PRELIMS: Basic Principles of Pharmacology Flashcards

1
Q

Study of the effects of drugs on the living system.

A

Pharmacology

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2
Q

Area of pharmacology that deals with the use of specific drugs to prevent, treat, or diagnose a disease.

A

Pharmacotherapeutics

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3
Q

Area of pharmacology that deals with the genetic basis for variations in drug response.

A

Pharmacogenetics

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4
Q

A chemical substance of known structure that, when administered to a living organism, produces biological effects.

A

Drug

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4
Q

Drugs that inhibit the angiotensin-converting enzyme, used to treat hypertension and heart failure. Examples include Captopril, Enalapril, Lisinopril.

A

ACE Inhibitors

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5
Q

A model drug that exemplifies the characteristics of a drug class.

A

Drug Prototype

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6
Q

Drugs that can be bought without a prescription.

A

Over-the-Counter Medications

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6
Q

The use of a drug for conditions other than those for which it was originally approved.

A

Off-label Prescription

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6
Q

Molecular formula of a drug, such as N-acetyl-aminophenol.

A

Chemical name

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7
Q

Drugs with the highest potential for abuse and no accepted medical use, such as LSD and heroin.

A

Schedule I Controlled Substances

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7
Q

The transformation of lipid-soluble drugs into water-soluble compounds to make them easier to excrete.

A

Metabolism

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8
Q

The route of drug administration that is safe, easy, and convenient.

A

Oral Administration

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8
Q

The main disadvantage of this route is that the drug must be absorbed through the oral mucosa.

A

Sublingual and Buccal Administration

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8
Q

The ultimate goal when choosing a drug administration route is to ensure the drug reaches its target to exert its beneficial effect.

A

note

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8
Q

The extent to which a drug reaches the systemic circulation.

A

Bioavailability

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9
Q

What the body does to the drug, including absorption, distribution, metabolism, and excretion.

A

Pharmacokinetics

9
Q

Factors affecting absorption include lipid solubility, molecular structure, surface area, pH of the drug, and blood flow.

A

Absorption Factors

10
Q

The process wherein an administered drug reaches the systemic circulation.

A

Absorption

10
Q

Final elimination of drugs from the body’s systemic circulation through urine, bile, sweat, tears, or breast milk.

11
Q

First Pass Effect

A

: Metabolism of drugs that occurs prior to reaching systemic circulation, affecting bioavailability.

11
Q

The rate at which drug clearance occurs, not the amount of drug cleared.

11
Q

Drugs that bind to the same receptor as an agonist but induce a pharmacological response opposite to that of the agonist.

A

Inverse Agonists

12
Q

Describes the extent of distribution of a drug in the body and determines the total amount of drug that has to be administered.

A

Volume of Distribution (Vd)

13
Q

The time needed for a drug plasma concentration to be reduced by 50%.

13
Main organs responsible for elimination of drugs from the body.
Liver and Kidneys
14
What the drug does to the body, including efficacy and toxicity.
Pharmacodynamics
14
Drugs that bind to receptors and activate them, causing a maximal response.
Full Agonists
15
Drugs that bind to receptors but cannot produce a maximal response.
Partial Agonists
15
Drugs that block the binding of agonists to receptors.
Antagonists
16
Drugs that enhance or inhibit the action of an agonist by binding to a different region of the receptor.
Allosteric Modulators
17
The range between the minimum therapeutic dose and the minimum toxic dose.
Therapeutic Window
18
Synergistic Drug Interaction
When the effect of combined drugs is much larger than the sum of the two drugs.
19
When two drugs given have almost the same mechanism of action, and the effect is merely the sum of the two drugs.
Additive Drug Interaction Flashcard 23
20
When a drug combined with another increases the response to the drug.
Potentiation
21
When combined drugs tend to cancel each other’s effect.
Antagonism