Recently, chuangyuan, together with its ecosystem partners, successfully automated the entire NGS process of “sample in, result out”, which is not only a major breakthrough in the field of biotechnology, but also has a far-reaching impact on the way of life of human beings.
NGS, or next-generation sequencing, is an important tool in the life science field and is widely used in genetic disease diagnosis, tumor research, drug discovery and development. However, the traditional NGS process is cumbersome, time-consuming, and susceptible to human interference, which greatly limits its promotion in practical applications. Therefore, realizing the automation of the whole NGS process has always been the goal pursued by scientists.
This cooperation between chuangyuan and its eco-partners is aimed at breaking this dilemma. The jointly developed full-process automation system realizes unmanned operation from sample input to result output. Through highly integrated hardware devices and intelligent software algorithms, this system integrates the operation steps that were originally scattered in various links to form a tightly connected automated process.
The core of this solution lies in its highly integrated design. Through sophisticated automated equipment and intelligent software systems, it realizes the whole process of automatic sample extraction, purification, library construction, sequencing and data analysis. The operator only needs to put the samples into the equipment and set the parameters, and then the equipment can automatically complete the follow-up work and finally output accurate analysis results.
In this system, all aspects of sample pre-processing, Fully automated vacuum centrifugal concentrators requiring customization library construction, sequencing reaction and data analysis are automated. The system is able to automatically recognize the sample type and perform precise operations according to preset parameters. At the same time, through big data analysis and machine learning technology, the system is also able to conduct deep mining of sequencing data to provide more accurate and comprehensive analysis results.
The realization of this full-process automation not only greatly improves the efficiency of NGS, but also reduces the error rate of human operation. Researchers and clinicians can focus more on the research itself without spending a lot of time and energy on tedious operations. In addition, the fully automated NGS system is highly scalable and flexible, and can adapt to changes in different research needs.
Looking ahead, this innovation by Genius and ecosystem partners such as Carbonlink will bring even broader prospects for research and application in the life sciences field. We can foresee that with the continuous advancement of technology and the expansion of applications, NGS full-process automation will play an important role in more fields and contribute more to the development of human health.
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