Interdisciplinary Program for
systems Biosciences and Bioengineering
연구
연구분야
Bio-Medical Devices 분야
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1. Major Achivements
A new micropatterning technique for the fabrication of surfaces with multicomponent proteins and cells was developed.
2. Scientific Publications
Langmuir 26(14), 12112–12118, 2010
교수진
Bio-Materials 분야
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1. Smart nanomedicines using hyaluronic acid derivatives customized for the treatment of liver diseases such as hepatitis C virus infection, liver cirrhosis, and liver cancer
2. ACS Nano 5, 6138-6147, 2011
3. MBC, JoongAng Daily, Korea IT News, Segye Daily etc.
교수진
Bioimaging 분야
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1. We have shown the sequential actions of synaptotagmin-1 on SNAREs during neurotransmission process at synapse using single-molecule FRET technique.
2. The EMBO Journal advance online publication, doi:10.1038/emboj.2012.57, 2012
3. Yonhap News, EBS News etc.
교수진
Bio-Physics 분야
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1. Using real-time single-molecule fluorescence resonance energy transfer (smFRET) studies, we have revealed that how the mismatch repair (MMR) initiation protein MutS finds the mismatch on DNA and transmits the mismatch finding to the strand scission site.
2. Nature Structural and Molecular Biology 3, 379-385, 2011
3. Kyunghyang Shinmun, DongA Daily, JoongAng Daily, Chosun Daily etc.
교수진
Medical Science 분야
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1. Plasma membrane proteins were isolated for proteomic analysis with high selectivity and efficiency using an ultrastable synthetic host-guest binding pair.
2. Nature Chemistry 3, 154-159, 2011
3. The Hankyoreh, Hankook Daily, Asia Business Daily, Medical Today, Chosun Daily, KBS etc.
교수진
SystemsBiology 분야
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1. The trifurcate pathway exists to ensure senescence and the accompanying cell death when leaves are aged. miR164 functions as a brake or guard against premature overexpression of ORE1 and may finely tune the timing of senescence.
2. Science 323, 1053-1057, 2009
3. SBS News, MBN, YTN, JoongAng Daily, Segye Daily, Korean Economy, Maeil Business Newspaper etc.
교수진
| 교수 | 연구 홈페이지 |
|---|---|
| 김상욱 | 생물정보학연구실 |
| 김정훈 | 분자신경과학연구실 |
| 김종민 | SYNTHETIC BIOLOGY LAB |
| 이정욱 | Synthetic Biology Lab |
| 정우성 | Complexity in Social System Lab |
| 황인환 | 세포시스템연구실 |
Biomass 분야
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1. BjPCR1 is essential for the translocation of Ca2+ from the root epidermis to the inner cells, and ultimately to the shoot. BjPCR1 engineering will help to prevent Ca2+ nutritional disorders in human, such as osteoporosis.
2. PNAS 108, 19808-19813, 2011
3. Maeil Daily, Gyeongbuk Daily, Aju Business etc.
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1. We have identified a new gene, AtBG1, that encodes a β-glucosidase that hydrolyzes ABA-GE to ABA to respond to environmental stresses such as abiotic stress. Overexpression of AtBG1 enhances resistance to osmotic stresses
2. Cell 126, 1109-1120, 2006
3. Chosun Daily, YTN, KBS etc.
교수진
| 교수 | 연구 홈페이지 |
|---|---|
| 박형규 | Nanoscience for Energy Technology and Sustainability |
| 이상준 | Biofluid and Biomimic Reserch Center |
| 이정욱 | Synthetic Biology Lab |
| 정규열 | 시스템 및 합성 생명공학 연구실 |
| 황인환 | 세포시스템연구실 |
Synthetic Bioengineering 분야
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1. We developed platform technologies for synthetic biology to engineer the microbes. One is “UTR Designer” to precisely control prokaryotic translation efficiency and the other is “Riboselector” to expedite evolution of metabolite-producing microbes.
2. Nature Communications 4, 1413, 2013
3. Yonhap News, Kyunghyang Shinmun, Maeil Daily etc.
교수진
| 교수 | 연구 홈페이지 |
|---|---|
| 김종민 | SYNTHETIC BIOLOGY LAB |
| 이정욱 | Synthetic Biology Lab |
| 장진아 | Biofabrication and Translational Medicine Lab. |
| 차형준 | Molecular Biotechnology Lab. |
| 정규열 | 시스템 및 합성 생명공학 연구실 |