Memberscte2019-08-30T13:20:34+09:00
‘ The aim of my research is to investigate the morphogenic tissue regeneration, which is closely linked to cellular behavior in 3D. Engineering cellular environments such as chemical or physical factors determines the major factors for tissue morphogenesis in regeneration and development.’
Education
-Ph.D. Seoul National University, 1999
-M.S. Seoul National University, 1994
-B.S. Seoul National University, 1992
Professional Experience
– Professor, Korea University, 2012 –
– Associate Professor, Korea University, 2008 – 2012
– Assistant Professor, Korea University, 2005 – 2008
– Research Professor, Korea University, 2002 – 2005
– Research Fellow, MEM institute for Biomechanics, 2001 – 2002
– Post-doctoral Fellow, ETH, 1999 – 2001
Jongseong KimResearch Professor, Ph.D.
My research focused on discovering bioresponsive hydrogel systems for innovative applications in biomimetic systems. Developing novel biological responsivity of microgels, combined with cutting-edge analytical techniques, will allow greater utilization of these microgels and the fabrication of ideal biomimetic systems.
Hwanseok JangResearch Lecturer, Ph. D.
‘My research subject is collective cell migration during morphogenesis and metastasis. I am going to investigate the effects of physical forces and chemical gradients on collective cell migration.’
Jaeyeon LeeResearch Assistant
‘I am working on the morphogenesis in biomimetic 3D environments. I control the mechanical properties of 3D hydrogel and want to know the effects on 3D morphogenesis
Myeongjin SongPh. D. Student
‘My main interest is regeneration of damaged heart using biomimetic hydrogels. I want to know the molecular mechanism of infarcted heart treated with stem cells and secretome.’
‘ I am interested in heart regeneration using tissue engineering technology. I investigate the regeneration activity of angio/neurogenic peptide immobilized biomimetic hydrogel for chronic myocardial infarction.’
Yongjun JangPh. D. Student
I am interested in embryonic stem cell differentiation for functional cardiac organoids. I am working on the effects of differentiation signal on 2D and 3D micro-tissues to elucidate the dimension dependent effects, which provides insights for micro cardiac tissue fabrication.
Kang-Gon LeePh. D. Student
I am interested in creating an organization or creating a scaffold with a 3D printer. We are also interested in developing and applying bio-inks for 3D printers. I want to use it for 4D printing. Thank you.
I am interested in tissue engineering and regeneration technology as a whole, with special focus on cell migration, tumor cell migration and its role in invasion and metastasis
Myeong Ju SongResearch Assistant
I am working on the general technologies for cell and biological research.
-박시완 (Siwan Park) M.S. : siwan8903@gmail.com (Toronto Univ.)
– 김숙경 (Sook Kyung Kim) Ph. D. : linia@hanmail.net
-홍소영 (Soyoung Hong) Ph. D : skyciel7@gmail.com (아산병원)
– 박준우 (Jun Woo Park) Ph. D. : junwoo.park@gmail.com (현대중공업)
– 최 혁 (Hyuk Choi) Ph. D. : william.h.choi76@gmail.com (고려대학교)
– 정보영 (Boyoung Chung) M. S. : jbobo0616@gmail.com (아산병원)
– 김정주 (Jung Ju Kim) Ph. D. : najj330@korea.ac.kr (주) 대웅제약
– 박종혁 (Jonghyuk Park) M.S. : kutiger00@gmail.com (Purdue University)
– 이기화 (Kihwa Lee) : peony3@nate.com (Company)
– 박선영 (Sunyoung Park) : beemyself@dreamwiz.com
– 김지연 (Ji Yeon Kim) : eos007@freechal.com
