August 11, 2021 / Providence, RI: Nabsys, the pioneer in electronic whole-genome mapping, announces the release of its next-generation HDM-5 Chip™ for HD-Mapping™. This most recent development has contributed to a 10-fold increase in throughput over the last nine months. Customers are receiving shipments of these next-generation chips this month. CEO and Founder, Barrett Bready […]
https://nabsys.com/wp-content/uploads/2021/08/graphic_2-n-featured.png474700Brian Parashttps://nabsys.com/wp-content/uploads/2021/04/nabsys-logo_1a.pngBrian Paras2021-08-11 08:00:472021-08-11 09:53:32Nabsys Releases New Nanodetector Chips, Increasing Throughput of its HD-Mapping Platform
Nabsys is now shipping HD-Mapping systems in fulfillment of customer orders. HD-Mapping provides high-resolution, high-definition electronic detection that supports a variety of genomic mapping applications, across a wide range of organisms. For product information, availability, and pricing please contact us at info@Nabsys.com. Learn more about High-Definition whole-genome mapping at www.Nabsys.com
https://nabsys.com/wp-content/uploads/2020/10/shipping.jpg525767Brian Parashttps://nabsys.com/wp-content/uploads/2021/04/nabsys-logo_1a.pngBrian Paras2020-10-15 12:40:382020-10-15 14:54:18HD-Mapping Systems Shipping to Customers
PROVIDENCE RI (October 2, 2019) Nabsys, the pioneer in high-definition genome mapping, announced today that it has closed on a $21 million equity round led by Hitachi High-Technologies Corporation. Nabsys will use the funding to finalize product development and support global commercial launch of their HD-Mapping™ whole-genome electronic mapping platform. HD-Mapping has applications in a […]
https://nabsys.com/wp-content/uploads/2019/06/nabsys-office.jpg5891200Brian Parashttps://nabsys.com/wp-content/uploads/2021/04/nabsys-logo_1a.pngBrian Paras2019-10-02 08:36:252020-10-15 12:47:00Nabsys Raises $21 Million Equity Round Led by Hitachi High-Technologies
Nabsys develops semiconductor-based tools for genomic analysis that are capable of analyzing entire genomes in very large fragments.