Artificial intelligence assisted virtual reality training module for Gasserian ganglion block
What a significant milestone in medical education where 3D Organon plays a pivotal role in advancing interventional pain training! The recent publication, “Artificial Intelligence-Assisted Virtual Reality Training Module for Gasserian Ganglion Block”, authored by Oranicha Jumreornvong, David Chang, Gonzalo Povea Galdo, Jason Yong, and Rohan Jotwani, and published in Interventional Pain Medicine (Elsevier), highlights this transformative journey.
This innovative proof-of-concept module demonstrates the powerful integration of AI-driven 3D Organon tools with Virtual Reality (VR) to teach advanced procedures such as the Gasserian ganglion block—a key technique in managing trigeminal neuralgia and severe facial pain.
Key Highlights of the Training Module:
🔹 Immersive Learning Experience
Learners explore and interact with 360-degree holographic anatomy models, simulating fluoroscopic guidance to accurately perform the procedure.
🔹 Anatomical Precision
Key landmarks like the foramen ovale and proper C-arm positioning are emphasized, guiding practitioners in needle placement while ensuring critical structures remain intact.
🔹 AI-Powered Features
- Multilingual narration and subtitles for global accessibility.
- AI-generated multiple-choice questions to strengthen knowledge retention.
🔹 Scalable Global Training
Designed to be a scalable remote learning solution, this module is a testament to how VR and AI can revolutionize education in diverse environments worldwide.
By leveraging 3D Organon, this module integrates AI-driven 3D modeling, natural language processing, and deep learning to create an immersive, step-by-step learning experience. From interactive holographic anatomy to AI-generated fluoroscopic views, learners are guided through each step of the procedure with narrated assistance in multiple languages.
This innovation represents a significant step forward in making advanced medical training accessible, effective, and globally scalable. It not only enhances understanding but also helps learners achieve procedural excellence in a dynamic, interactive environment.
We’re proud to see 3D Organon serve as the foundation for this game-changing pedagogy, demonstrating the immense potential of AI and VR in shaping the future of medical education.
👏 A huge congratulations to the authors for their incredible work!
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