JMC Human Medicine Exam study plan

Build a one-page mechanism map linking the top 20 high-yield drugs to their receptor or enzyme target and the organ system they act on

Write 30 pathology vignette stems from scratch and label each with the dominant morphologic or molecular mechanism

Rank the 12% pathology and 12% pharmacology syllabi into a checklist of subtopics you can tick off, marking which ones you can already explain aloud in under two minutes

Solve 40 mixed pathology-pharmacology questions under timed conditions and log every miss with the underlying principle, not just the answer

Distinguish reversible from irreversible cell injury and necrosis subtypes by writing your own side-by-side comparison table with a clinical example for each

Explain the pharmacology of autonomic agonists and antagonists aloud from memory, including organ-by-organ effects

Trace the pathogenesis of thrombosis, embolism, and infarction in a hand-drawn flow diagram you can redraw in five minutes

Apply antimicrobial and cardiovascular drug classes to five constructed patient scenarios and justify each choice in writing

Map the surface anatomy of the thorax and abdomen to the underlying organs and to the physical-examination maneuvers that test them

Summarize the diagnostic approach to the top ten internal medicine presentations (chest pain, dyspnea, edema, jaundice, fever of unknown origin, and similar) as one-line algorithms

Identify the anatomic basis for referred pain patterns in myocardial infarction, cholecystitis, and appendicitis

Interpret a set of laboratory and imaging findings you construct yourself and state the most likely diagnosis with reasoning

Derive the physiology behind acid-base, fluid, and electrolyte disturbances and work through ten constructed arterial blood gas problems to a correct interpretation

Explain the pathophysiology of heart failure, hypertension, and diabetes mellitus in terms of the normal physiology that has failed

Connect each major physiology system (cardiovascular, respiratory, renal, endocrine) to at least two internal medicine diseases it explains

Complete a 60-question timed block weighted toward medicine and physiology and analyze errors by system

Draw the core metabolic pathways (glycolysis, Krebs cycle, oxidative phosphorylation, gluconeogenesis, glycogen metabolism) from memory and annotate the rate-limiting enzymes and their regulators

Link inborn errors of metabolism and enzyme deficiencies to their clinical presentations and laboratory findings

Classify the major bacterial, viral, fungal, and parasitic pathogens by structure, staining, and virulence factor, and pair each with a representative disease

Describe the mechanisms of action of antibiotics and antivirals at the molecular level and predict resistance mechanisms from each target

Explain how biochemical pathways become drug targets, giving at least five examples where a drug inhibits a specific enzyme

Differentiate sterilization, disinfection, and antisepsis and apply the correct method to constructed clinical scenarios

Summarize host immune defense and hypersensitivity reactions, then match each type to a clinical example

Work through 50 mixed biochemistry-microbiology-pharmacology questions and record the concept behind each error

Outline study designs, measures of association, and screening test properties, then compute sensitivity, specificity, and predictive values for a constructed 2x2 table

List the surgical approach to the acute abdomen, including indications for operative versus conservative management

Summarize the stages of labor, common obstetric emergencies, and the leading causes of maternal morbidity, and link them to preventive care

Describe the major gynecologic conditions and their screening and management pathways

Identify the core components of national immunization schedules and notifiable disease reporting

Consolidate pediatric growth and development milestones, neonatal jaundice, and common childhood infections into a rapid-review sheet

Re-test every previously missed concept by rewriting it as a fresh question and answering it correctly

Complete two full-length timed mock exams under exam conditions and compare scores against your week 1 baseline

Identify your three weakest remaining subtopics and close each with a targeted 30-minute review plus a self-written summary