GPAT study plan

Map the Pharmaceutics syllabus into a one-page topic tree covering dosage form design, preformulation, unit operations, and biopharmaceutics

Derive and apply the Noyes-Whitney, Higuchi, and zero/first-order release equations to solve at least 15 numerical problems

Classify 25 excipients by functional role and list incompatibilities for each

Explain the effect of polymorphism, particle size, and salt form on solubility and dissolution rate with worked examples

Compare tablets, capsules, parenterals, and topicals on manufacturing route, critical process parameters, and QC tests

Calculate D-value, Z-value, F0, and steam sterilization cycle times for given bioburdens

Solve pharmacokinetic problems on clearance, volume of distribution, half-life, and bioavailability (AUC, Cmax, Tmax)

Design a stability study protocol citing ICH Q1A conditions and shelf-life estimation by Arrhenius plotting

Draw and name 30 drug molecules from major classes using IUPAC and generic nomenclature

Predict SAR trends for at least four drug families (e.g., sulfonamides, beta-lactams, benzodiazepines) from structure

Apply the prodrug concept to explain at least five marketed prodrugs and their activation pathways

Solve stereochemistry and physicochemical property questions (logP, pKa, ionization) relevant to drug action

Summarize synthesis routes for 10 high-yield drug classes, noting key reagents and intermediates

Differentiate titration, spectrophotometric, chromatographic, and hyphenated methods by principle, application, and limitation

Calculate assay content, % purity, and LOD/LOQ from raw analytical data sets

Interpret IR, UV, NMR, and mass spectra to identify unknown compounds in 10 practice problems

Map autonomic pharmacology: receptor subtypes, agonists, antagonists, and clinical uses in a single schematic

Explain mechanisms, adverse effects, and contraindications for 25 high-yield drugs across CNS, cardiovascular, and antimicrobial classes

Solve 20 pharmacology numericals on dose-response, therapeutic index, and pharmacokinetic dosing adjustments

Correlate disease pathophysiology with first-line drug therapy for at least eight common conditions

Classify 20 crude drugs by botanical source, active constituent, and pharmacological activity

Outline extraction, isolation, and standardization methods for alkaloids, glycosides, and volatile oils

Apply WHO herbal drug quality parameters and identify common adulterants

Link pharmacognosy constituents to their modern therapeutic uses and drug interactions

Trace major metabolic pathways (glycolysis, TCA, HMP shunt) and explain enzyme deficiencies causing disease

Interpret 15 clinical laboratory reports (LFT, KFT, lipid profile, glucose) and identify drug-induced abnormalities

Summarize the Drugs and Cosmetics Act schedules, NDPS Act, and Pharmacy Act provisions relevant to practice

Explain hospital and community pharmacy management concepts: inventory control, drug store, and prescription handling

Complete two full-length timed mock exams under GPAT conditions and score each by domain

Revisit every logged error from weeks 1–7 and re-solve each until correct without notes

Revise high-yield formula sheets, drug maps, and crude-drug tables in three spaced sessions

Finalize an exam-day strategy covering time allocation, question triage, and guesswork rules