Interactive learning
Learn by clicking on it
Interactive modules I build to make first-year material stick — diagrams you can click, questions that explain themselves, and a running score. Each pathway is meant to be worked in order; the last module in a pathway is the test. Nothing is saved; refresh to start clean.
Pathway: Anatomy — peripheral nervous system
Dermatomes
Click the skin a spinal level supplies, or name the level for a highlighted patch. Front and back body maps, drill by upper limb, trunk, or lower limb.
Start →Myotomes & reflexes
Movement → level, level → movement, and the deep tendon reflexes. Each answer lights up the matching dermatome so motor and sensory stay linked.
Start →Brachial plexus
Roots → trunks → divisions → cords → branches on an interactive diagram. Identify hidden nodes, trace fibres, and place the side branches.
Start →Lesion localization
Given a root, trunk, cord, or nerve lesion, predict every deficit. Given a presentation, find the lesion. Upper and lower limb, 30 cases and growing.
Take it →Pathway: Anatomy — muscles
Pathway: Anatomy — upper limb vessels
Pathway: OPP
Pathway: Histology (ANI)
Pathway: Metabolism (FMK)
Metabolic pathways
Glycolysis, PDH/TCA, ETC, gluconeogenesis, HMP shunt, glycogen, fructose, galactose, ethanol, fatty acid synthesis and oxidation, ketones, cholesterol, purines and pyrimidines, heme and bilirubin — each as a top-to-bottom clickable map. Pick one pathway and hit it hard: next step, enzyme, regulation, cofactors, NADPH and who needs it.
Start →Lysosomal storage diseases
Nine diseases, every combination: symptoms → gene, gene → disease, enzyme → substrate, histology → disease. Each answer shows the full card.
Start →Every FMK condition
255 diseases, deficiencies, toxins and drug mechanisms harvested from every FMK deck. Given any facet, name any other; distractors come from the same family so you have to discriminate. Every card links to its pathway map (with the broken arrow lit), reasoning case, or lysosomal card.
Start →Metabolic reasoning
Whole-map cases: why DKA has ketones and hyperglycemia, why a drinker goes hypoglycemic, why MCAD spills no ketones. Walk the chain, order it yourself, answer the why questions, diagnose from the labs.
Take it →Coming next
Anatomy — lumbosacral plexus & cranial nerves
Same format as the brachial plexus, then cranial nerve nuclei, foramina, and lesion patterns.
OMM techniques
Fryette's laws, sacral diagnosis, and treatment-selection drills.
See the FAQ for the roadmap.