ENCell Co. Ltd. ENCell Co., Ltd. (456070.KQ) develops and manufactures cell and gene-based biopharmaceutical products primarily focused on advanced therapies for rare and intractable diseases. The company offers contract development and manufacturing organization (CDMO) services through its ROCKET Platform, which supports multi-product GMP production for cell therapies including stem cells, CAR-T, NK cells, and exosomes, as well as gene therapies utilizing lentivirus and AAV vectors; contract quality testing (CQT) services covering raw materials, in-process controls (IPC), drug substances (DS), drug products (DP), and stability testing; and an in-house pipeline featuring EN001 (also referred to as EN00), an allogeneic Wharton's jelly-derived mesenchymal stem cell therapy targeting Charcot-Marie-Tooth disease, alongside programs for Duchenne muscular dystrophy, cancer immunotherapy, and AAV-based gene therapies. ENCell Co. Ltd. (456070.KQ) operates three PIC/S-compliant GMP facilities in South Korea, providing end-to-end solutions from research and process development to quality assurance and commercialization support for global clients in the biotechnology sector, with a target market encompassing pharmaceutical companies, research institutions, and developers of regenerative medicines. Founded in March 2018 as a spin-off from Samsung Medical Center and headquartered at WE Tower in Cheongdam-dong, Seoul, South Korea, the company leverages proprietary platform technologies like ENCT to address challenges in cell senescence, efficacy, and high-yield production. Recent developments include selection for the 2020 Seoul Business Agency Bio-Medical Technology Commercialization Support Program to advance its Duchenne muscular dystrophy treatment in collaboration with Samsung Medical Center; a strategic alliance and licensing agreement with Lucy Biotech for the EN001 mesenchymal stem cell therapy; clinical trial approval for EN001 by the Ministry of Food and Drug Safety in May 2021 following preclinical validation of nerve sheath regeneration, muscle regeneration, and safety; and ongoing expansion of GMP capabilities to secure international contracts.