Chapter 3 - Building a Foundation Flashcards

1
Q

is the way the body deals with medications

A

Pharmacokinetics

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2
Q

is what the drug does to the body

A

Pharmacodynamics

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3
Q

are the components on the cell surface that can react with drugs, viruses, or other chemicals

A

Receptor sites

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4
Q

is where the safest and most effective treatment will occur

A

Therapeutic Window

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5
Q

; time it takes for half of the drug to be eliminated from the plasma

A

Half-Life

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6
Q

is a biological condition that occurs when the body adapts to a substance after repeated administration. Over time, higher doses are required to produce the same initial effect.

A

Tolerance

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7
Q

is a drug that attaches to a receptor and blocks the normal action of the cell

A

Antagonist

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8
Q

explains why PO medications are often administered at a higher dose then parenteral medications

ie. If you give Acetaminophen PO, before it reaches the bloodstream it gets broken down by enzymes and bound to protein, so the little bit of drug that does reach the blood stream is bound and un-active, not creating much therapeutic effect.
where as giving IV = immediate entrance in blood = strong therapeutic effect

A

First Pass Effect

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9
Q

Sometimes we need a ‘jump start’ in order to reach the therapeutic effect of a drug, which is called a ______ ______

A

Loading dose

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10
Q

a drug that attaches to a receptor and mimics the normal action of the cell

A

Agonist

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11
Q

taking multiple medications concurrently is referred to as

A

Polypharmacy

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12
Q

refers to the amount of medication required to produce the desired effect

A

Potency

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13
Q

is the binding strength of a medication

A

Affinity

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14
Q

is the ability of a medication to produce a desired or intended result

A

Efficacy

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15
Q

studies the changes in enzyme structure and function based on genetic presentation

A

Pharmacogenetics

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16
Q

are how some people respond in an unexpected and unexplained way to medications

A

Idiosyncratic Responses

17
Q
  • A hyper-response of the immune system
  • Signs vary in severity
  • Requires a previous exposure (or to a similar drug)
A

Allergy

18
Q
  • Harmful effects of drugs
  • Can be acute or chronic
  • Reversible or irreversible
  • Effects to the body vary
  • Some toxicities are managed with antidotes
A

Toxicity

19
Q
  • Antineoplastics
  • NSAIDs
  • Anticonvulsants
A

Bone Marrow Toxicity

common classifications of drugs

20
Q

Antineoplastics

A

Cardiotoxicity common classifications

21
Q

Penicillins

Cephalosporins

A

Dermatological toxicity common classifications

22
Q

statins

A

Skeletal Muscle toxicity common classes

23
Q

Statins,

acetaminophen

A

Hepatotoxicity common classifications

24
Q

ACE inhibitors
NSAIDS
Loop diuretics

A

Nephrotoxicity common classifications

25
Q

Loop diuretics (ototoxicity)

A

Neurotoxicity common classifications

26
Q

__________ occurs after drugs enter the body and travel from the site of administration into the body’s circulation

A

Absorption

27
Q

the process by which medication is dispersed throughout the body via the blood stream

A

Distribution

28
Q

the process of a drug being broken down (primarily in the body’s chemical processing plant: the liver)

A

Metabolism

29
Q

final stage of medication interaction in the body; remaining parent drugs and metabolites in the bloodstream are often filtered by the kidney, where a portion undergoes reabsorption back into the bloodstream, and the remainder is excreted in the urine

A

Excretion

30
Q

Patient Education

A

Food and drug interactions
How interacts with alcohol/other recreational drugs
Signs of toxicity (when to call 911 or doctor)
How it may alter/affect daily life
When (what time of day) should they take it)
When will it reach therapeutic range
Loading doses (“jump start”) and maintenance doses
How to take drug (food, water, not crushed, on an empty stomach)
Not to abruptly stop taking meds (talk to doctor about tapering)