
From MingCeler to VeloGene: Accelerating the Future of Biomedical Research
Throughout our journey, MingCeler has established a strong foundation in China, consistently delivering innovative solutions to the domestic scientific and industrial communities. However, our vision extends far beyond our roots. We are committed to empowering researchers and industrial partners across the globe, ensuring that our groundbreaking technology is accessible to those driving the future of medicine.In 2026, we officially launched our international brand, VeloGene Biotechnology."Velo" is derived from Velocity, symbolizing our unwavering dedication to speed and efficiency. We recognize that in the rapidly evolving landscape of biomedical R&D, time is the ultimate competitive advantage. Through our advanced TurboMice™ technology platform, VeloGene empowers you to accelerate your development pipeline and stay one step ahead in your research.From MingCeler to VeloGene, this rebranding marks a strategic milestone in our global expansion. It reflects our commitment to serving as a premier global accelerator for biomedical innovation, bridging the gap from laboratory discovery to clinical application with unparalleled precision and speed.
As part of this global transition, our primary English operations have officially migrated from mingceler.com to velogene.com, alongside the launch of our dedicated regional platform at velogene.kr to better serve our customers in South Korea.
What truly sets VeloGene apart in the mouse model customize market is our exclusive tetraploid complementation technology. This revolutionary advancement redefines the entire workflow of transgenic and gene-edited mouse production. Our core platform completely bypasses the cumbersome, time-consuming processes of chimera breeding and heterozygous crossbreeding.Edited ESCs are developed directly into viable, genetically stable F0 mice that are immediately ready for experimental use. By eliminating traditional breeding generations, we remove all associated variables, genotypes uncertainties, and colony management delays. This not only streamlines the generation process but also guarantees unrivaled product quality and consistency, allowing researchers to initiate their in vivo experiments promptly without waiting for multiple generational cycles.
Dr. Guangming Wu is Founder and Chief Scientist at MingCeler Biotech and VeloGene Biotech, and Professor at Guangzhou Laboratory. He previously served as Research Associate and Postdoctoral Fellow at internationally renowned institutions including the New England Animal Medical Center, Brown University, the University of Missouri-Columbia and Temple University School of Medicine. In 2004, he joined the Max Planck Institute for Molecular Biomedicine (MPI) in Germany, where he collaborated with Prof. Hans R. Schöler (Member of the German National Academy of Sciences) on the mechanisms of mouse embryo development and stem cell biology.



