Research
Present Research
Combination of Research Items for Neuro-interface Build-up
From the development of multi-neurotransmitter monitoring/balance modulation flexible tools in the brain, the NiDS research group is carrying out the development of flexible MEG-EEG complex image diagnosis tools, monitoring of vascular functions and multi-body signals in the carotid artery, Deep learing-based diagnostic platform, and next-generation flexible battery technology.
Up-coming Research
Next-generation Flexible Battery System
The flexible Zn-air battery system can be used as a power source for various attached sensor systems and brain chips in the future.
On-going Research
2025년 4월 12일
We are pursuing of balance monitoring between multi-neurotransmitters rather than simply monitoring multiple neurotransmitters. This can be the starting point for various intractable brain diseases, and the goal is to develop a tool that can balance neurotransmitters through drug delivery such as inhibitor or agonist.
Present Research
Non-invasive flexible sensor system can continuously monitor various bio-medical information such as oxygen saturation, HR (Heart rate), HRV (Heart rate variable), and function of blood vessels (stiffness etc). This bio-medical information, when applied to deep learning-based platforms, is believed to contribute to an increase in the early diagnosis rate of various diseases (vascular disease, psychosis, etc.).
Featured Last Research
- Flexible ElS sensor for detecting low-level multi-cholesterol in human saliva
- Multi-channel cuff-type nerve electrode with improved bio-compatibility
- Highly biocompatible fibrous ink-jet printable nerve electrode
- Foldable/multi-functional (cuff electrode, inflammation monitoring by glucose comsumption) nerve electrode
- Multi-layer, high-sensitive nano-porous platinum electrode material