PCB Pharmacist Registration study plan

Define and differentiate the core unit operations (mixing, milling, drying, filtration, size reduction) and state the principle behind each

Derive and apply the Henderson-Hasselbalch relationship and first-order kinetics equations to solve at least 15 numerical problems on buffers, half-life and shelf-life

Compare tablets, capsules, and parenterals by formulation components, manufacturing flow, and critical quality attributes

Interpret a dissolution profile and explain how BCS class and excipient choice influence bioavailability

Explain sustained-release, controlled-release, and targeted delivery designs and justify which is appropriate for a given drug profile

Describe sterilization methods (moist heat, dry heat, filtration, radiation) and select the correct method for a specified product

Classify major drug classes by mechanism of action and map each to its primary receptor or target

Solve dose-response, potency, and therapeutic index problems using graded and quantal response curves

Trace the pharmacokinetic phases of absorption, distribution, metabolism, and excretion and predict how each alters plasma concentration

Calculate loading and maintenance doses, clearance, volume of distribution, and half-life from given parameters

Explain mechanisms of major toxicities (hepatotoxicity, nephrotoxicity, cardiotoxicity) and the antidotes or management for common poisonings

Distinguish adverse drug reactions by type (A, B, and others) and classify key drug interactions by pharmacokinetic versus pharmacodynamic mechanism

Draw and name the functional groups and stereochemistry of at least 20 clinically used drugs and relate structure to activity

Explain prodrug design and phase I versus phase II metabolic pathways with two drug examples each

Describe carbohydrate, lipid, protein, and nucleic acid metabolism and link two enzyme deficiencies to their clinical presentation

Summarize the physiology of the major organ systems and connect each to a drug class that acts on it

Apply the pharmaceutical care process (assessment, care plan, follow-up) to at least five patient case scenarios

Evaluate prescriptions for appropriateness, dosing errors, and interactions and document interventions in a standard format

Describe hospital pharmacy operations including drug distribution systems, inventory control, and sterile compounding workflow

Select first-line therapy and monitoring parameters for common conditions (hypertension, diabetes, asthma, infection) using current guidelines

Compare the structure, replication, and culture requirements of bacteria, viruses, fungi, and parasites

Explain sterilization, disinfection, and aseptic technique controls and the principles of antimicrobial susceptibility testing

Describe the immune response (innate and adaptive) and the basis of active and passive immunization

Identify major medicinal plant sources, their active constituents, and evidence-based uses, and explain quality issues such as adulteration and standardization

Outline the Bangladesh drug regulatory framework, including the licensing, registration, and inspection roles of the relevant authority

Explain the legal requirements for prescription handling, record keeping, labeling, and controlled or scheduled substances

Apply the code of ethics to at least five scenarios involving dispensing errors, confidentiality, and conflict of interest

Describe pharmacovigilance reporting obligations and the process for adverse drug reaction reporting in Bangladesh

Complete two full-length timed mock examinations under exam conditions and score each

Analyze every missed item, tag it to a domain, and re-study the three weakest areas

Recite high-yield facts across all nine domains using spaced-repetition flashcards

Rehearse numerical problem types (kinetics, doses, dilutions) until all can be solved without reference