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Our mission at Erasca is embedded in our name: To erase cancer. Energized by recent scientific discoveries and advances in drugging various biological drivers of cancer, we are committed to solving oncology`s hardest problems. We have assembled a proven team and joined forces with world-class collaborators who embrace our ambitious goals. In addition to our initial programs for undisclosed cancer targets, we seek to expand our pipeline through partnerships with academic scientists and biopharmaceutical companies who have revealed potential new mechanisms for precision oncology. Importantly, Erasca isn`t tied to one form of drug or any singular approach to treating cancer. By keeping an open mind about what is possible, we believe we will achieve the greatest results for patients everywhere.
Scioto Biosciences is a preclinical stage biotech company dedicated to innovative research and discovery in the field of microbiome therapeutics.
Siolta Therapeutics is an early stage, venture-backed biotech company focused on developing therapeutic microbial consortia to prevent and treat inflammatory diseases.
BioInnovation Capital invests in the most promising life science companies in residence at premier co-working laboratory facilities where our partners are on-site every day. As the first investment platform to knit together a national network of co-working laboratories, we have a unique lens and an unparalleled position from which to invest. Our partners are located in: Cambridge, MA (BioLabs and LabCentral); Durham, North Carolina (BioLabs North Carolina); San Francisco, and San Diego, CA (BioLabs San Diego). Our perspective is characterized by superb access to key innovators in academia, as well as to the corporate partners who are likely eventual homes for our investments. The geographic nature of innovation hubs and our overlapping network of facilities and resources, supports the formation of stellar companies from the most powerful universities, research institutions, hospitals and corporations in our sector.
What if we told you that our bodies make use of only a few hundred different signaling pathways to control all of our 20,000 or so genes. We call it the gene circuitry code, unique for every gene in our body. CAMP4 has built a proprietary 4-D Gene Circuity Platform to codify the discrete set of combinatorial rules used by any human cell type central to disease pathology. By applying the power of computational biology and machine learning algorithms, CAMP4 is able to rapidly solve for druggable targets to control the output of any disease gene of interest.