Life sciences innovator and leader in precision-engineered synthetic cell mimic technology expands its UK/EU operations to accelerate cell and gene therapy and pharmaceutical development

Slingshot Biosciences, the pioneer of synthetic cell mimic technology for flow cytometry controls,  announced its further expansion into the United Kingdom and European Union markets. This investment provides the product innovators in the region with broader access and faster adoption of Slingshot's reproducible, premium-quality biomarker controls in their cell-based assay development programs. The company's aggressive growth continues, driven by the broad adoption of its cell-mimic technology by hundreds of pharmaceutical companies, biotechnology firms, contract research organizations (CROs), clinical diagnostics laboratories, and academic medical centers worldwide. 

"The United Kingdom and European Union represent one of the world's most dynamic and innovative life sciences markets," said Glenn Bilawsky, Chief Executive Officer of Slingshot Biosciences. "...these regions are home to top-tier research institutions, leading cell therapy companies, and global pharmaceutical firms that share our dedication to advancing scientific rigor and reproducibility. We're excited about the rapid adoption of our technology in these markets and are expanding our commitment to researchers and manufacturers in their mission to develop life-saving therapies faster and more reliably."

Slingshot Biosciences' proprietary platform delivers precision-engineered synthetic cell mimics that eliminate the variability, fragility, and operational inefficiency inherent in traditional biological controls. Lot-to-lot consistency achieves coefficients of variation as low as 0.1%. Researchers have long sought access to mass-produced cell mimics that contain rare biomarkers and are stable over the long term for the development of targeted therapies. The company's synthetic cell-mimic controls enable researchers to achieve reproducible results across multiple sites and instruments, a critical requirement for clinical trials, cell therapy manufacturing, and rapid, successful regulatory submissions.