Serotiny
Serotiny designs new genes to enable next-generation cell and gene therapies. It does this through a discovery platform that combines computational protein design, high-throughput cellular assays, and data-driven analytics. The platform enables engineering multi-domain proteins for cell therapies, including CAR-T receptors and Cas9-based tools like Base and Prime Editors. It encodes the design constraints into a scalable design-build-test-learn process to rapidly generate therapeutic candidates. The team brings molecular biology, immunology, machine learning, software, data science, and bioinformatics expertise.
Serotiny
Serotiny designs new genes to enable next-generation cell and gene therapies. It does this through a discovery platform that combines computational protein design, high-throughput cellular assays, and data-driven analytics. The platform enables engineering multi-domain proteins for cell therapies, including CAR-T receptors and Cas9-based tools like Base and Prime Editors. It encodes the design constraints into a scalable design-build-test-learn process to rapidly generate therapeutic candidates. The team brings molecular biology, immunology, machine learning, software, data science, and bioinformatics expertise.