Interactive Operative Anatomy Mini-Simulations
We transform neurosurgical anatomy text and illustration into digital mentor-assisted web-based interactive experience to understand the anatomical rationale and consequence of an operative decision and execution.
For education and training only; not for patient care.
Anatomy behind operative decision, instrument , action and consequence
This platform is built as an educational guide to help learners explore how tissue anatomy shapes decision making , instrument design , operative maneuver and physical tissue response . Declaring the surgical action in advance makes the simulation anatomy-driven exploration.
Log and Feedback Left Panel
It reports to the AI Mentor what is happening inside the central canvas in real time.
Operative Field Central 16:9 Canvas
The central canvas (16:9 scale) represents the operative field where you have the chance to do the declared surgical action and see the consequence.
The Tray Right Panel
Appropriate tools to explore anatomy behind the design.
Operative Anatomy Atlas
Experience anatomy in all stages of patient care in neurosurgical ward
Pterional Approach
6 Stages6 stages of the patient's journey from the clinic to the postoperative events.
Instrumentation
Analyze how surgical instruments are engineered to match anatomical tissue planes, handle deep corridor constraints, and produce safe physical consequences.
Anatomy in Instrument Design
Study instrument blueprints before use — analyze working ends, handles, joints, safety features, and anatomical purpose.
Single-Tool Anatomical Task
Explore the 13 fundamental physical verbs — study one tool acting on one simple tissue target to witness direct consequences.
Multi-Tool Anatomical Task
Analyze co-dependent multi-instrument surgical acts and micro-dissection mechanics in abstract 2D operative scenes.
Suboccipital Approach
In CurationSuboccipital craniectomy for access to the fourth ventricle and cerebellar hemispheres.
Interhemispheric Approach
In CurationMicrosurgical path through the longitudinal fissure to access deep callosal lesions.
Transsphenoidal Approach
In CurationEndonasal corridor to the sellar region for pituitary tumor resection.
Assets Library
Launch analytical tools, review videos, and manage your cloud storage.
Operative Scene Studio
A lightweight authoring environment designed for neurosurgeons and trainees to convert de-identified operative photographs, illustrations, and concise clinical notes into portable interactive HTML scenes:
- 1. Deepest Image Plane: Load a 16:9 operative photograph or surgical illustration as the reference underlay.
- 2. Author Overlays: Draw up to three anatomical overlay structures (freehand or point-by-point) and adjust nodes to align with surgical planes.
- 3. Depth & Transparency: Arrange layers from deep to superficial, adjust opacity to reveal sub-surface anatomy, and assign names and descriptions.
- 4. Interactive Displacement: Switch to Interact mode to test simplified local responses—poking or stretching an overlay to inspect deeper anatomical relationships before it returns to rest.
- 5. Portable HTML Export: Download a single, self-contained HTML file embedding the background, SVG geometry, depth order, and author JSON for offline case discussions and educational archives.
Educational Notice: This tool provides a simplified visual and educational representation for case review and teaching. It does not model calibrated tissue biomechanics or replace surgical judgment.
Operative Scene Studio
Create, annotate, and simulate multi-layered 16:9 anatomical scenes with responsive soft-tissue overlays and portable zero-dependency HTML export.
Google Cloud Storage Console
Manage clinical simulation datasets, tensor graphs, and MRI scans in your europe-west1 bucket.
Lab Authorization Required
Security rules require clinical credentials to read or write simulation data in the Cloud Storage bucket.
Upload to Bucket
Drag and drop simulation files here, or browse files
Supports .h5, .json, .nii, .csv, .glb data formats