Eye Movement Simulator
Explore horizontal gaze pathways: PPRF, MLF, CN III, CN VI. Lesion individual structures and see the exact eye movement deficit. Includes INO, one-and-a-half syndrome, and 10-question quiz.
Interactive simulations, AI-powered clinical cases, and games for medical trainees and educators. Open access, no account needed.
Beta testing phase. Your feedback directly shapes what comes next.
Each simulation lets you lesion structures and watch the circuit respond in real time. Explore freely or test yourself in Quiz mode.
Explore horizontal gaze pathways: PPRF, MLF, CN III, CN VI. Lesion individual structures and see the exact eye movement deficit. Includes INO, one-and-a-half syndrome, and 10-question quiz.
Trace the visual pathway from retina to occipital cortex. Apply lesions at any point along the pathway (optic nerve, chiasm, tract, radiation, or cortex) and see the resulting visual field loss on a Goldmann chart.
Map lesion locations to aphasia type: Broca, Wernicke, conduction, global, and transcortical variants. Test fluency, comprehension, and repetition in a structured clinical framework.
Manipulate dopamine levels and apply targeted lesions across the direct and indirect pathways. Load clinical presets — Parkinson's disease, Huntington's disease, hemiballismus, levodopa dyskinesia, and STN-DBS — and watch the pathways transform in real time. Includes a 27-question quiz on receptor pharmacology and circuit logic.
GPT-powered tools that progressively unfold clinical scenarios, ask questions back, and adapt to your answers. Not a quiz, but a conversation with a patient.
Progressive case disclosure powered by the 2026 AHA/ASA stroke guidelines. Present history, examine, order investigations, and manage. The AI responds as attending, patient, and nurse depending on your input. Cases cover the full spectrum of the 2026 AHA/ASA stroke guidelines.
Practice the structured neurological history with a simulated patient. The AI plays a patient with a hidden diagnosis. You ask questions, gather symptoms, and arrive at your differential. Covers headache, weakness, impaired consciousness, and visual disturbances. Feedback at the end.
Knowledge retrieval disguised as play. The fastest way to make things stick.
A 2-player race across a 30-space Brain Track. Each turn, draw a clinical question from the 2026 AHA/ASA stroke guidelines. Answer correctly to advance — easy questions move you 1 space, moderate 2, hard 3. Land on Flag Spaces (10 & 20) to plant your flag, or steal your opponent's for a 30-point bonus. Use Jail Tokens to freeze your opponent for a turn. First to reach space 30 wins.
A 2-player race across a 100-space board. Each turn, roll two dice — but you only move if you answer a clinical question from the 2026 AHA/ASA stroke guidelines correctly. Get it wrong and stay put. Land on a ladder and climb up; land on a snake and slide back. First to reach space 100 wins. Choose your question categories before you start.
Work through 8 richly detailed clinical cases, each with 4–6 sequential locks to break. Every lock is a question drawn from the 2026 AHA/ASA stroke guidelines. Answer correctly to advance; get it wrong and see the real patient consequence play out. Play solo, co-operate with a partner, or compete head-to-head on the same device. Points awarded per difficulty: easy 100 · moderate 150 · hard 200.
Simulations work best on a desktop or laptop. While you're here — please give us feedback. It directly shapes what we build next, and this is the best time to have your say.
Choose a simulation, AI case, or game from the sections above. Everything is free and open. No sign-in required.
In simulations, try Explore mode first. Manipulate parameters without pressure. Switch to Quiz mode when ready.
In AI tools, type as you would speak to a patient or attending. There are no wrong questions, only richer conversations.
Hit "Give feedback" at any point. Your reports are read by the team within 24 hours. You are shaping this product.