| No |
Project Name |
Period |
role |
Fund Source |
| 1 |
Prolongation of lidocaine duration
from biodegradable polymer
microspheres |
1996.8-
1997.7 |
Co-I |
Ministry of
Education |
| 2 |
Controlled release of local
anesthetics using biopolymer
matrices |
1996.11-
1999.10 |
Co-I |
Ministry of
Commerce
and Trade |
| 3 |
Artificial retinal membrane by
utilizing intelligent materials |
1996.12-
1997.11 |
PI |
Ministry of
Education |
| 4 |
Vision biomembrane assembly by
utilizing photoreactive proteins
and conducting polymers |
1997.3-
1998.2 |
PI |
Korea
Science and
Technology
Foundation |
| 5 |
Heat generating system
development for maintaining
patients¡¯ body temperature |
1998.10-
2000.9 |
PI |
Ministry of
Commerce
and Trade |
| 6 |
Formulation of effective topical
anesthetics |
1999.5-
2000.10 |
PI |
University
Professors
Technology
Foundation |
| 7 |
Vehicle design for hair drug
delivery |
1997.9-
2001.2 |
Co-I |
Korea
Science and
Technology
Foundation |
| 8 |
Formulations for effective
pain control |
2000.9-
2001.8 |
PI |
Korea
Science and
Technology
Foundation |
| 9 |
Nanoparticles for gene delivery
and therapy of intractable pain
management using chromaffin
cell transplantation |
2001.12-
2004.11 |
Co-I |
Korea Health
Industry
Development
Institute |
| 10 |
Clinical application for cardiac
muscle tissue engineering
- Construction of microstructured
scaffolds for cardiac
tissue engineering |
2002.6-
2003.5 |
Co-I |
Kyungpook
National
University
Research
Team Fund |
| 11 |
Development of Implantable
Artificial Middle Ear |
2002.12-
2004.11 |
Co-I |
Advanced
Research
Center for
Recovery of
Human Sensibility |
| 12 |
Keratin Bioceramic
Antibiotic
Putty
(KBAP) for Bone Regeneration |
2005.1.1-
2005.7.31 |
Co-PI |
US Army
SBIR Phase |
| 13 |
Keratin Bioceramic
Antibiotic Putty
(KBAP) for Bone Regeneration |
2005.8.01-
2007.8.31 |
Co-PI |
US Army
SBIR Phase |
| 14 |
Polymeric drug release cuff
device for effective inhibition
of neointima |
2007.4-
2008.3 |
PI |
Dong A
Pharmaceutical
company |