NAPLEX study plan

Build a one-page disease-state map for hypertension, heart failure, and dyslipidemia linking guideline-directed drug classes to patient-specific selection criteria

Draft patient-specific treatment algorithms for type 2 diabetes that sequence agents by comorbidity, cost, and hypoglycemia risk

Compare anticoagulant options (warfarin, DOACs, heparin products) by indication, monitoring parameter, and reversal strategy

Explain the mechanism, monitoring, and counseling points for the 25 highest-yield cardiovascular drugs without referring to notes

Select empiric antibiotic regimens for pneumonia, urinary tract infection, skin infection, and sepsis using local resistance patterns and patient allergy history

Distinguish bacterial, viral, and fungal respiratory presentations and justify when antimicrobial therapy should be withheld

Construct monitoring plans for patients on vancomycin, aminoglycosides, and other narrow-therapeutic-index antimicrobials

Apply guideline-based step therapy for asthma and COPD, including inhaler technique and device selection

Design titration and monitoring plans for antidepressants, antipsychotics, and mood stabilizers, including black-box warnings to counsel on

Formulate opioid and non-opioid analgesic regimens with equianalgesic conversions, naloxone co-prescribing criteria, and bowel regimen prophylaxis

Solve weight-based, renal-adjusted, and body-surface-area dosing problems accurately under timed conditions

Verify prescription calculations for pediatric and geriatric patients using dimensional analysis

Integrate therapeutic knowledge across GI, renal, and hematologic disorders by resolving 50 cross-domain case vignettes

Perform alligation, dilution, and ratio strength calculations and isotonicity adjustments without a reference

Interpret creatinine clearance, hepatic function, and drug-interaction data to justify a dose adjustment in patient cases

Identify and correct unsafe prescriptions by spotting dose, frequency, and interaction errors

Map the pharmacology, mechanism, and class effects of major drug families to their adverse effect profiles and contraindications

Explain pharmacokinetic principles (absorption, distribution, metabolism, elimination, half-life, steady state) and apply them to dosing interval decisions

Predict clinically significant drug interactions using CYP450 and transporter knowledge and rank them by severity

Relate dosage-form design, excipients, and routes of administration to bioavailability and patient counseling points

Perform sterile and nonsterile compounding calculations including percentage strength, milliequivalents, and beyond-use dating determination

Apply USP chapter standards for sterile compounding, hazardous drug handling, and prescription labeling requirements

Differentiate the legal requirements for controlled substance schedules, refills, and partial fills under federal law

Outline pharmacist duties for error reporting, REMS participation, and prescription transfer rules

Explain inventory control methods, formulary decision-making, and drug shortage mitigation strategies used in pharmacy practice

Describe the drug distribution pathways for unit dose, automated dispensing, and controlled substance accountability

Deliver motivational-interviewing-based counseling scripts for new prescriptions, inhalers, injectables, and adherence barriers

Adapt communication for low health literacy, interpreter needs, and caregiver involvement using teach-back

Complete two full-length timed mixed-domain practice exams under test-day conditions

Audit missed questions by domain and root cause (knowledge gap, misread, calculation error) and rank the top five recurring weaknesses

Re-drill the highest-yield weak areas using spaced retrieval until recall is fluent

Rehearse a final-week schedule that balances high-yield review with rest and a timed warm-up set