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The trillions of microbes that call us home – the human microbiome – perform critical functions that preserve our health including helping develop our immune system, manufacturing nutrients such as vitamins, and harvesting energy from the diet. Alterations of the human microbiome are increasingly recognized as a key factor in autoimmune, metabolic, infectious and many other diseases. For millions of years, humans have co-evolved with this community of microbes, communicating in an ancient language that holds critical clues about how autoimmune and infectious diseases develop. This language is based on a system of signals that our resident microbes use to successfully colonize us, such as byproducts of bacterial metabolism and factors that bacteria use to adapt to human niches. Recent discoveries have shown that most of these signals do not lead to disease, rather, they promote our long-term survival. Vedanta Biosciences is developing an innovative class of therapies that modulate pathways of interaction between the human microbiome and the host immune system. Vedanta Biosciences was co-founded by PureTech and a group of world renowned experts in immunology and microbiology.
Roswell Biotechnologies is a molecular electronics company transforming DNA sequencing with their latest platform, designed to deliver the disruptive performance required for future biomedical and industrial applications.
Celtic Pharma (Main) US is a New York, NY-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Global Life Sciences Alliance (GLSA) is a dynamic and collaborative network of global CROs and clinical research vendors specializing in innovative solutions for Sponsors and CROs.The GLSA Team and Network accelerates clinical research timelines through innovation, leveraging extensive experience to foster collaboration and deliver superior outcomes. By mitigating the risks of vendor selection, GLSA ensures exceptional results for clinical trials.
The future is different. We are building sensing and thinking machines, with synthetic neurobiology at its core. Machines with extremely dense sensing and computation based on carbon. In our systems, everything can be engineered with care for sustainab...