GluGene Therapeutics presents new possibilities for treating intractable diseases through innovative technologies that overcome the structural limitations of AAV-based gene therapy.

Based on our proprietary vector engineering and process development technologies, GluGene Therapeutics aims to deliver the core value of gene therapy to more patients. By fundamentally advancing the delivery efficiency, precision, and functionality of AAV vectors and providing differentiated solutions that overcome the limitations faced by conventional approaches, we are transforming the potential for curative treatment of various intractable diseases into real clinical value.

GluGene Therapeutics has built an end-to-end integrated platform for gene therapy development, organically connecting the entire process from scientific discovery to clinical application. Through this, we continuously expand the scope of AAV-based gene therapy applications and aspire to become a global market-leading gene therapy company based on strategic collaborations with global pharmaceutical companies.
GLUGENE

GluGene Therapeutics presents new possibilities for treating intractable diseases through innovative technologies that overcome the structural limitations of AAV‑based gene therapy.

Built upon our proprietary vector engineering and process development capabilities, GluGene Therapeutics has established an end‑to‑end integrated platform for gene therapy development, seamlessly connecting the entire continuum from scientific discovery to clinical application.

By fundamentally enhancing the delivery efficiency, precision, and functionality of AAV vectors and overcoming the limitations of conventional approaches, we aim to deliver the core value of gene therapy to a broader patient population. Through strategic collaborations with global pharmaceutical partners, we continue to expand the therapeutic potential of AAV‑based gene therapy and advance toward becoming a global leader in the field.

"Disruptive technologies rarely emerge from incumbents
Large companies are structured to protect their core business, not to reinvent it.
True disruption—the leap from horse-drawn carriage to Model T—happens in smaller, mission-aligned organizations willing to create new markets."

- James Wilson, a leading pioneer in gene therapy

Executives

Moon Sue Lee

Chief Executive Officer

CEO, GluGene Therapeutics
Co-founder, GluGene Therapeutics (Serial Entrepreneur)
Founder, InnoTherapy Inc. (KOSDAQ IPO)
Minister’s Award, Ministry of SMEs and Startups
Global Regulatory Affairs/Clinical Development/GMP Operations/Pricing Strategy

Ph.D., M.S., B.S. in Biological Sciences, KAIST
SAIT (Samsung Advanced Institute of Technology), Strategic Planning
CJ Pharma, Strategic Planning

Jae-Hyung Jang

Chief Technology Officer

Chief Technology Officer, GluGene Therapeutics
Co-founder, GluGene Therapeutics (Professor-initiated Startup)
Professor, Department of Chemical and Biomolecular Engineering, Yonsei University
Global Expert in AAV Capsid Engineering
20+ Years of AAV Gene Delivery Vector Development Research
AAV Publications (109+) / Patents (47+) / Technology Transfers (4+)

Postdoctoral Researcher, UC Berkeley (Schaffer Lab)
Ph.D. in Department of Chemical and Biological Engineering, Northwestern University
B.S. in Chemical Engineering, Yonsei University

Chang-Yeon Kim

VP | Global Business Development/Strategy

Head of Business Development, GluGene Therapeutics
US FDA and EU Approvals for Hemostatic Agents
US and International Clinical Development, Commercialization

Chung-Ang University   Department of Bioengineering
CJ Pharma Overseas Business/Strategic Planning
CJ America Inc. Licensing/Business Development/Investment
President, InnoTherapy USA Inc.

Scientific Advisory Board

Professor David V. Schaffer

SAB | AAV Gene Therapy

David Schaffer is a world-leading pioneer in gene and stem cell therapies, serving as the Hubbard Howe Professor of Chemical and Biomolecular Engineering, Bioengineering, and Molecular and Cell Biology at UC Berkeley. He earned his B.S. from Stanford University and a Ph.D. from MIT, followed by postdoctoral training at the Salk Institute.

His groundbreaking research utilizes directed evolution to engineer highly targeted viral vectors for advanced therapeutics. Professor Schaffer has published over 250 papers, holds more than 50 issued patents, and has successfully advanced proprietary technologies into over 10 human clinical trials. He also directs major innovation hubs at UC Berkeley, including QB3 and Bakar Labs.

As an active bio-entrepreneur, he has co-founded seven biotech companies, notably including 4D Molecular Therapeutics (NASDAQ: FDMT). His monumental contributions have earned him election to the National Academy of Engineering and the National Academy of Inventors, alongside the prestigious AIChE Acrivos Award, ACS Marvin Johnson Awards, and others.

Professor Gyun Min Lee

SAB | Bioprocess CMC

Gyun Min Lee is a world-renowned authority in biopharmaceutical manufacturing (CMC) and cell culture engineering, currently serving as the Provost and Executive Senior Vice President of KAIST. He earned his Ph.D. in Chemical Engineering from the University of Michigan, following his B.S. and M.S. degrees from Seoul National University.

As a foremost leader securing global leadership in bioprocess technologies, Professor Lee plays a pivotal role in national advisory initiatives, shaping national bio-industrial policies. His extensive administrative leadership includes serving as KAIST’s Vice President for International Relations and Dean of the College of Life Science and Bioengineering. Globally, he directed major research as a Scientific Director at the Technical University of Denmark (DTU) from 2015 to 2020.

With over 259 peer-reviewed publications, he serves as an indispensable industrial consultant and collaborator for numerous global biotechnology companies, bridging academic excellence with large-scale industrial therapeutic protein production.

Platform Leaders

강창민

Chang-Min Kang

ATLAS

Ph.D. in Molecular Biology,
Korea University

최홍영

Hong-Young Choi

AIMING

Ph.D. in Physics,
Seoul National University

김경수

Kyung-Soo Kim

GRADE

Ph.D. in Biological Sciences,
KAIST

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