PGET Syllabus: Complete Topics and Study Guide

Section 1: PGET Syllabus Overview

The PGET syllabus covers all foundational and clinical subjects studied during the MBBS and BDS curricula:

• The exam tests knowledge across basic medical sciences and clinical disciplines
• Emphasis on high-yield and clinically relevant clinical vignette scenarios
• Balanced subject distribution matching the official Table of Specifications (TOS)
• Specialty-specific modules included for Paper II candidates
• Questions test conceptual pathophysiology, diagnosis, and evidence-based pharmacotherapy

Section 2: Basic Sciences in PGET Syllabus

Basic sciences form the common Paper I core (100 MCQs) required of all candidates regardless of specialty:

These subjects form the foundation for all clinical scenarios. Strong basics ensure reliable clinical deduction on exam day.

Section 3: Anatomy Topics for PGET

High-yield anatomy areas tested in Paper I:

• Cardiovascular anatomy and coronary blood supply
• Respiratory system anatomy and bronchopulmonary segments
• Nervous system anatomy, cranial nerves, and brachial plexus lesions
• Abdominal cavity relations and inguinal canal anatomy
• Head and neck anatomy, triangles, and surgical landmarks
• Embryology and congenital anomalies
• Systemic histology and cellular architecture

Section 4: Physiology Topics for PGET

Key physiological mechanisms and homeostatic feedback loops:

• Cardiovascular physiology, cardiac cycle, and hemodynamic autoregulation
• Respiratory mechanics, ventilation-perfusion ratios, and gas exchange
• Endocrine hormonal pathways and feedback loops
• Gastrointestinal secretions and motility
• Neurophysiology, action potentials, and synaptic transmission
• Renal clearance, acid-base regulation, and electrolyte balance
• Neuromuscular junction and excitation-contraction coupling

Section 5: Biochemistry Topics for PGET

Essential biochemical pathways and enzymology:

• Carbohydrate metabolism (glycolysis, gluconeogenesis, glycogen storage)
• Lipid metabolism, cholesterol synthesis, and lipoprotein disorders
• Protein catabolism and urea cycle defects
• Nucleic acid synthesis and purine/pyrimidine salvage
• Enzyme kinetics, inhibitors, and coenzymes
• Vitamins, co-factors, and nutritional deficiency syndromes
• Inborn errors of metabolism and diagnostic markers

Section 6: Pharmacology Topics for PGET

Core pharmacodynamics, drug interactions, and therapeutic classes:

• General pharmacokinetic principles (clearance, volume of distribution, bioavailability)
• Autonomic nervous system pharmacology (sympathetic and parasympathetic agents)
• Cardiovascular drugs (antihypertensives, antiarrhythmics, heart failure regimens)
• Antimicrobials, resistance mechanisms, and antibiotic stewardship
• Endocrine therapeutics (insulin protocols, oral hypoglycemics, thyroid agents)
• Gastrointestinal agents and antiulcer regimens
• Analgesics, NSAIDs, opioids, and anesthetics

Section 7: Pathology Topics for PGET

General and systemic disease morphology:

• Cellular adaptations, necrosis vs apoptosis, and intracellular accumulations
• Acute and chronic inflammation, granulomatous tissue, and wound healing
• Neoplasia, oncogenes, tumor suppressor genes, and paraneoplastic syndromes
• Hemodynamic disorders, thrombosis, embolism, and shock types
• Systemic organ pathology (atherosclerosis, glomerulopathies, cirrhosis)

Section 8: Microbiology Topics for PGET

Pathogens, immunological defenses, and diagnostics:

• Clinical bacteriology (gram-positive cocci, gram-negative bacilli, mycobacteria)
• Virology (hepatitis, retroviruses, respiratory viruses, herpesviruses)
• Medical parasitology (malaria, protozoa, helminths)
• Mycology (opportunistic and systemic fungal infections)
• Immunology (hypersensitivity reactions, autoimmunity, immunodeficiencies)

Section 9: Clinical Sciences in PGET Syllabus

Clinical specialties tested heavily in Paper II:

Section 10: High-Yield vs Low-Yield Topics

Allocate your study hours strategically across the syllabus: