Learn by clicking on it

Pharm formulas, with a purpose

Plasma concentration Cₚ, target Cₜ and elimination rate Vₑ, alongside lecture notation. Walk through loading, maintenance, clearance, bioavailability and half-life, then change one case to see how they connect.

Practice by lecture

Choose a lecture or a full Week 14 formative set: 60 FMK questions or 30 anatomy questions. Review presentation objectives, explanations, and lecture references.

Lecture review and visual practice

Understand pathways, study the source figures, explain the relationships, then drill lecture cards.

Abdominal anatomy

Explore lecture scenes, click structures for supply, innervation and function, and practice identifying anatomy with labels and clinical questions.

Week 12 sample quizzes

Ten predicted practice questions per lecture: GI development and rotations, abdominal wall and inguinal region, foregut and spleen, and accessory organs. Submit each quiz for a score, explanations, and transcript timestamps.

Anatomy in 3D

Rotate, isolate and click real models of the back, shoulder, arm and thorax (BodyParts3D, CC BY-SA). Explore with muscle cards and bony landmarks, identify highlighted structures, find them on the model, or trace every nerve and artery from origin to termination on the whole-limb model. Walk the practical list structure by structure in Checklist, or open the transitions explorer to click a vessel and see what it becomes.

Every muscle

All 69 muscles from the ANI summary slides — back, suboccipital, shoulder, pectoral, arm, forearm, hand and thoracic wall. Drill by nerve, action, blood supply or attachment, filter by region, and turn nerve lesions into what the patient can't do.

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.

Myotomes & reflexes

Movement → level, level → movement, and the deep tendon reflexes. Each answer lights up the matching dermatome so motor and sensory stay linked.

Brachial plexus

Roots → trunks → divisions → cords → branches on an interactive diagram. Identify hidden nodes, trace fibres, and place the side branches.

Upper limb arteries — the tree

Subclavian → axillary → brachial → radial/ulnar → palmar arches. What arises from what, what each vessel gives rise to, trace the route to any branch, and find it on the anatomical map.

Where things become something else

29 transitions — the axillary artery becoming the brachial at the inferior border of teres major, the deep radial becoming the PIN at supinator, the cords forming around the axillary artery. Drills on what it becomes, where it happens, and what happens at a given landmark, and the ones with geometry open in the 3D viewer. Each entry carries three independent marks: whether a lecture teaches it, what backs the anatomy, and whether the 3D meshes resolve.

α, β, muscarinic & nicotinic receptors

Which receptor sits where and what it couples to — 1 heart / 2 lungs, odd squeezes / even inhibits / β stimulates — plus why the same Gs → cAMP speeds the heart but relaxes the airway. Drills: receptor → G protein, effect → receptor, where in the wiring, drugs.

Histology

157 micrographs from the ANI histology lectures, heart and vessels included. Name the structure, call the epithelial type, the stain, or where it lives. Gallery with every diagnostic feature. Lecture images, so it's behind the sign-in.

Development: the pattern behind the anatomy

Weeks 1–4, neurulation and the spinal cord, vertebrae, limbs, lungs and diaphragm, heart and great vessels, fetal circulation — as stories, a dated timeline, and drills on what becomes what, when, and which defect results.

Who taught what

All 135 files across FMK, ANI and OPP (slides, handouts and annotated copies), indexed by the 13 faculty who presented them — names read from the title slides, not from file metadata. Search by name, lecture code, title or filename, and copy any file's full path straight to the clipboard.

Vitamins & minerals

All 20 vitamins and minerals from the week-9 decks — active form, function, deficiency, toxicity and pearls, searchable by disease or enzyme. Each cofactor deep-links to the exact arrows it runs across the pathway maps.

Metabolic pathways

Every FMK pathway on one hand-drawn chart — glycolysis down the spine, TCA as a ring, β-oxidation and ketones off acetyl-CoA, gluconeogenesis as its own dashed route — with what each step spends and makes. Paint a condition onto it and watch the ripple, or open any one pathway and hit it hard: next step, enzyme, regulation, cofactors.

Every FMK condition

299 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.

Lysosomal storage diseases

9 diseases, every combination: symptoms → gene, gene → disease, enzyme → substrate, histology → disease. Each answer shows the full card.

Viscerosomatic levels

The OPP-05 chart of visceral innervation: sympathetic cord levels and parasympathetic source for 27 viscera. Organ → levels, levels → organs, click the segments on a spine column, and referred-pain cases with the four osteopathic reflexes.