.
True
False
True
False
True
False
True
False
True
False
True
False
True
False
True
False
True, it doesn't.
False, it increases.
False, it decreases
True
False
Gut
Kidney
Liver
Periphery
True
False
Increase
Decrease
True
False
True
False
True
False
True, it doesn't.
False, it increases.
False, it decreases
True
False
The dissolution rate would increase because gasric pH decreases as you age (gets more acidic)
The dissolution rate would decrease because gastric pH increases as you age (gets more basic)
True
False
Rate this question:
True
False
True
False
Hydrophilic
Lipophilic
True
False
Decrease the pH
Increase the pH
Liver blood flow decreases
Fat increases
Glomeular filtration rate and renal tubular secretion decreases
True
False
Pre-steady state
At steady state
Post-steady state
Induces
Inhibits
True
False
Unionized
Ionized
True
False
Rate this question:
Permeation rate limited
Dissolution rate limited
True
False
Solubility
Dissolution rate
True
False
A low pH
A high pH
Liver blood flow decreases
Fat increases
Glomeular filtration rate and renal tubular secretion decreases
True
False
Decrease blood flow, decreasing clearance
Increase blood flow, increasing clearance
Decrease blood flow, increasing clearance
Increase blood flow, decreasing clearance
Absorption is generally delayed
Gastric emptying rate decreases
Intestinal blood flow AND intestinal surface area decreases
Phase II conjugation stays the same, but Phase I decreases
Total body water and muscle mass decrease, while fat increases
Dose
Volume of distribution
Time
Absorption
Elimination
The dissolution rate would increase because gasric pH decreases as you age (gets more acidic)
The dissolution rate would decrease because gastric pH increases as you age (gets more basic)
Permeation rate limited absorption
Dissolution rate limited absorption
True
False
Pharmacokinetics relates dosage regimen and plasma concentration.
Pharmacodynamics relates plasma concentration and the effect.
Vd, Cl, and t1/2 are all pharmacodynamic properties.
T1/2
Log p
Dose
Vd
Clearance
Rate this question:
The dissolution will be decreased
The dissolution will be increased
Nothing will happen unless the drug is one that complexes with calcium
Quiz Review Timeline (Updated): Jul 10, 2018 +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
General Pharmacology -Pharmacokinetics - I
Explore the fundamentals of pharmacokinetics, including drug distribution, membrane permeation, and biotransformation, through targeted questions.
Questions:
10 |
Attempts:
726 |
Last updated:
Mar 21, 2023
|
Steady State (IV Infusion & Multiple Administration & Renal Dysfunction)
This quiz explores key pharmacokinetic concepts in patients with various conditions, focusing on steady state concentrations, drug elimination, and adjustments in dosing in...
Questions:
20 |
Attempts:
269 |
Last updated:
Mar 21, 2023
|
|
Continuous Infusion Steady State
This quiz assesses knowledge on steady state concentration calculations for drugs administered via continuous infusion. It covers various scenarios including changes in patient...
Questions:
10 |
Attempts:
713 |
Last updated:
Mar 21, 2023
|
|
Pharmacokinetics Questions Quiz! Trivia Test
Dive into the fundamentals of pharmacokinetics with this trivia quiz! Test your knowledge on ADME, drug administration routes, and bioavailability. Perfect for students and...
Questions:
20 |
Attempts:
6525 |
Last updated:
Mar 22, 2023
|
Pharmacokinetics Ppt Slides 1-31- Shannon
Explore the fundamentals of pharmacokinetics with this engaging quiz designed by Shannon, covering key concepts such as drug absorption, distribution, metabolism, and excretion....
Questions:
16 |
Attempts:
1384 |
Last updated:
Mar 22, 2023
|
Pharmacokinetics Ppt: Slides 64-95, Megan's Portion
Explore key pharmacokinetic concepts in Megan's portion of the presentation, covering slides 64-95. This quiz assesses understanding of one-compartment models, drug clearance,...
Questions:
41 |
Attempts:
306 |
Last updated:
Mar 22, 2023
|
Wait!
Here's an interesting quiz for you.