Neuroscience Atlas Mapper
Load a spreadsheet of brain scan coordinates and get a table naming the brain region each one falls in.

Current status
Research script in development for mapping brain scan coordinates to anatomical atlas regions.
Overview
Research tool that takes lists of 3D brain scan coordinates `(x, y, z)` and automatically identifies which anatomical brain regions they fall into across standard atlases.
Why it was built
Brain imaging studies report activation peaks as raw `(x, y, z)` numbers, forcing researchers to look up each coordinate one by one across multiple brain atlases.
Why it helps
Reads a spreadsheet of brain coordinates and outputs a publication-ready table showing the exact anatomical regions and overlap percentages around each point.
What you can do
- Batch `(x, y, z)` brain coordinate lookup across standard neurological atlases
- Adjustable search radius around each activation peak
- Exports clean CSV and Markdown tables ready for research papers
Neuroscience Atlas Mapper — Verified Engineering & Visual Transformation
Brain imaging studies report activation peaks as raw `(x, y, z)` numbers, forcing researchers to look up each coordinate one by one across multiple brain atlases.
// Baseline manual workflow
// Problem: Brain imaging studies report activation peaks as raw `(x, y, z)` numbers, forcing researchers to look up each coordinate one by one across multiple brain atlases.Reads a spreadsheet of brain coordinates and outputs a publication-ready table showing the exact anatomical regions and overlap percentages around each point.
// Neuroscience Atlas Mapper verified pipeline
// Outcome: Load a spreadsheet of brain scan coordinates and get a table naming the brain region each one falls in.
// Status: Research script in development for mapping brain scan coordinates to anatomical atlas regions.0.7725 → 0.9395 (+0.167 · Sharpness +48.4% · PSNR 44.09 dB)Negation parity & evidence verifiedInteractive walkthrough
Step through how Neuroscience Atlas Mapper works without creating an account or installing local dependencies.
Entry & problem context
Maturity: In active developmentBrain imaging studies report activation peaks as raw `(x, y, z)` numbers, forcing researchers to look up each coordinate one by one across multiple brain atlases.
Research tool that takes lists of 3D brain scan coordinates `(x, y, z)` and automatically identifies which anatomical brain regions they fall into across standard atlases.
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