Chemistry Professor Shin Kwan-woo Joins “SynCell Asia Initiative,” an International Artificial Cell Research Collaboration
Sogang University Chemistry Professor Shin Kwan-woo, who also serves at the Institute for Biological Interfaces, has co-author an article titled “A framework for building a synthetic cell from the SynCell Asia Initiative,” published in the prestigious journal Nature Biotechnology on Tuesday, May 26. This paper presents a development strategy and an international collaborative framework for synthetic cells jointly proposed by researchers across Asia, outlining a 10-year vision to create synthetic cells that closely resemble living cells.
The paper emphasizes that “building a living cell from scratch requires overcoming the longstanding challenge of the spatiotemporal integration of key functional modules.” To address this, it proposes a strategy centered on AI-powered biofoundries, which would facilitate the development of core functional modules and their integration at the systems level. Furthermore, the SynCell Asia Initiative operates as an international collaborative network involving over 100 research groups from major Asian countries, including China, Japan, South Korea, Singapore, Thailand, and Malaysia.
Within the SynCell Asia Initiative, Professor Shin is responsible for research on the cell membrane, a fundamental structural component of synthetic cells, as well as the synthesis of membrane proteins within synthetic cells—one of the most technically challenging aspects of artificial cell construction. Drawing on his extensive research experience in membrane-based interfaces and cell-free protein expression technologies, he plans to lead the development of core foundational technologies for the realization of functional synthetic cells.
Sogang University’s Institute for Biological Interfaces also serves as a key research hub connecting synthetic cell researchers from South Korea, China, and Japan through the “A3 Foresight Program,” an international cooperation project of the National Research Foundation of Korea. This program operates as an international collaboration platform designed to establish a long-term cooperative network among leading research teams in East Asia and to promote joint research in the fields of next-generation synthetic cells and synthetic biology.
Professor Shin stated, “Synthetic cells are a next-generation platform that goes beyond simple biomimetic technology to revolutionize future biopharmaceuticals, the environment, energy, and our understanding of biological systems,” adding, “We will lead world-class synthetic cell research through close collaboration with Asian researchers.”
Meanwhile, he was the only Korean researcher to attend the “Syncell Global Summit,” an international continental consortium of synthetic cell researchers from Europe, the Americas, and Asia, held in April 2026. At the summit, global key challenges in the field of synthetic cells and strategies for international joint research were discussed, and Professor Shin, representing the Korean research community, proposed directions for collaboration in the fields of cell membranes and artificial cell synthesis.
The SynCell Asia Initiative is set to expand into an open research network involving universities, research institutes, and biotech companies across Asia. It plans to build a global synthetic cell research ecosystem by combining AI-based automated experimental platforms with next-generation biomanufacturing technologies.
※ Synthetic cell research is a next-generation field of synthetic biology that aims to understand the principles of biological phenomena and realize new functional biological systems by chemically and biologically reconstructing the core functions performed by living cells from scratch. While traditional biotechnology involved genetically engineering living cells, synthetic cell research aims to create “cell-like systems” by artificially assembling basic cellular components such as cell membranes, genomes, energy metabolism, and protein synthesis systems. In particular, recent research on synthetic cells has progressed beyond simply mimicking the shape of cells to simultaneously implementing the following core functions.
[SEO keyword]
synthetic cells, SynCell Asia Initiative, synthetic biology
The paper emphasizes that “building a living cell from scratch requires overcoming the longstanding challenge of the spatiotemporal integration of key functional modules.” To address this, it proposes a strategy centered on AI-powered biofoundries, which would facilitate the development of core functional modules and their integration at the systems level. Furthermore, the SynCell Asia Initiative operates as an international collaborative network involving over 100 research groups from major Asian countries, including China, Japan, South Korea, Singapore, Thailand, and Malaysia.
Within the SynCell Asia Initiative, Professor Shin is responsible for research on the cell membrane, a fundamental structural component of synthetic cells, as well as the synthesis of membrane proteins within synthetic cells—one of the most technically challenging aspects of artificial cell construction. Drawing on his extensive research experience in membrane-based interfaces and cell-free protein expression technologies, he plans to lead the development of core foundational technologies for the realization of functional synthetic cells.
Sogang University’s Institute for Biological Interfaces also serves as a key research hub connecting synthetic cell researchers from South Korea, China, and Japan through the “A3 Foresight Program,” an international cooperation project of the National Research Foundation of Korea. This program operates as an international collaboration platform designed to establish a long-term cooperative network among leading research teams in East Asia and to promote joint research in the fields of next-generation synthetic cells and synthetic biology.
Professor Shin stated, “Synthetic cells are a next-generation platform that goes beyond simple biomimetic technology to revolutionize future biopharmaceuticals, the environment, energy, and our understanding of biological systems,” adding, “We will lead world-class synthetic cell research through close collaboration with Asian researchers.”
Meanwhile, he was the only Korean researcher to attend the “Syncell Global Summit,” an international continental consortium of synthetic cell researchers from Europe, the Americas, and Asia, held in April 2026. At the summit, global key challenges in the field of synthetic cells and strategies for international joint research were discussed, and Professor Shin, representing the Korean research community, proposed directions for collaboration in the fields of cell membranes and artificial cell synthesis.
The SynCell Asia Initiative is set to expand into an open research network involving universities, research institutes, and biotech companies across Asia. It plans to build a global synthetic cell research ecosystem by combining AI-based automated experimental platforms with next-generation biomanufacturing technologies.
※ Synthetic cell research is a next-generation field of synthetic biology that aims to understand the principles of biological phenomena and realize new functional biological systems by chemically and biologically reconstructing the core functions performed by living cells from scratch. While traditional biotechnology involved genetically engineering living cells, synthetic cell research aims to create “cell-like systems” by artificially assembling basic cellular components such as cell membranes, genomes, energy metabolism, and protein synthesis systems. In particular, recent research on synthetic cells has progressed beyond simply mimicking the shape of cells to simultaneously implementing the following core functions.
[SEO keyword]
synthetic cells, SynCell Asia Initiative, synthetic biology