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Abivax is developing therapies that modulate the body`s natural immune system machinery. A clinical-stage company, Abivax leverages its immune enhancing and antiviral platforms to develop drug candidates to treat inflammatory diseases, viral diseases and liver cancer. Abivax is based on innovative research driven by the idea of modulating the body`s natural immune system mechanisms to treat diseases.
Sherlock Biosciences aims to disrupt molecular diagnostics with better, faster, affordable tests. With our unique Engineering Biology platforms, we are on the cusp of solving challenges ranging from faster pathogen detection and simpler testing for cancer to improved food safety. We envision a world where our products will enable users to make more effective decisions in any environment, whether in hospitals, industrial settings, the developing world, or at home. Our team and founders include Engineering Biology pioneers with world-leading expertise in CRISPR and Synthetic Biology, diagnostic industry veterans, and disease-area authorities. Together, they provide an unparalleled set of capabilities that are transforming molecular diagnostics in clinical and non-clinical settings.
Our mission is to create tools that empower physicians and consumers by increasing their access to actionable data.
Developing new treatments for rare and orphan neurological conditions.
Personalis, Inc. is partnering with biopharma to develop and commercialize the next generation of cancer immunotherapies. We provide advanced genomic sequencing and analytics for immuno-oncology. Our patented ACE (Accuracy and Content Enhanced) Technology forms the foundation of all Personalis products and makes it possible for us to achieve augmented coverage of difficult-to-sequence genomic regions often missed with the use of conventional sequencing techniques, for more comprehensive and accurate genomic data. ACE ImmunoID, our universal platform for immuno-oncology, combines augmented whole exome and transcriptome assays with analytics that capture neoantigens, elucidate the tumor microenviroment, and identify mechanisms of tumor escape.