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Antineoplastic drugs target cancer cells, not bacteria, focusing on tumor growth inhibition. Destroying bacteria is bactericidal, not antineoplastic. This misidentifies the drug’s purpose, conflicting with nursing pharmacology principles. It’s irrelevant to bacterial destruction, a clear error in classification universally understood in healthcare.

Analgesics relieve pain, lacking action against bacteria. Bactericidal drugs kill bacteria, not manage symptoms. This choice misaligns with the question’s focus on destruction, per nursing pharmacology standards. It fails to address infection, a distinct mismatch universally recognized in drug categorization.

Bacteriostatic drugs inhibit bacterial growth, not destroy them outright. Bactericidal agents kill directly, per nursing terminology. This errors by suggesting stasis over destruction, contradicting the question’s intent. It’s a common distinction in pharmacology, universally applied for effective infection management.

Epinephrine isn’t a primary Parkinson’s target; dopamine and acetylcholine are key. This misidentifies neurotransmitters involved in motor control, per nursing standards. Epinephrine relates to stress, not nerve restoration, making it a distinct error universally in pharmacology.

Calcium supports nerve function but isn’t restored by antiparkinson drugs. Acetylcholine and dopamine are specific targets, per nursing knowledge. This choice errors by including calcium, missing the disease’s focus, a universal misunderstanding in pharmacology application distinctly.

Epinephrine doesn’t treat Parkinson’s; dopamine and acetylcholine do. This pairing misaligns with antiparkinson goals, per nursing pharmacology. It overlooks dopamine’s role in motor control, a distinct error universally recognized in managing nerve impulse transmission effectively.

Specific droppers ensure dosing accuracy; other options fail this standard. Supplied droppers are calibrated, per nursing safety protocols. This choice dismisses precision, but it’s incorrect as “supplied dropper” is right, a distinct universal rule in medication administration.

Plastic droppers aren’t inherently accurate; calibration matters more. Supplied droppers ensure precision, per nursing standards. This focuses on material over function, a distinct error universally recognized as insufficient for safe medication administration.

Any dropper risks incorrect dosing, compromising safety and efficacy. Supplied droppers match the drug, per nursing pharmacology. This choice ignores calibration, a universal error distinctly contradicting standards for precise medication delivery.

Vasodilators widen blood vessels, not airways, unlike albuterol’s action. Bronchodilators target lungs, per nursing pharmacology. This misidentifies the drug class, a distinct error universally understood as unrelated to airway dilation in respiratory care.

Salicylates, like aspirin, reduce pain or inflammation, not dilate airways. Bronchodilators fit albuterol’s role, per nursing standards. This errors in classification, universally distinct from respiratory drugs, missing the mark comprehensively.

Expectorants loosen mucus, not dilate airways like bronchodilators do. Albuterol’s action differs, per nursing standards. This misaligns with the question’s focus, a distinct universal error in pharmacology classification for airway management.

Skipping tube placement risks misdelivery; full protocol ensures safety. Residual check alone isn’t enough, per nursing standards. This misses a critical step, universally distinct as incomplete for safe tube administration.

No placement verification risks errors; drugs need flushing between. This lacks a key safety check, per nursing pharmacology. It’s universally insufficient, distinctly omitting tube confirmation for effective delivery.

Missing placement and residual checks, plus no flush between drugs, risks errors. Full protocol is safer, per nursing standards. This shortcut fails universally, distinctly compromising medication administration accuracy.

Laxatives don’t significantly affect warfarin’s anticoagulation; this is safe. Aspirin increases bleeding risk, needing teaching, per nursing pharmacology. It’s a universal distinction, distinctly unrelated to warfarin’s primary concerns.

Occasional antacids minimally impact warfarin; this is acceptable. Aspirin’s bleeding risk is the issue, per nursing standards. This doesn’t require teaching, universally distinct from anticoagulation education.

Corn has negligible vitamin K; it doesn’t affect warfarin. Aspirin use needs correction, per nursing pharmacology. This is safe, universally distinct from dietary teaching for anticoagulants.

Anticoagulants prevent clotting, not induce sleep like hypnotics do. This misidentifies Seconal’s purpose, per nursing standards. It’s a universal error, distinctly unrelated to sleep production in pharmacology.

Sedatives calm but don’t always induce sleep; hypnotics specifically do. This lacks precision, per nursing pharmacology. It’s universally distinct, missing the sleep focus of Seconal and Ambien.

Psychotropics affect mood broadly, not just sleep like hypnotics. This errors in specificity, per nursing standards. It’s universally distinct, misaligning with the sleep-inducing role of these drugs.

Water isn’t an electrolyte; diuretics primarily deplete potassium levels. This misidentifies the focus, per nursing pharmacology. It’s a universal error, distinctly irrelevant to electrolyte monitoring in diuretic therapy.

Magnesium can shift, but potassium is the primary concern with diuretics. This is secondary, per nursing pharmacology. It’s universally distinct, less critical than potassium in routine monitoring.

Calcium isn’t typically depleted by diuretics; potassium is key. This errors in priority, per nursing standards. It’s universally distinct, missing the main electrolyte risk in diuretic use.

Tachycardia doesn’t dictate dose increases; orthostasis is the concern. Slow movement prevents falls, per nursing standards. This misaligns universally, distinctly missing antihypertensive safety teaching.

BP checks every 8 hours aren’t standard; slow positioning addresses hypotension. This overcomplicates, per nursing pharmacology. It’s universally distinct, not routine discharge advice.

Tyramine relates to MAOIs, not typical antihypertensives. Slow movement fits, per nursing pharmacology. This errors universally, distinctly irrelevant to standard antihypertensive precautions.

Three label checks ensure dosage accuracy, part of safe practice. All steps are correct, per nursing standards. It’s universally applied, distinctly reducing errors in medication administration.

Verifying spelling and dosage across order, MAR, and label prevents mistakes. All are essential, per nursing pharmacology. It’s universally critical, distinctly ensuring drug accuracy.

Rights (patient, drug, dose) are core to administration; all options support them. This is fundamental, per nursing standards. It’s universally upheld, distinctly guiding safe practice.