Medical Devices & Biomaterials

Project Summary

Automated, high-throughput system for real-time 3D imaging and analysis of organoids in drug screening, enhancing precision and depth.

Final Goal (Expected Outcomes)

1. Prototype Development (automated drug screening, real-time, large-area, high-resolution 2D/3D imaging system)
2. Real-time Imaging-based Drug Response Analysis Program (real-time analysis of drug interactions using the imaging data obtained)
3. Reliability Evaluation by Users (to evaluate the system’s reliability across various drug screening protocols)
4. Desired Company Evaluation (Present the system to potential industry partners and stakeholders for evaluation)
5. Regulatory and Compliance Preparation (Adjust system specifications based on regulatory feedback)

Project Summary

• Development of a high-precision robot system that assists in neurovascular interventions, incorporating advanced AI-based technologies for dynamic 3D vascular roadmap and real-time autonomous surgical instrument navigation.
• Stroke is one of the leading causes of death and long term disabilities in both Korea and the US
• Cerebral aneurysm over 7mm are at high risk of rupture with potential devastating consequences, and early intervention is critical
• Neurovascular intervention is a highly complex procedure involving thin and complex vessels in the brain
• AI-assisted surgical robot system enables robust, efficient and safer practice compared to traditional manual procedure, thus leading to reduced procedure time, improved outcome, and fast recovery