Anatomy, Physiology and Pathology Training

Lesson 1 • Body Cavities and Membranes

Identifies dorsal and ventral cavities, subdivisions, and associated serous membranes. Understanding cavity boundaries is essential for locating organs and interpreting pathology.

Lesson 2 • Levels of Structural Organisation

Covers the six levels from chemical to organism, linking each level to functional significance. Provides the conceptual scaffold for all subsequent anatomy content.

Lesson 3 • Anatomical Terminology and Orientation

Introduces directional terms, body planes, and regional nomenclature used in clinical and academic settings. Accurate terminology prevents miscommunication in professional practice.

Lesson 1 • Cell Division and the Cell Cycle

Covers mitosis, meiosis, and cell cycle regulation including checkpoints. Dysregulation of these processes is a primary mechanism in neoplastic pathology.

Lesson 2 • Connective, Muscle, and Nervous Tissues

Surveys the remaining three tissue types, their matrix components, and functional roles. Provides the histological baseline needed to recognise pathological tissue alterations.

Lesson 3 • Cell Structure and Organelle Function

Details the plasma membrane, nucleus, and cytoplasmic organelles with their specific roles. Cell-level knowledge is prerequisite for understanding tissue and organ pathology.

Lesson 1 • Joints: Classification and Mechanics

Classifies joints by structure and movement, detailing synovial joint components. Joint anatomy directly informs the pathophysiology of arthritis and ligament injuries.

Lesson 2 • Skin Layers and Appendages

Details epidermis, dermis, and hypodermis along with hair, nails, and glands. Skin anatomy is foundational for understanding wound healing and dermatological pathology.

Lesson 3 • Skeletal Muscle Anatomy and Contraction

Describes muscle fibre organisation, the sarcomere, and the sliding filament mechanism. This foundation supports understanding of myopathies and neuromuscular disorders.

Lesson 4 • Bone Structure and Remodelling

Covers gross and microscopic bone anatomy, ossification, and continuous remodelling cycles. Remodelling knowledge is essential for interpreting metabolic bone diseases.

Lesson 1 • Central Nervous System Organisation

Maps the brain lobes, brainstem, cerebellum, and spinal cord with their primary functions. Structural mapping enables localisation of lesions seen in stroke and trauma.

Lesson 2 • Peripheral and Autonomic Nervous Systems

Distinguishes somatic from autonomic pathways and sympathetic from parasympathetic divisions. Autonomic dysfunction underlies many systemic pathologies including dysautonomia.

Lesson 3 • Neurological Pathologies Overview

Examines stroke, multiple sclerosis, Parkinson disease, and peripheral neuropathy using neural anatomy. Links demyelination, ischaemia, and degeneration to observable clinical signs.

Lesson 4 • Neuron Structure and Signal Transmission

Covers neuron morphology, resting membrane potential, and action potential propagation. Electrophysiology of neurons is the basis for understanding neuropathology and pharmacology.

Lesson 1 • Pulmonary Mechanics and Gas Exchange

Explains ventilation mechanics, lung volumes, and alveolar gas exchange via diffusion gradients. These physiological principles define normal function against which pathology is measured.

Lesson 2 • Heart Anatomy and Cardiac Cycle

Details chambers, valves, conduction system, and the sequence of systole and diastole. Cardiac anatomy is prerequisite for interpreting arrhythmias and valvular pathology.

Lesson 3 • Vascular Anatomy and Haemodynamics

Compares arterial, venous, and capillary wall structures and explains pressure-flow relationships. Haemodynamic principles underlie hypertension, atherosclerosis, and shock pathophysiology.

Lesson 4 • Cardiovascular and Pulmonary Pathologies

Covers coronary artery disease, heart failure, COPD, and pneumonia using system anatomy. Connects structural and haemodynamic changes to clinical signs and diagnostic findings.

Lesson 1 • Metabolic and Renal Pathologies

Covers diabetes mellitus, hypothyroidism, glomerulonephritis, and renal failure using organ physiology. Connects hormonal and filtration defects to systemic clinical manifestations.

Lesson 2 • Endocrine Glands and Hormone Mechanisms

Identifies major endocrine glands, their hormones, and receptor-mediated signalling pathways. Hormonal dysregulation is the direct cause of diabetes, thyroid disorders, and adrenal disease.

Lesson 3 • Gastrointestinal Tract Structure and Function

Traces the alimentary canal from mouth to rectum, detailing wall layers and secretory functions. GI anatomy is foundational for understanding ulcers, malabsorption, and colorectal disease.

Lesson 4 • Renal Anatomy and Filtration Physiology

Details kidney macrostructure, nephron segments, and the three-step urine formation process. Nephron-level understanding is required to interpret acute kidney injury and chronic renal disease.

Lesson 1 • Acute and Chronic Inflammation

Details vascular changes, cellular events, and mediators of acute inflammation and its resolution. Chronic inflammation underlies fibrosis, granuloma formation, and many systemic diseases.

Lesson 2 • Adaptive Immunity: Cellular and Humoral

Explains T-cell and B-cell activation, antibody classes, and immunological memory formation. Adaptive immunity knowledge is essential for understanding vaccines, autoimmunity, and immunodeficiency.

Lesson 3 • Immunodeficiency and Neoplastic Immunity

Covers primary and secondary immunodeficiencies and immune surveillance against tumours. Links immune failure to opportunistic infections and cancer progression.

Lesson 4 • Innate Immunity and Physical Barriers

Covers skin, mucous membranes, phagocytes, and pattern recognition as first-line defences. Innate mechanisms set the stage for understanding acute inflammation and infection pathology.

Lesson 1 • Neoplasia: Classification and Carcinogenesis

Distinguishes benign from malignant tumours, classifies by tissue origin, and explains oncogene and tumour suppressor mechanisms. Neoplasia knowledge is central to oncology and surgical pathology.

Lesson 2 • Genetic and Congenital Disorders

Covers chromosomal abnormalities, single-gene disorders, and multifactorial inheritance patterns. Genetic pathology underpins congenital anomalies and hereditary disease counselling.

Lesson 3 • Haemodynamic Disorders and Thrombosis

Explains oedema, hyperaemia, thrombosis, embolism, and infarction using vascular physiology. These disorders are among the most common causes of morbidity and mortality worldwide.

Lesson 4 • Diagnostic Pathology Methods

Introduces histopathology, cytology, immunohistochemistry, and molecular diagnostics used in disease identification. Connects laboratory techniques to clinical decision-making and treatment planning.