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1. Cancer Microenvironment : Breast cancer modeling
1. Cancer Microenvironment : Breast cancer modeling
1) In vitro study
2) In vivo study: Hybrid (mechanical, cell-based, PDEs) approach
*Collaboration: Hans Othmer (Mathematics, U of Minnesota,, DBC)
2. Glioma invasion
2. Glioma invasion
*Collaboration :
- Avner Friedman (MBI)
- E. Antonio Chiocca, Dr. Sean Lawler
(Harvard Institutes of Medicine, Brigham and Women's Hospital)
- Jed Johnson and John Lannutti (Lannutti lab, OSU)
3. Viral therapy and anti-cancer strategies development
3. Viral therapy and anti-cancer strategies development
Chaeok Yun (Hanyang University)
4. miR-451-AMPK-mTOR-cell cycle
4. miR-451-AMPK-mTOR-cell cycle
5. Cell motility and cancer using Immersed boundary method approach
5. Cell motility and cancer using Immersed boundary method approach
6. A hybrid model of tumor spheroid growth
6. A hybrid model of tumor spheroid growth
7. Virus Therapy
7. Virus Therapy
*Collaboration :
- Avner Friedman (MBI)
University of Texas Health Science Center at Houston McGovern Medical School Department of Neurosurgery
8. Epidermis
8. Epidermis
- Shinji Nakaoka(Hokkaido University)
- Chang Hyeong Lee(UNIST)
- Yasuhiro Takeuchi(Aoyama Gakuin University)
9. Asthma
9. Asthma
*Collaboration :
- Hyung Ju Hwang (Dept of Math, Postech, Korea)
- Yong Song Gho, Yoon-Keun Kim
(Dept of Life Science, Postech, Korea)
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