|
10 |
International joint technology development project
|
Development of a scaffold for promoting bone formation made of human tissue-based 3D printing biopolymer ink loaded with macrophage-derived immunomodulatory cocktail |
Korea Institute for Advancement of Technology |
2021.12.01 ~ 2024.11.30 |
In porgress |
|
9 |
Advanced Technology Center promoting project
|
Development of a patient-specific tissue regeneration medical device with a tensile strength of 19 MPa or more using biopolymer ink for 3D printing based on human tissue |
Korea Evaluation Institute of Industrial Technology |
2021.04.01 ~ 2024.12.31 |
In porgress |
|
8 |
Global small giants company promoting project
|
- |
Ministry of SMEs and Startups, Export support cencer |
2021 ~ 2024 |
In porgress |
|
7 |
Korea Medical Device Development Fund Project
|
Clinical trial to evaluate the efficacy and safety of MegaCarti in Knee Cartilage Defects |
Korea Medical Device Development Fund |
2020.09.01 ~ 2022.12.31 |
In porgress |
|
6 |
International joint technology development project
|
Development of Next Generation Human Decellularized Nerve Adopted to a Noble Surgery for Neuronal Reconstruction in Peripheral Nerve Injury Patients |
Korea Institute for Advancement of Technology |
2019.12.01 ~ 2023.03.31 |
In porgress |
|
5 |
Medical Device Clinical Trial Support Project
|
Clinical trial to evaluate the efficacy and safety of MegaShield |
Korea Health Industry Development Institute. |
2018.07.01 ~ 2020.12.31 |
Completed |
|
4 |
Export company technology development project
|
Development of Demineralized Bone Matrix Containing Human Bone Mineral and Hyaluronic Acid Carriers. |
Ministry of SMEs and Startups |
2018.11.08 ~ 2019.11.07 |
Completed |
|
3 |
innovative technology development business
|
Development of a hydration-type cell-free allogeneic dermis medical device optimized for breast reconstruction following breast cancer surgery |
Ministry of SMEs and Startups |
2017.05.15 ~ 2019.05.14 |
Completed |
|
2 |
innovative technology development business
|
Development of non-cell homogenous dermis and filler with 50% increase in biocompatibility and preservability by crosslinking with hyaluronic acid |
Ministry of SMEs and Startups |
2014.11.12 ~ 2016.11.11 |
Completed |
|
1 |
innovative technology development business
|
Development of homogenous dermis with enhanced bio-preservability by particle type and crosslinking technology |
Ministry of SMEs and Startups |
2013.05.01 ~ 2014.04.30 |
Completed |
