Qkine join forces with Culturon to deliver cutting-edge solutions for the stem cell and life science industries
We are delighted to share that Culturon and Qkine have joined forces to deliver cutting-edge solutions for the stem cell and life science industries.
Culturon, based in Sydney, Australia, specialize in the development of advanced cell culture surfaces that revolutionize cell culture surface engineering to greatly improve performance for stem cell research and manufacturing. Our innovative surfaces enable easy covalent attachment of proteins and biomolecules, providing unparalleled control over the cell culture microenvironment for enhanced reproducibility and outcomes.
Qkine, located in Cambridge, UK, brings unmatched expertise in the production of high-purity, bioactive growth factors and cytokines. Our precision-engineered proteins are optimized for consistency and performance, critical for reproducible cell culture and advanced stem cell systems.
Together, Culturon’s advanced cell culture surfaces and Qkine’s rigorously optimized growth factors form a powerful synergy, providing researchers and manufacturers with reliable, high-performance tools to drive innovation in regenerative medicine, drug discovery, tissue engineering and bioassay development.
This partnership marks a step forward in enabling high-quality, customizable solutions for scientists around the globe.
Technologies stretching across the globe to produce the world’s best cell culture surfaces!
Jointly developed products launching in early 2025.
About Qkine: Qkine manufactures high-purity, animal origin-free growth factors, cytokines, and other complex proteins for life science applications including stem cell and organoid culture. Based in Cambridge, UK, Qkine combines proprietary production processes with protein engineering technology to tackle fundamental biological, quality and scale-up challenges to provide more reliable tools for research and bio-manufacturing. For more information, please visit www.qkine.com.
About Culturon: Based in Sydney, Australia, specializes in the development of advanced cell culture surfaces that revolutionize cell culture surface engineering to greatly improve performance for stem cell research and manufacturing. Our innovative surfaces enable easy covalent attachment of proteins and biomolecules, providing unparalleled control over the cell culture microenvironment for enhanced reproducibility and outcomes.
