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2701 Eastlake Ave E Seattle, WA, 98102 4188 United StatesNautilus is a development stage life sciences company focused on creating a platform technology to quantify and unlock the complexity of the proteome. We were founded to address longstanding challenges in proteomics through the development of a new measurement method, “Iterative Mapping”, for the analysis of single, intact protein molecules at scale. Our mission is to transform the field of proteomics by broadening access to high-quality proteomic data and to help support fundamental advancements across human health and medicine. We believe that incremental improvements to existing technologies are insufficient to overcome the limitations of current approaches, and that a fundamentally new measurement paradigm is required. Iterative Mapping is designed to enable broad and deep characterization of the proteome while delivering high reproducibility through direct single molecule counting. By repeatedly interrogating individual protein molecules and aggregating results across billions of measurements, Iterative Mapping generates digital protein counts that are intended to support consistent comparison across samples, experiments, and time.
835 Industrial Rd San Carlos, CA, 94070 3328 United StatesNautilus is a development stage life sciences company focused on creating a platform technology to quantify and unlock the complexity of the proteome. We were founded to address longstanding challenges in proteomics through the development of a new measurement method, “Iterative Mapping”, for the analysis of single, intact protein molecules at scale. Our mission is to transform the field of proteomics by broadening access to high-quality proteomic data and to help support fundamental advancements across human health and medicine. We believe that incremental improvements to existing technologies are insufficient to overcome the limitations of current approaches, and that a fundamentally new measurement paradigm is required. Iterative Mapping is designed to enable broad and deep characterization of the proteome while delivering high reproducibility through direct single molecule counting. By repeatedly interrogating individual protein molecules and aggregating results across billions of measurements, Iterative Mapping generates digital protein counts that are intended to support consistent comparison across samples, experiments, and time.
835 Industrial Rd St 200 San Carlos, CA, 94070 3328 United StatesNautilus is a development stage life sciences company focused on creating a platform technology to quantify and unlock the complexity of the proteome. We were founded to address longstanding challenges in proteomics through the development of a new measurement method, “Iterative Mapping”, for the analysis of single, intact protein molecules at scale. Our mission is to transform the field of proteomics by broadening access to high-quality proteomic data and to help support fundamental advancements across human health and medicine. We believe that incremental improvements to existing technologies are insufficient to overcome the limitations of current approaches, and that a fundamentally new measurement paradigm is required. Iterative Mapping is designed to enable broad and deep characterization of the proteome while delivering high reproducibility through direct single molecule counting. By repeatedly interrogating individual protein molecules and aggregating results across billions of measurements, Iterative Mapping generates digital protein counts that are intended to support consistent comparison across samples, experiments, and time.
1561 Industrial Rd San Carlos, CA, 94070 4111 United StatesNautilus is a development stage life sciences company focused on creating a platform technology to quantify and unlock the complexity of the proteome. We were founded to address longstanding challenges in proteomics through the development of a new measurement method, “Iterative Mapping”, for the analysis of single, intact protein molecules at scale. Our mission is to transform the field of proteomics by broadening access to high-quality proteomic data and to help support fundamental advancements across human health and medicine. We believe that incremental improvements to existing technologies are insufficient to overcome the limitations of current approaches, and that a fundamentally new measurement paradigm is required. Iterative Mapping is designed to enable broad and deep characterization of the proteome while delivering high reproducibility through direct single molecule counting. By repeatedly interrogating individual protein molecules and aggregating results across billions of measurements, Iterative Mapping generates digital protein counts that are intended to support consistent comparison across samples, experiments, and time.
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