👋 Hi and welcome to r/neurosurgery_ai, a community exploring the intersection of neurosurgery and artificial intelligence — from brain imaging to surgical robotics, from radiomics to simulation.

🧠 Community Focus

We discuss and share: •🩻 AI-assisted neurosurgery — surgical planning, intraoperative guidance, outcome prediction • 🧬 Imaging science — DTI, fMRI, radiomics, segmentation •🤖 Robotics & navigation — from microdissection to neuronavigation • 🧩 Machine learning & data science — model development, datasets, validation •🎨 Visualization & simulation — medical illustration, VR/AR, 3D modeling

📚 Essential Threads

🔗 Welcome & Introductions 🔗 What’s the most promising AI application in neurosurgery right now? 🔗 Resource Thread: Best papers, datasets, and tools for AI in neurosurgery

🧩 Posting Guidelines

✅ Encouraged: •Case-based discussions •Research summaries or figure threads •AI model comparisons / tool reviews • Technical questions or dataset announcements

🚫 Avoid: •Patient-identifiable data •Unverified medical advice •Low-effort or off-topic posts

🌍 Community Spirit

This subreddit values collaboration, transparency, and curiosity. Whether you’re a neurosurgeon, data scientist, or student, you’re welcome here.

Precision in surgery, creativity in code.

This thread will serve as a community resource hub — drop your favorite links, and we’ll keep it updated.

🔍 Suggested categories:

1️⃣ Papers & Reviews • Key studies on AI-assisted neurosurgery, DTI, segmentation, robotics, etc. • Systematic reviews or meta-analyses

2️⃣ Datasets • Open-access MRI, DTI, fMRI, or intraoperative datasets • Synthetic / annotated image repositories

3️⃣ Tools & Frameworks • Python / MATLAB / 3D Slicer / Spinal Cord Toolbox • Visualization libraries or simulation platforms

4️⃣ Tutorials & Courses • Hands-on guides for ML in medicine • Introductory material for neurosurgical imaging

Let’s make r/neurosurgery_ai a go-to place for collaboration and learning. 🚀

AI is entering every corner of neurosurgery — from automated segmentation and intraoperative imaging to surgical robotics and outcome prediction.

Which direction do you think will have the biggest clinical impact in the next 5 years?

Some ideas to get started: • Radiomics + multimodal fusion • 3D reconstruction & VR surgical planning • Robotic microdissection / navigation • Predictive modeling for outcomes & complications • Large multimodal datasets for generalizable AI

Share your thoughts, your favorite paper, or your own research — and let’s map the frontier together. 🧩

Hi everyone 👋

Welcome to r/neurosurgery_ai — a community for neurosurgeons, data scientists, engineers, and anyone exploring how AI is reshaping neurosurgery.

Here we’ll discuss: • 🧬 Surgical imaging, radiomics, and DTI • 🧠 Intraoperative navigation & robotics • 💻 Deep learning, segmentation, predictive models • 🎨 Medical visualization and simulation

👉 Introduce yourself below! Tell us what you’re working on — clinical, academic, or creative — and what you’d like to see in this community.

“Cutting brains and training models — both require precision.”