Author: Xiaolong Duan, Yufeng Zhong

Editor: Lu Xiao, Yanhua Yang

Source: “Shanghai Baoshang” Official WeChat Public Account

Original Title: Baoshang Based Turtle Tech Unleashes "Big Surge" with the Launch of the World's First Commercialized Digital Isothermal Amplification System

February 18, 2024, Shanghai, China - As the Year of the Dragon approaches, Turtle Technology officially launches the ISO Digital digital isothermal amplification system in Shanghai, marking the advent of a new era of commercialization for digital isothermal amplification technology.

This release of the digital isothermal amplification system is not only a breakthrough in Turtle Technology's own development but also a significant contribution to the industry's advancement. The ISO Digital system becomes the first truly commercially scalable digital isothermal amplification system.

Turtle Technology's CTO stated, "This system primarily focuses on companies developing isothermal reagent kits, including those conducting basic research on isothermal reagents, as well as users developing applications for isothermal products and those producing precision quantitative isothermal products. Additionally, there are many research clients involved in isothermal studies, and this platform can provide a standardized (digital) isothermal platform for customers engaged in isothermal amplification or digital isothermal research, improving their research efficiency and greatly increasing their research success rate."

The ISO Digital platform is not only compatible with mainstream isothermal amplification technologies such as digital LAMP and RPA but also compatible with digital PCR (nucleic acid molecular quantification detection) functionality. Therefore, ISO Digital will effectively drive the development of life sciences and precision medicine fields, providing researchers and clinical doctors with more advanced and efficient technical means.

Turtle Technology's ISO Digital platform adopts an innovative solid-oil water isolation technology, which separates reagents into over 20,000 microchambers on the chip, thereby digitizing the isothermal amplification reaction and ensuring strict consistency in the time from reagent mixing to droplet generation for each sample.

(This news is reposted from the official WeChat public account of "Shanghai Baoshan" and the video is reposted from the WeChat video account of "Kankan News". For reprinting, please contact the sources.)