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Bio-Interfaced Materials & Devices (Bio-MaD) Team융합 bio-interface 제어 기술을 통한 신개념의
인체 삽입형 바이오 의료기기 개발 및 상용화 -
진단 및 치료효과 극대화를 위한
융합 Bio-interface control technology인체삽입형 생체소재 및 소자 개발과 중개연구를 통한 상용화
GALLERY
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RECENT NEWS
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포스닥 & 학생 연구원 상시 모집
2025.02.12 -
연합뉴스 \"혈관확장 \'스텐트\' 재협착 부작용, 표면 \'나노 주름\'으로 막는다\"
2024.12.05 -
연합뉴스 \"머리카락 굵기 20분의 1 초박막 센서로 땀 속 포도당 농도 잰다\"
2024.11.14 -
[수상] \"2024 발명의 날\" 과기부 장관 표창 - 생체재료연구센터 전호정 책임연구원
2024.05.21 -
[수상] 권대혁 학생, 2024년도 대한금속재료학회 춘계학술대회 학생구두 발표 우수상, 대한기계학회 춘계학술대회 우수논문상
2024.05.17 -
[수상] 대한기계학회 2024년도 마이크로/나노공학창의혁신상 - 전호정 책임연구원
2024.05.16
PUBLICATIONS
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Vascular microphysiological system for investigating endothelial barrier function during organ preservation and reperfusion
Small, 21:2410168 (2025)Yongdeok Kim, Ishan Goswami, Elisabeth Gill, S. Reza Mahmoodi, Anthony N. Consiglio, Jazmin Velazquez, Gabriel Nieman, Alexis Abigail A. Alburo, Brady Woods, Bradley W. Ellis, Irina Filz von Reiterdank, Korkut Uygun, Basak E. Uygun, Boris Rubinsky, Kevin E. Healy*
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Precisely localized bone regeneration mediated by marine-derived microdroplets with superior BMP-2 binding affinity
Small (2022) 18, 2200416 (selected for Frontispiece).Eun Young Jeon, Seung-Hoon Um, Jaeho Park, Youngmee Jung, Cheol-Hong Cheon, Hojeong Jeon*, and Justin J. Chung*
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Improving hydroxyapatite coating ability on biodegradable metal through laser-induced hydrothermal coating in liquid precursor: Application in orthopedic implants
Bioactive Materials (2022) 25, 796-806.Jaeho Park, Seung-Hoon Um, Youngmin Seo, Jaehong Lee, Yu-Chan Kim, Myoung-Ryul Ok, Suk-Won Hwang, Jeong-Yun Sun*, Hyung-Seop Han*, Hojeong Jeon*
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Rapid Synthesis of Multifunctional Apatite via the Laser-Induced Hydrothermal Process
ACS Nano (2022) 16, 8, 12840-12851.Sangmin Song, Seung-Hoon Um, Jaeho Park, Inho Ha, Jaehong Lee, Seongchan Kim, Hyojin Lee, Cheol-Hong Cheon, Seung Hwan Ko*, Yu-Chan Kim* and Hojeong Jeon*
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Vascular microphysiological system for investigating endothelial barrier function during organ preservation and reperfusion
Small, 21:2410168 (2025)Yongdeok Kim, Ishan Goswami, Elisabeth Gill, S. Reza Mahmoodi, Anthony N. Consiglio, Jazmin Velazquez, Gabriel Nieman, Alexis Abigail A. Alburo, Brady Woods, Bradley W. Ellis, Irina Filz von Reiterdank, Korkut Uygun, Basak E. Uygun, Boris Rubinsky, Kevin E. Healy*
more Precisely localized bone regeneration mediated by marine-derived microdroplets with superior BMP-2 binding affinitySmall (2022) 18, 2200416 (selected for Frontispiece).Eun Young Jeon, Seung-Hoon Um, Jaeho Park, Youngmee Jung, Cheol-Hong Cheon, Hojeong Jeon*, and Justin J. Chung*
more -
Precisely localized bone regeneration mediated by marine-derived microdroplets with superior BMP-2 binding affinity
Small (2022) 18, 2200416 (selected for Frontispiece).Eun Young Jeon, Seung-Hoon Um, Jaeho Park, Youngmee Jung, Cheol-Hong Cheon, Hojeong Jeon*, and Justin J. Chung*
more Improving hydroxyapatite coating ability on biodegradable metal through laser-induced hydrothermal coating in liquid precursor: Application in orthopedic implantsBioactive Materials (2022) 25, 796-806.Jaeho Park, Seung-Hoon Um, Youngmin Seo, Jaehong Lee, Yu-Chan Kim, Myoung-Ryul Ok, Suk-Won Hwang, Jeong-Yun Sun*, Hyung-Seop Han*, Hojeong Jeon*
more -
Improving hydroxyapatite coating ability on biodegradable metal through laser-induced hydrothermal coating in liquid precursor: Application in orthopedic implants
Bioactive Materials (2022) 25, 796-806.Jaeho Park, Seung-Hoon Um, Youngmin Seo, Jaehong Lee, Yu-Chan Kim, Myoung-Ryul Ok, Suk-Won Hwang, Jeong-Yun Sun*, Hyung-Seop Han*, Hojeong Jeon*
more Rapid Synthesis of Multifunctional Apatite via the Laser-Induced Hydrothermal ProcessACS Nano (2022) 16, 8, 12840-12851.Sangmin Song, Seung-Hoon Um, Jaeho Park, Inho Ha, Jaehong Lee, Seongchan Kim, Hyojin Lee, Cheol-Hong Cheon, Seung Hwan Ko*, Yu-Chan Kim* and Hojeong Jeon*
more -
Rapid Synthesis of Multifunctional Apatite via the Laser-Induced Hydrothermal Process
ACS Nano (2022) 16, 8, 12840-12851.Sangmin Song, Seung-Hoon Um, Jaeho Park, Inho Ha, Jaehong Lee, Seongchan Kim, Hyojin Lee, Cheol-Hong Cheon, Seung Hwan Ko*, Yu-Chan Kim* and Hojeong Jeon*
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RESEARCH
Our research team focuses on developing fundamental technologies to control bio-interfaces formed by implantable biomaterials and devices within the human body. By securing these core technologies, we aim to enhance the safety and functionality of biomaterials and biomedical devices. Our ultimate goal is to establish an integrated Bio-Interface Control Technology that maximizes diagnostic and therapeutic efficacy, leading to the development and commercialization of advanced implantable biomaterials and systems through translational research.
Our research team focuses on developing fundamental technologies to control bio-interfaces formed by implantable biomaterials and devices within the human body. By securing these core technologies, we aim to enhance the safety and functionality of biomaterials and biomedical devices. Our ultimate goal is to establish an integrated Bio-Interface Control Technology that maximizes diagnostic and therapeutic efficacy, leading to the development and commercialization of advanced implantable biomaterials and systems through translational research.
Our research team focuses on developing fundamental technologies to control bio-interfaces formed by implantable biomaterials and devices within the human body. By securing these core technologies, we aim to enhance the safety and functionality of biomaterials and biomedical devices. Our ultimate goal is to establish an integrated Bio-Interface Control Technology that maximizes diagnostic and therapeutic efficacy, leading to the development and commercialization of advanced implantable biomaterials and systems through translational research.
- CELEGO 세포블럭화 플랫폼 기술 개발
- 저출생 극복을 위한 전주기 가임력 보존/향상 및 안전출산 기술
- 폐 조직 재생용 진단치료 피드백 패치 소재 기술 개발
- 경-연조직 인터페이스 조성·구조·환경 연속/입체 구배 정밀 (≤20μm) 모사 결손부위 맞춤형 경사기능구현 공정 및 소재기술 개발
- 체내 주사주입형 생분해성 대면적 전자소재 신뢰성 확보를 위한 방수 및 접착 소재 개발
- 고집적 생분해 반도체칩 기반 일렉트로-테라노시스 융합 첨단재생치료용 3D의료소자 개발
- 혈관질환 치료용 체내 삽입형 생체분해성 금속/하이브리드 소재 개발
- CELEGO 세포블럭화 플랫폼 기술 개발
- 저출생 극복을 위한 전주기 가임력 보존/향상 및 안전출산 기술
- 폐 조직 재생용 진단치료 피드백 패치 소재 기술 개발
- 경-연조직 인터페이스 조성·구조·환경 연속/입체 구배 정밀 (≤20μm) 모사 결손부위 맞춤형 경사기능구현 공정 및 소재기술 개발
- 체내 주사주입형 생분해성 대면적 전자소재 신뢰성 확보를 위한 방수 및 접착 소재 개발
- 고집적 생분해 반도체칩 기반 일렉트로-테라노시스 융합 첨단재생치료용 3D의료소자 개발
- 혈관질환 치료용 체내 삽입형 생체분해성 금속/하이브리드 소재 개발
- CELEGO 세포블럭화 플랫폼 기술 개발
- 저출생 극복을 위한 전주기 가임력 보존/향상 및 안전출산 기술
- 폐 조직 재생용 진단치료 피드백 패치 소재 기술 개발
- 경-연조직 인터페이스 조성·구조·환경 연속/입체 구배 정밀 (≤20μm) 모사 결손부위 맞춤형 경사기능구현 공정 및 소재기술 개발
- 체내 주사주입형 생분해성 대면적 전자소재 신뢰성 확보를 위한 방수 및 접착 소재 개발
- 고집적 생분해 반도체칩 기반 일렉트로-테라노시스 융합 첨단재생치료용 3D의료소자 개발
- 혈관질환 치료용 체내 삽입형 생체분해성 금속/하이브리드 소재 개발
Korea Institute of Science and Technology (KIST) L1457 Hwarangno 14-gil 5 Seongbuk-gu Seoul, 136-791 Republic of Korea
TEL+82-2-958-5375FAX+82-2-958-5449
