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BPGbio is a clinical-stage biopharma reimagining how patient biology can be modeled using unbiased AI algorithms, to accelerate and de-risk the process of drug discovery for humanity. Our Interrogative Biology® platform has produced and guided development of more than a dozen therapeutics and diagnostics candidates in the areas of oncology, neurology and rare diseases, including several in advanced clinical stages. As BPGbio continues to expand our biobank, and the network insights that are derived from it, we anticipate more promising discoveries made with improved time and cost efficiency.
Protein Sciences Corporation is a Meriden, CT-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Puerto Rico Labor and Human Resources is a New York, NY-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Predicine is a global molecular insights company that is committed to advancing precision medicine in oncology and infectious diseases. Predicine has developed a breakthrough cell-free DNA- and cell-free RNA-based liquid biopsy technology enabling minimally invasive molecular diagnosis for treatment selection, therapy monitoring, and minimal residual disease and early cancer detection. The company has launched a portfolio of blood-, urine- and tissue-based diagnostic assays for oncology and infectious diseases, including COVID-19. Through its business operations in Silicon Valley, Houston, Shanghai, Singapore, Berlin and Boston, Predicine partners with leading biopharma companies, institutions and governments to support personalized healthcare on a global scale.
Muse bio is transforming genome engineering by enabling, for the first time, high throughput massively-multiplexed CRISPR editing of proteins, pathways, and genomes. Through our powerful bioinformatics and novel molecular approach, ForgeCraft generates low-cost libraries of thousands of designer protein, pathway, or genome variants each with specifically defined, trackable mutations. This allows the impact of specific changes to be determined through rapid selection and high throughput screening allowing research timelines and costs to be reduced.