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상단 내비게이션: sidlab (로고) · RESEARCH | PEOPLE | PUBLICATIONS | PROJECTS | NEWS | CONTACT · (검색) | (다크모드) | ENG 히어로 Korea University · Mechanical Engineering Pioneering the future of precision medicine through innovative interdisciplinary research By leveraging Multi-Cellular Engineered Living Systems (M-CELS) technology, sidlab is dedicated to advancing new drug development, freeing patients from the burden of incurable diseases, and replacing unnecessary animal experiments.
SID Lab

This project involved the development of the official website for SID Lab(Scalefree Integrative Discovery Laboratory) at the Department of Mechanical Engineering, Korea University. The website was designed to effectively present the lab’s advanced interdisciplinary research, including M-CELS(Multi-Cellular Engineered Living Systems), organ-mimicking chips, organoids, 3D bioprinting, and drug screening, to both domestic and international academic audiences. It also provides a structured academic platform for managing lab information such as researchers, publications, patents, and projects, with a bilingual Korean-English structure to strengthen global academic accessibility.

Production Period2026. 03 - 2026. 04
ClientSID Lab, Korea Univ.
TechnologiesNext.js, React, TypeScript, Rust, PostgreSQL, Devup UI, Vespera
Service
Preview
Top navigation: sidelab (logo) · RESEARCH | PEOPLE | PUBLICATION | PROJECTS | NEWS | CONTACT · (search) | (dark mode) | ENG 1. a hero Korea University · Mechanical Engineering Pioneering the future of precision medicine through innovative interdisciplinary research By leveraging Multi-Cellular Engineered Living Systems (M-CELS) technology, sidlab is dedicated to advancing new drug development, freeing patients from the burden of incurable diseases, and replacing unnecessary animal experiments. 2. ABOUT M-CELS — What is M-CELS? M-CELS is an engineered living system that precisely mimics human tissues and organs by integrating multiple cell types with advanced technologies such as micro/nanofabrication and 3D bioprinting. Its realization relies on a broad interdisciplinary convergence, fundamentally merging mechanical and biotechnological engineering. By recreating specific disease microenvironments using patient-derived cells, M-CELS enables high-throughput screening for drug toxicity and efficacy. This paves the way for personalized precision medicine, aiming to overcome complex diseases like cancer, dementia, and diabetes. (Group photo) 3. performance indicator category PUBLICATIONS MEMBERS PROJECTS PATENTS 4. RESEARCH — What We Study Research field cards (six): 1. Organ/Tissue-on-a-Chip — We precisely mimic the microenvironments of specific human organs and tissues on a chip using microfluidic technology. 2. Organoids & Tissue Engineering — We culture and assemble organoids—3D mini-organs—to create systems highly analogous to actual human tissues. 3. 3D Bioprinting & Micro/Nanofabrication — We fabricate multi-cellular engineered living systems (M-CELS) by integrating advanced 3D bioprinting and nanoscale microfabrication technologies. 4. Drug Screening & Evaluation — We rapidly and accurately evaluate the efficacy and toxicity of new drugs using our developed disease models, aiming to replace animal testing. 5. Precision Medicine — We conduct research using patient-derived cells to develop personalized therapies and significantly reduce treatment costs. 6. Disease Mechanism Modeling — We replicate and study the onset and progression of complex, incurable diseases such as cancer, dementia, and diabetes in a laboratory setting. 5. PUBLICATIONS — Research Highlights Explore sidlab's key research achievements recognized by world-renowned academic journals and conferences. See more → 탭: Journal Paper | Book Chapters | Patents | Conferences List of papers: - H.Kim*, S.-H.Hong*, H.E.Jeong, S.Han, J.Ahn, J.-A Kim, J.-H.Yang, H.J.Oh*, S.Chung*, S.-E.Lee*, 2022, Microfluidic model for in vitro acute Toxoplasma gondii infection and transendothelial migration, Scientific Reports, in press - (Repeat the same citation twice) · PDF DOWNLOAD 6. NEWS — Recent Updates See more → 1. Dr. Donghee Choi Appointed as Postdoctoral Fellow in The Lee Group at University of Amherst, USA — 2024.10.14 (UMASS AMHERST) 2. Hyunjun Bae Selected as a 2025 Fulbright Graduate Student Scholar Student — 2024.09.14 (FULBRIGHT) 3. Dr. Hyunho Kim Appointed as Professor at Korea University's Department of Mechanical Engineering — 2024.07.03 Footer - Sidlab (logo) - Scalefree Integrative Discovery Laboratory in the Department of Mechanical Engineering at the University of Korea - All Rights Reserved by sidlab
Hover over the screen!
Typography
& Color System
We established a systematic color system with brightness contrast that considers users' visual comfort, and designed easily extensible typography and shared components to deliver a consistent brand experience.Section: typo Font: A2Z Weight scale: ExtraBold | Bold | SemiBold | Medium | Regular Sample: Aa typography scale Style Size Sample Text h240px Korea University Laboratory Sidlab h520px Korea University Laboratory Sidlab Body 16px Korea University Laboratory Sidlab Caption 14px Korea University Laboratory SidlabSection: color Main color Name HEX Primary #C34188 Main Bg #FFF0F6 Secondary #88312E Grayscale HEX #FFFFFF (Bright Gray) (Light Gray) #A9ABB6 (Dark Gray) (Navy Gray) #01A1A1A → #1A1A1ASection: typo Font: A2Z Weight scale: ExtraBold | Bold | SemiBold | Medium | Regular Sample: Aa typography scale Style Size Sample Text h240px Korea University Laboratory Sidlab h520px Korea University Laboratory Sidlab Body 16px Korea University Laboratory Sidlab Caption 14px Korea University Laboratory SidlabSection: color Main color Name HEX Primary #C34188 Main Bg #FFF0F6 Secondary #88312E Grayscale HEX #FFFFFF (Bright Gray) (Light Gray) #A9ABB6 (Dark Gray) (Navy Gray) #01A1A1A → #1A1A1A
Typography
& Color System
We established a systematic color system with brightness contrast that considers users' visual comfort, and designed easily extensible typography and shared components to deliver a consistent brand experience.Section: typo Font: A2Z Weight scale: ExtraBold | Bold | SemiBold | Medium | Regular Sample: Aa typography scale Style Size Sample Text h240px Korea University Laboratory Sidlab h520px Korea University Laboratory Sidlab Body 16px Korea University Laboratory Sidlab Caption 14px Korea University Laboratory SidlabSection: color Main color Name HEX Primary #C34188 Main Bg #FFF0F6 Secondary #88312E Grayscale HEX #FFFFFF (Bright Gray) (Light Gray) #A9ABB6 (Dark Gray) (Navy Gray) #01A1A1A → #1A1A1ASection: typo Font: A2Z Weight scale: ExtraBold | Bold | SemiBold | Medium | Regular Sample: Aa typography scale Style Size Sample Text h240px Korea University Laboratory Sidlab h520px Korea University Laboratory Sidlab Body 16px Korea University Laboratory Sidlab Caption 14px Korea University Laboratory SidlabSection: color Main color Name HEX Primary #C34188 Main Bg #FFF0F6 Secondary #88312E Grayscale HEX #FFFFFF (Bright Gray) (Light Gray) #A9ABB6 (Dark Gray) (Navy Gray) #01A1A1A → #1A1A1A
Top navigation: sidelab (logo) · RESEARCH | PEOPLE | PUBLICATION | PROJECTS | NEWS | CONTACT · (search) | (dark mode) | ENG 1. a hero Korea University · Mechanical Engineering Pioneering the future of precision medicine through innovative interdisciplinary research By leveraging Multi-Cellular Engineered Living Systems (M-CELS) technology, sidlab is dedicated to advancing new drug development, freeing patients from the burden of incurable diseases, and replacing unnecessary animal experiments. 2. ABOUT M-CELS — What is M-CELS? M-CELS is an engineered living system that precisely mimics human tissues and organs by integrating multiple cell types with advanced technologies such as micro/nanofabrication and 3D bioprinting. Its realization relies on a broad interdisciplinary convergence, fundamentally merging mechanical and biotechnological engineering. By recreating specific disease microenvironments using patient-derived cells, M-CELS enables high-throughput screening for drug toxicity and efficacy. This paves the way for personalized precision medicine, aiming to overcome complex diseases like cancer, dementia, and diabetes. (Group photo) 3. performance indicator category PUBLICATIONS MEMBERS PROJECTS PATENTS 4. RESEARCH — What We Study Research field cards (six): 1. Organ/Tissue-on-a-Chip — We precisely mimic the microenvironments of specific human organs and tissues on a chip using microfluidic technology. 2. Organoids & Tissue Engineering — We culture and assemble organoids—3D mini-organs—to create systems highly analogous to actual human tissues. 3. 3D Bioprinting & Micro/Nanofabrication — We fabricate multi-cellular engineered living systems (M-CELS) by integrating advanced 3D bioprinting and nanoscale microfabrication technologies. 4. Drug Screening & Evaluation — We rapidly and accurately evaluate the efficacy and toxicity of new drugs using our developed disease models, aiming to replace animal testing. 5. Precision Medicine — We conduct research using patient-derived cells to develop personalized therapies and significantly reduce treatment costs. 6. Disease Mechanism Modeling — We replicate and study the onset and progression of complex, incurable diseases such as cancer, dementia, and diabetes in a laboratory setting. 5. PUBLICATIONS — Research Highlights Explore sidlab's key research achievements recognized by world-renowned academic journals and conferences. See more → 탭: Journal Paper | Book Chapters | Patents | Conferences List of papers: - H.Kim*, S.-H.Hong*, H.E.Jeong, S.Han, J.Ahn, J.-A Kim, J.-H.Yang, H.J.Oh*, S.Chung*, S.-E.Lee*, 2022, Microfluidic model for in vitro acute Toxoplasma gondii infection and transendothelial migration, Scientific Reports, in press - (Repeat the same citation twice) · PDF DOWNLOAD 6. NEWS — Recent Updates See more → 1. Dr. Donghee Choi Appointed as Postdoctoral Fellow in The Lee Group at University of Amherst, USA — 2024.10.14 (UMASS AMHERST) 2. Hyunjun Bae Selected as a 2025 Fulbright Graduate Student Scholar Student — 2024.09.14 (FULBRIGHT) 3. Dr. Hyunho Kim Appointed as Professor at Korea University's Department of Mechanical Engineering — 2024.07.03 Footer - Sidlab (logo) - Scalefree Integrative Discovery Laboratory in the Department of Mechanical Engineering at the University of Korea - All Rights Reserved by sidlab
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