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SutroVax is a biopharmaceutical company dedicated to the delivery of best-in-class conjugate vaccines and novel complex antigen-based vaccines to prevent serious infectious diseases. SutroVax`s lead product candidate is a pneumococcal conjugate vaccine (PCV) that is designed to prevent invasive pneumococcal disease (IPD) caused by Streptococcus pneumoniae. SutroVax`s broad-spectrum PCV is designed to provide expanded protection against circulating strains of pneumococcus and has the potential to replace the current vaccines used in infants and adults. The current mainstay vaccine only covers approximately 40% of the circulating strains causing IPD yet generates $6B in annual sales. SutroVax has generated positive pre-clinical proof-of-concept with its significantly broader-spectrum PCV compared head-to-head to current vaccines using well accepted immunological endpoints. In addition to its lead PCV product candidate, the Company also has a promising early-stage pipeline addressing other important disease areas. SutroVax`s conjugate vaccines are developed utilizing the Company`s exclusive rights to Sutro Biopharma`s Xpress CF Platform, a cell-free protein synthesis technology. SutroVax closed its $85M Series C round in May of 2018 and is financed by a world-class syndicate of private equity, venture capital and corporate venture investors with over $170M in capital raised since 2015.
Main OfficeReaction Design is a San Diego, CA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Vitalcor is a Westmont, IL-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Founded in 1962, Ash Stevens is a premier contract research organization that provides low-volume, high-value Active Pharmaceutical Ingredients (APIs). We understand the industry needs and utilize our expertise in pharmaceutical regulatory affairs to
Encodia is developing an innovative Next-Gen digital proteomics platform to enable democratized protein sequencing. Our goal is to make protein sequencing easy and ubiquitous by using a novel reverse-translation technology that turns peptide sequences into DNA. The DNA can be read by an NGS DNA sequencer, providing a path to breakthrough proteomics research at a scale that is not practical or cost-effective using current technologies.