With facilities in San Diego CA and Austin TX, Genalyte delivers rapid, actionable results to doctors through decentralized laboratory testing. The firm in the business of developing instrument systems - hardware, software and consumables - to make multiplex protein and nucleic acid testing from a single sample the standard in the research, life science and clinical diagnostic markets. Genalyte's multiplexing platform incorporates the company's Microring Sensor Technology, a new approach to multiplexing that reduces or eliminates sample preparation, provides scalable multiplexing for both proteins and nucleic acids from a single small sample, and achieves up to eight logs of dynamic range. Tthe Maverick platform being launched by the firm uses this technology to run scalable multiplexed assays that do not require the washes, incubations or other processing steps associated with sample preparation. The firm's Maverick platform has a large dynamic range and excellent sensitivity. Maverick Detection System that uses a silicon chip containing arrays of photonic ring sensors that simultaneously analyze multiple antibodies and other proteins from a single small sample; and autoantibody testing assays for autoimmune research. It provides custom spotting services; Maverick microring photonics multiplex assay system that delivers results from small samples of various types, including serum, plasma, culture media, and whole blood; and Genalyte T1D antigen panel, a multiplexed assay that measures autoantibodies associated with the destruction of pancreatic islet cells seen in type 1 diabetes. The firm is commercializing the MaverickTM Detection System based on the companys revolutionary Microring Sensor Technology, a new approach to multiplexing that uses a silicon chip containing arrays of photonic ring sensors to reduce or eliminate sample preparation and provide scalable multiplexing for both proteins and nucleic acids. The one-step workflow of the Maverick System can deliver accurate results in as little as 15 minutes from small volume samples of many types. It has a large dynamic range and excellent sensitivity with outstanding reproducibility.
