Neuro Explorer

Explore major regions, convergence overlays, and conference-style localization cases that now include medial motivation hubs, parietal attention maps, insular interoception, and salience-autonomic network reasoning.

Compare quiet reserve, near-threshold recruitment, regular spiking, and refractory-limited high-drive phenotypes in a clinically framed LIF lab.

Move from center-surround physiology into prechiasmal neuro-ophthalmology with retinal, disc, and optic-nerve compare mode plus case-based triage.

Work through monocular, chiasmal, retrochiasmal, and neglect-like patterns with compare mode and consult-level cases.

Separate viewer-centered neglect, extinction, object-centered truncation, and motor-intentional bias with an attention map, bedside-task readouts, and field-cut differentials.

Compare Broca, Wernicke, conduction, global, and transcortical aphasias through bedside language-profile splits, dominant-hemisphere network mapping, and task-level dissociations.

Compare causal potentiation, anti-causal depression, metaplastic restraint, and saturation risk with a richer STDP teaching surface.

Compare canonical transfer, cue capture, blunted transfer, and omission-sensitive phenotypes as prediction errors shift from reward delivery toward the predictive cue.

Compare balanced selection, Parkinson off, medication-on rescue, freezing-prone overbraking, dyskinetic overshoot, and indirect-pathway collapse through direct, indirect, and hyperdirect loop balance.

Classify images through the internal API while working through consult-level field-entry, ventral, dorsal, and attention-network localization traps.

Use a shared consult-level reasoning rubric across lesion localization, neuro-ophthalmology, epileptology, neurovascular syndromes, and neurocardiology, now with structured scoring, confidence grading, and explicit missed-step feedback.

Study ECGs through a neurocritical neurocardiac lens with autonomic presets, consult frames, case mode, annotated rhythm strips, red flags, and a 3D activation map.

Explore 19-channel EEG with band-power analysis, clinical presets from normal alpha to burst suppression, epileptiform pattern generation, and consult-level neurophysiology cases.

Explore canonical lattices, broad low-resolution fields, noisy path integration, and compact-room remapping in a clinically framed navigation lab.

Full ionic model with Na+ and K+ channel gating dynamics, pharmacological blockade (TTX, TEA), and clinical presets from normal conduction to demyelination.

Corticospinal tract from cortex to muscle. Select a lesion level to see UMN vs LMN signs, brainstem crossed findings, and clinical vignettes.

Compare parkinsonian, cerebellar, sensory, hemiparetic, and frontal gait phenotypes using footprint geometry, turning burden, and bedside discriminators.

Separate vestibular neuritis, posterior-fossa stroke, BPPV, vestibular migraine, and Meniere patterns using HINTS scope, timing ladders, provocation maps, and vestibular pathway localization.

All 12 cranial nerves with exam techniques, peripheral vs central lesion patterns, brainstem syndromes (Weber, Wallenberg, CPA), and clinical presets from Bell's palsy to locked-in syndrome.

Map symptoms to arterial territories: MCA, ACA, PCA, basilar, PICA, lacunar. Clinical vignettes with NIHSS estimates, acute management, and the localization logic that separates anterior from posterior circulation.

Sensory localization from receptor to cortex. Dorsal columns vs spinothalamic tract anatomy, dermatome maps, and clinical syndromes from polyneuropathy to Brown-Séquard to cortical sensory loss.

Hypnogram generation with realistic stage cycling, EEG characteristics per stage, and clinical sleep disorder presets from narcolepsy to RBD.