Question 1

During exercise, gastric emptying is ___ which may affect drug absorption.

Accepted Answer

slowed

Question 2

There is a decrease in ___ Filtration rates during exercise.

Accepted Answer

Glomerular

Question 3

Drugs like insulin, theophylline, and warfarin have metabolism that is ___ of liver blood flow.

Accepted Answer

independent

Question 4

Increased exercise intensity leads to ___ hepatic clearance.

Accepted Answer

variable

Question 5

The effects of exercise on pharmacokinetics can be influenced by the ___ of the exercise.

Accepted Answer

Duration

Question 6

Exercise alters drug absorption via ___ and ___ routes.

Accepted Answer

subcutaneous, transdermal

Question 7

During exercise, blood flow is ___ away from the liver.

Accepted Answer

shunted

Question 8

Drug distribution is dependent on the binding of drugs to ___ proteins.

Accepted Answer

plasma

Question 9

The ___ of exercise can significantly impact how drugs are absorbed and metabolized.

Accepted Answer

Intensity

Question 10

The bioavailability of drugs administered via ___ is considered variable.

Accepted Answer

Oral

Question 11

Drugs most affected by exercise are primarily excreted ___ in the urine.

Accepted Answer

unchanged

Question 12

Drug absorption through the GIT may be ___ during exercise.

Accepted Answer

decreased

Question 13

The bioavailability of drugs administered through ___ is also predictable and increased.

Accepted Answer

Transdermal

Question 14

Redistribution of blood flow during exercise can cause the drug to not reach its intended ___.

Accepted Answer

site

Question 15

The ___ of exercise refers to the type of physical activity performed and its effects on drug pharmacokinetics.

Accepted Answer

Mode

Question 16

Propranolol and verapamil are examples of drugs whose metabolism is dependent on ___ blood flow.

Accepted Answer

liver

Question 17

Inhalation as an administration mode results in ___ and increased bioavailability.

Accepted Answer

Predictable

Question 18

The three main factors affecting pharmacokinetics during exercise are ___, ___, and ___.

Accepted Answer

Duration, Intensity, Mode

Question 19

Exercise intensity is ___ dependent.

Accepted Answer

intensity

Question 20

Exercise leads to a decrease in ___ Blood Flow.

Accepted Answer

Renal

Question 21

Subcutaneous or ___ injection has a predictable and increased bioavailability.

Accepted Answer

IM

Question 22

Exercise increases the concentrations of ___ proteins, affecting drug binding.

Accepted Answer