(PALO ALTO, Calif.) – CellBio Scientific, a leading innovator in cellular biology research solutions, announced today its acquisition of System Biosciences Inc. (SBI), a pioneering California-based company known for its groundbreaking work in extracellular vesicle (EV) research, RNA delivery systems, and genome editing technologies. The acquisition strengthens CellBio’s footprint in the fast-growing molecular and cellular biology space, significantly expanding its product and service offerings for academic, biotech, and pharmaceutical researchers worldwide.
“This is a major milestone in our journey,” said Charles Miller, Founding CEO of CellBio Scientific. “SBI has long been a leader in technologies that are shaping the future of research, from CRISPR to exosome biology. By bringing them into the CellBio platform, we are combining complementary strengths to better serve the scientific community.”
Founded in 2004, SBI quickly established itself as a trusted provider of high-impact research tools, offering solutions for exosome isolation and characterization, genome engineering, and stem cell reprogramming. These platforms will now be integrated into CellBio’s existing portfolio, enabling customers to access a broader array of research technologies.
“What excites us most,” Miller continued, “is the complementary capabilities of both companies — to simplify complex science and accelerate discovery. Whether it’s supporting cancer research, regenerative medicine, or therapeutic development, our unified resources will greatly empower our scientific partners.”
Miller also emphasized the strategic importance of the deal in positioning CellBio for the future: “This isn’t just about expanding our catalog — it’s about deepening our capabilities. We’re not here to follow trends. We’re here to help shape a new frontier of research solutions.”
The integration of SBI’s operations and team will begin immediately. SBI’s headquarters in Palo Alto, California, will continue to serve as a key innovation hub within CellBio’s growing network.
