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Take advantage of the momentum to start a new game! Domestic self-developed nanopore gene sequencer is moving towards matrix development!
On June 28th, "Talking about Pathogens with Qi's Strength - Qitan Technology's New Product Launch Conference and Online Symposium" was successfully held.Provides core support for fast checkout
Since the beginning of this year, Qi-Carbon Nanopore Gene Sequencer and supporting chips, reagents and other products have been delivered to the user side one after another, representing that the domestic Nanopore Gene Sequencer has officially entered the market
Taking this opportunity of the press conference, Qi Tan Technology also invited two experts, Professor Wang Hui, director of the Laboratory Department of Peking University People's Hospital, and Yang Hang, researcher of Wuhan Institute of Virology, Chinese Academy of Sciences, to discuss the actual measurement and application of nanopore gene sequencer in the field of microbial research.
Wang Hui Director
Department of Laboratory Medicine, Peking University People's Hospital
Wuhan Institute of Virology, Chinese Academy of Sciences
In the study of phages, drug-resistant bacteria and their interactions, rapid and accurate gene sequencing technology is of great significance to both scientific research and clinical practice.
At the press conference, experts from the Kunming Institute of Zoology of the Chinese Academy of Sciences, the School of Veterinary Medicine of Yangzhou University, the Beijing Tsinghua Chang Gung Hospital affiliated to Tsinghua University, and the West China School of Basic Medicine and Forensics of Sichuan University pointed out that the Qitan QNome sequencing platform demonstrated the excellence of domestically-developed precision instruments.
Several experts share the experience of using the QNome sequencing platform
6 chips operate independently
In response to the market demand for flexible sequencing
The upgraded sequencer also has better performance
Accuracy and read length
QNome-3841hex continues the features of the previous generation, with a single-shot accuracy rate of 90% and a consistent accuracy rate of 99.
Application performance
According to the needs of various scenarios, Qi Tan has carried out performance tests of different chip combinations on QNome-3841hex, and carried out in many directions such as pathogen identification, microbial assembly, tumor fusion gene identification, forensic identification, and low-depth human genome sequencing.
As a desktop nanopore gene sequencer, the QNome-3841hex has a simple appearance and easy operation, which can get rid of the limitations of the central laboratory.
Regarding Qi Tan’s two new product releases within half a year, which the industry is concerned about, Dr.
Dr.
Co-founder of Qitan Technology
Ride on the momentum
Leading the new journey of domestic nanopore gene sequencing matrix
The life science and technology revolution has swept the world, and biotechnology represented by gene sequencing has ushered in unprecedented development opportunities
.
The National Development and Reform Commission issued China's first five-year bioeconomy plan, the "14th Five-Year Plan for Bioeconomy Development", which proposed to accelerate the development of high-throughput gene sequencing technology, promote the innovation of next-generation sequencing technology marked by single-molecule sequencing, and continuously improve Gene sequencing efficiency and lower sequencing costs
.
The innovation of next-generation sequencing technology has risen to the national strategic level, as Dan Xie said at the press conference, "Nanopore gene sequencing technology has shown great potential and subversive power.
A critical window period for the outbreak of pore genetic testing technology and applications”
.
