

What does the M in ADME stand for

a)

metabolism

b)

mediation

c)

medicine

d)

medicinal

6.

What does the E in ADME stand for

a)

elimination

b)

excess

c)

effective

d)

ecstasy

7.

When does drug interactions occur

a)

Absorption

b)

Distribution

c)

Metabolism

d)

Elimination

8.

What describes the semipermeable lipid bilayer

a)

hydrophobic core

b)

small, lipophilic molecules

c)

hydrophilic core

d)

large, lipophilic molecules

9.

What do carrier proteins do

a)

facilitate transport across the membrane

b)

block the transport through the membrane

c)

facilitate transport around the body

10.

What type of barriers are present in the blood-brain barrier (BBB)

a)

endothelial tight junctions

b)

astrocyte projections

c)

transport vesicles

d)

intracellular space

11.

What is the equation for bioavailability

a)

F = amount of drug that reaches circulation / amount of drug that is administered

b)

F = amount of drug that is administered / amount of drug that reaches circulation

12.

If there is a significant effect on drug concentration vs time, what does that effect

a)

efficacy

b)

toxicity

c)

absorption

d)

administration

13.

What is the equation for volume of distribution

a)

v = drug absorbed / plasma concentration

b)

v = plasma concentration / drug absorbed

14.

What are the different types of metabolism-based drug interactions

a)

inhibition

b)

induction

c)

competition

15.

Select all the types of agonists

a)

full

b)

partial

c)

inverse

d)

competitive

e)

noncompetitive

16.

Select all the types of antagonists

a)

uncompetitive

b)

physiological

c)

inverse

d)

competitive

e)

noncompetitive

17.

What is intrinsic efficacy based on

a)

max response to ligand

b)

min response to ligand

18.

What is potency

a)

drug concentration that produces half-maximal effect

b)

drug concentration that produces full maxmimal effect

c)

drug concentration that produces minimal effect

19.

The greater the potency

a)

the smaller the dose at which EC50 occurs

b)

the larger the dose at which EC50 occurs

20.

What is ED50

a)

effective dose for half of a population

b)

concentration of 50% max effect

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population

21.

What is TD50/LD50

a)

toxic/lethal dose for half of a population

b)

TD50/ED50 or MTC/MEC

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population

22.

What is Cmax/Tmax

a)

area under the curve; assessment of exposure to drug

b)

TD50/ED50 or MTC/MEC

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population

23.

What is Therapeutic window

a)

area under the curve; assessment of exposure to drug

b)

TD50/ED50 or MTC/MEC

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population

24.

What is Therapeutic index

a)

area under the curve; assessment of exposure to drug

b)

TD50/ED50 or MTC/MEC

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population

25.

What is AUC

a)

area under the curve; assessment of exposure to drug

b)

TD50/ED50 or MTC/MEC

c)

maximum plasma concentration and time it is reached

d)

range of doses that produces desired effect without unacceptable adverse effects in a population