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482 concepts · Page 14 of 21

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Neurology, psychiatry and analgesic pharmacology

NMS follows dopamine blockade and causes rigidity

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NAPLRECALL / CONCEPT

Pharmacokinetics and pharmacodynamics

Noncompetitive antagonists reduce the maximum effect

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NAPLRECALL / CONCEPT

Cardiovascular and renal pharmacology

Nondihydropyridine calcium blockers slow AV conduction

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NAPLRECALL / CONCEPT

Pharmacokinetics and pharmacodynamics

Nonlinear kinetics appears when elimination pathways saturate

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NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Understand it. Remember it.

NAPLEX library

NMS follows dopamine blockade and causes rigidity

Noncompetitive antagonists reduce the maximum effect

Nondihydropyridine calcium blockers slow AV conduction

Nonlinear kinetics appears when elimination pathways saturate

Nonsterile compounding is for products that need not be sterile

NSAIDs reduce prostaglandins and can irritate the stomach

Number needed to harm frames adverse effects

Number needed to treat translates benefit into people

Ointments are greasy and occlusive

omeprazole: proton-pump inhibitor

ondansetron: 5-ht3 receptor antagonist

One RAAS pathway, not a stack

Ophthalmic products must be sterile

Opioids activate mu receptors and depress breathing

Oral loading: account for bioavailability

oseltamivir: neuraminidase inhibitor

Osmotic diarrhea can worsen with magnesium salts

oxycodone: opioid agonist

P-values describe chance, not certainty

Parasympathetic maintains

Partial agonist alongside a full agonist

Partial agonists activate receptors but with limited effect

Partial agonists have a lower ceiling

Partial response: change the plan thoughtfully

Nonsterile compounding is for products that need not be sterile

NSAIDs reduce prostaglandins and can irritate the stomach

Number needed to harm frames adverse effects

Number needed to treat translates benefit into people

Ointments are greasy and occlusive

omeprazole: proton-pump inhibitor

ondansetron: 5-ht3 receptor antagonist

One RAAS pathway, not a stack

Ophthalmic products must be sterile

Opioids activate mu receptors and depress breathing

Oral loading: account for bioavailability

oseltamivir: neuraminidase inhibitor