Technology Concept
Technology Concept
Innovation
Since the birth of gene sequencing technology in the 1970s, the rapid evolution of technology and the commercialization of sequencing instruments have been accelerating humanity's understanding of life sciences. Currently, human genome sequencing and analysis can be completed in as little as 8 hours, advancing at a pace exceeding "Moore's Law" and rapidly integrating into the trends of the information age.
We are not only witnesses to this technological wave but also drivers of the fourth-generation gene sequencing technology!
The fourth generation is defined by long-read single-molecule nanopore sequencing technology. Leveraging CMOS chip electric signal detection, we strive to achieve a highly accessible, cost-effective, and ultra-high-precision high-throughput nanopore single-molecule long-read gene sequencing solution, making sequencing technology more accessible.
Core Technology
Unique Sequencing Principle
Innovative nanopore sequencing by synthesis method, utilizing polymerase and tag labeled nucleotides, which allows single-molecule circular consensus sequencing for single base recognition and correction, providing long reads, high accuracy, and real-time results
Unique Alternating Current Impedance Detection Mode
Compared to direct current signals, detection units in AC mode are more compact and hence in higher density, ensuring higher stability, higher throughput, and faster data output
Exclusive Bio-CMOS Sequencing Chip
Featuring the world's highest density integrated circuit nanopore sequencing chip, with millions of sequencing channels on a single chip, which lead to cost-effective, ultra-high throughput data output
Core Technology
Core Technology
Unique Sequencing Principle
Innovative nanopore sequencing by synthesis method, utilizing polymerase and tag labeled nucleotides, which allows single-molecule circular consensus sequencing for single base recognition and correction, providing long reads, high accuracy, and real-time results
Unique Alternating Current Impedance Detection Mode
Compared to direct current signals, detection units in AC mode are more compact and hence in higher density, ensuring higher stability, higher throughput, and faster data output
Exclusive Bio-CMOS Sequencing Chip
Featuring the world's highest density integrated circuit nanopore sequencing chip, with millions of sequencing channels on a single chip, which lead to cost-effective, ultra-high throughput data output
Innovation Results
Innovation Results
AXBIO, rooted in the high-tech industry, places great emphasis on independent product research and development. While establishing an independent innovation technology system, we have harvested abundant technological achievements. To date, we possess over
50+Global Patent Authorization
3350 Scott Blvd # B-9, Santa Clara, CA 95054, U.S.A.
info@axbio.co
+1-408-642-1287
Copyright ©Axbio Inc. All rights reserved.