01 Foundations and spatial orientation
02 Chambers and internal architecture
03 Valves and the supporting apparatus
04 Great vessels and coronary circulation
05 Cellular physiology and electrical activation
06 Cardiac mechanics and hemodynamics
07 Development and disease mechanisms
08 Imaging, advanced integration and capstone
09 Human cells: membrane, organelles and energyGeneric human cell and membrane boundaries Nucleus, chromatin and gene expression Mitochondria, ribosomes and protein synthesis ER, Golgi, lysosomes and intracellular transport
10 Cell specialization, growth and differentiation
11 Tissue families and histology
12 Skin, hair, nails and repair
13 Bone tissue, growth and remodeling
14 Axial skeleton and bony landmarks
15 Upper-limb skeletal anatomy
16 Pelvis and lower-limb skeletal anatomy
17 Joints, cartilage and biomechanics
18 Muscle organization and regional actions
19 Contraction, motor units and muscle energy
20 Neurons, glia and electrical signaling
21 Brain, meninges and cerebrospinal fluid
22 Spinal cord, peripheral nerves and reflexes
23 Autonomic control and nervous-system integration
24 Eye, retina and visual pathways
25 Hearing, equilibrium and chemical senses
26 Endocrine signaling and hypothalamic control
27 Endocrine organs, hormones and metabolism
28 Blood, plasma and formed elements
29 Vessels, pressure and microcirculation
30 Lymphatic organs and immune mechanisms
31 Airways, lungs and ventilation
32 Alveoli, gas exchange and respiratory control
33 Digestive tract, nutrition and absorption
34 Liver, gallbladder, pancreas and metabolic integration
35 Kidneys, urinary tract and micturition
36 Nephron transport and renal regulation
37 Fluid compartments, electrolytes and acid-base balance
38 Female reproductive anatomy and cycles
39 Male reproductive anatomy and gamete production
40 Embryology, pregnancy and inheritance
41 Regional anatomy and whole-body integration
42 Advanced study methods and capstone
