Progressing
Term
Title
Institution
2023.07 - 2027.12
National Research
Foundation of Korea
Development of Transcranial Capacitive High Intensity E-Field (CHIEF) Stimulation Technology for Personalized High-precision Brain Cortex Neuromodulation
2024.04 - 2029.03
National Research
Foundation of Korea
Ultrasound sensitive oxygen generating implantable device based
photodynamic therapy for primary malignant brain tumor
2023.07 - 2027.12
National Research
Foundation of Korea
Development of Transcranial Capacitive High Intensity E-Field (CHIEF) Stimulation Technology for Personalized High-precision Brain Cortex Neuromodulation
2022.04 - 2026.12
National Research
Foundation of Korea
External Stimulus-responsive Nanodrugs
for Immunogenic Editing of Tumor Microenvironment
2020.09 - 2024.12
Korea Medical Device
Development Fund
Development of medical imaging-based stereotactic surgery assistant robot system and component module
Completed
Term
Title
Institution
2020.04 - 2023.03
Ministry of Trade,
Industry and Energy
Smart Pedicle Screw System with Raman Sensor
2020.03 - 2023.02
National Research
Foundation of Korea
Effect of zinc secretion control using focused ultrasound on nerve cell generation and cognitive dysfunction after aging and traumatic brain damage
2020.09 - 2022.12
Korea Medical Device
Development Fund
Development of core technology for Raman molecular imaging system for monitoring changes in causative substances and nerve cell activity for precise surgical application of degenerative brain diseases
2019.06 - 2020.12
National Research
Foundation of Korea
Phase I clinical trial to observe amyloid plaque reduction and cognitive function change in intensive ultrasound treatment in Alzheimer's patients
2019.02 - 2020.05
National Research
Foundation of Korea
Development of focused ultrasound fusion treatment technology to maximize photodynamic treatment efficiency in the ventricle
2016.07 - 2018.12
National Research
Foundation of Korea
Energy efficiency analysis and predeiction on skull elements for optimization of low-intensity focused ultasound technology
2015.07 - 2018.06
Yonsei university
College of Medicine
Non-invasive control of cerebrovascular barrier permeability
in the skull using low-energy focused ultrasound
2016.07 - 2018.12
National Research
Foundation of Korea
Energy efficiency analysis and predeiction on skull elements for optimization of low-intensity focused ultasound technology