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Alto Neuroscience is redefining psychiatry by developing personalized and highly effective medicines to help patients get better faster. Our artificial intelligence (AI)-enabled platform measures biomarkers like EEG and wearable data, behavioral patterns, genetics, and other factors to match patients with the treatment they are most likely to respond to. Our approach matches the right patient with the right Alto drug based on AI-derived brain biomarkers, redefining psychiatry at a time when the world needs it most.
Practical Applications is a Boston, MA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Mango Materials produces biodegradable plastics from waste biogas (methane) that are economically competitive with conventional, oil-based plastics. Mango Materials produces poly-hydroxyalkanoate (PHA) powder, a valuable biopolymer that is converted into a variety of ecofriendly, plastic products such as children’s toys, electronic casings, water bottles, and food packaging containers. Due to a rising preference for green products, demand for biodegradable and non petroleum-based plastics is growing rapidly. Mango Materials uses affordable methane gas and a process that competes favorably with petroleum-based plastics to produce low-cost, biodegradable plastics.
Virtual Incision Corporation is a privately-held medical device company focused on developing an advanced, miniaturized robot for general surgery abdominal procedures, such as colon resections. Propelled by the knowledge that colorectal and lower gastrointestinal procedures are the fastest growing in the United States, Dr. Dmitry Oleynikov and Dr. Shane Farritor founded Virtual Incision in 2006. The company is a spin-out of the University of Nebraska, where Dr. Dmitry Oleynikov and Dr. Shane Farritor are currently based. John Murphy joined Virtual Incision in 2012 and is based in Pleasanton, California.
IMIDomics is a biotechnology company focused on Patient-Centric drug discovery for immune-mediated inflammatory diseases (IMIDs). Our goal is to discover new and impactful IMID drugs by focusing on carefully selected patients, and stratifying populations to identify those most likely to respond. IMIDomics is powered by a unique Clinical Discovery EngineTM, which integrates and analyzes proprietary clinical, epidemiological and patient-derived biomolecular datasets, generated in partnership with the Vall d`Hebron Institute of Research, to establish a deeper understanding of IMID diseases. By doing so, IMIDomics has identified previously unrecognized targets, six of which have been selected for development. By relying on access to well-defined patients and their clinically relevant samples, IMIDomics enhances the probability of successful IMID drug discovery and development for those in need.