About Kuqi Labs
AI × Regenerative Medicine × Life Science Engineering Collaborative Team
Kuqi Labs is an AI-driven company.
A cross-border scientific research collaboration platform to promote the engineering application of regenerative medicine.
We are not a single research institution.
Instead, it constructs a complete closed-loop scientific research system from algorithm modeling → experimental verification → technology transformation → application implementation.
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We merge:
Artificial Intelligence Algorithm Engineer
Regenerative medicine and cell engineering researchers
Bioinformatics and Data Science Expert
Head of Industrial Transformation and International Collaboration
Our core goal is not to conduct research on a single point, but to build a complete closed-loop scientific research system from algorithm → experiment → verification → transformation → application.
Core research team
The core team spans AI algorithms, bioengineering, regenerative medicine, and industrialization, building an algorithm-driven engineering research system.
Dr. Keith Kwong, Hong Kong, China
Chief Scientific Officer | Regenerative Medicine Engineering
Fellow of the UK Biomedical College, Fellow of the Doctoral Think Tank Institute
Guest editor of multiple scientific papers, drafter of the Chinese NMN group standard
He obtained his bachelor's and doctoral degrees from the University of Washington and the Hong Kong University of Science and Technology, respectively.
He has participated in various medical research and postdoctoral studies at Fred Hutchinson Cancer Research Center, University of Washington, and Hong Kong University of Science and Technology. He has also been involved in the construction of multiple GMP-compliant facilities and laboratories.
More than 40 invention patents and scientific papers on recombinant proteins and recombinant nucleic acids have been published.
It has actively promoted the industrialization of many original innovative achievements from universities. Its main research areas include: genetic engineering, large-scale recombinant protein production technology, 3D bio-organ printing technology, and stem cell culture technology.
For many consecutive years, he has guided teams in international bioengineering competitions such as iGEM, with 100% of his students winning awards, including three consecutive years of gold medals, as well as numerous other international awards.
Dr. Lin Wenjie
Chief Scientific Advisor | Visual Neuroscience and Precision Medicine
One of the world's leading scientists in retina and visual cortex
Published more than 50 papers in major journals such as Nature and PNAS.
PhD in Medical Biophysics from the University of Toronto
He conducted research in ophthalmology and neurology at Harvard Medical School under the guidance of the 1981 Nobel laureate, and served as a lecturer and professor at Harvard Medical School and a professor of ophthalmology at Baylor College of Medicine, Texas Medical Center, Houston.
The inventor of the Lin's OV platform, used to prevent major infectious diseases such as hepatitis B and COVID-19, holds more than 20 international patents.
Dr. Lai Cheuk-yin, Hong Kong, China
Science Director | Bioengineering and Industrialization Pathways
Participated in multiple research projects and technology developments, including genetic engineering, large-scale production technology of recombinant proteins, development of ribonucleic acid and liposome/gold nanotechnology, stem cell/immune cell culture technology, and oral vaccine development.
Multiple expression platform systems have been successfully developed for the large-scale production of various recombinant proteins, including human epidermal growth factor and basic fibroblast growth factor.
Their research findings have helped companies gain international recognition and the Geneva Invention Award, and many recombinant protein production technologies have been industrialized.
Core Operations Team
The remaining team consists of approximately 30 international gold medal-winning chief doctoral research mentors.
Become part of the scientific research collaboration system
We are building three types of collaborative partners:
Core research members
International collaborative researchers
Industrial technology transfer partners
We offer:
Cross-border scientific research platform support
International resource matching
Technology Verification and Joint Experiment Space
Industrial transformation path design
International competitions and talent development system
The core mechanisms include project collaboration, joint research, joint research projects, and international resource sharing.
We welcome:
AI Algorithm Engineer
Bioinformatics expert
Regenerative medicine researchers
Synthetic Biologists
Research, Education and Competition Mentor
Head of Industry Cooperation and Project Coordination