We employ equipment, instruments and biochemical reagents, and experienced and dedicated professional personnel for operation and data analysis. We closely monitor the development of DNA sequencing technologies in recent years, and use both Sanger sequencing (also called capillary electrophoresis sequencing) and next-generation sequencing technologies, which are respectively called the first- and the second-generation sequencing technologies. Sanger sequencing has relatively mature methods and instrument platforms and uses DNA analyzers as the primary instruments. Next-generation sequencing is a new generation of DNA sequencing technology that came into being in recent years. It can sequence hundreds of or even tens of millions of DNA molecules at a time, thereby obtaining vast sequence data. The latest instruments in next-generation sequencing are capable of producing hundreds of gigabytes of data in a single sequencing run.
DNA sequencing has a wide range of applications in most areas of life sciences research and medical research. It is widely used in the study of diseases using animal models and in the detection, diagnosis, and prognosis of diseases. It also provides a promising tool in the research of personalized medicine. With the ability to generate large volumes of sequencing data, next-generation sequencing enables researchers to obtain DNA sequence information on a massive scale with much increased speed.
Based on the traditional Sanger sequencing method, we have developed a whole set of unique technological process, including sample processing, sequencing reaction optimisation, and sequence analysis, and can process a large volume of samples rapidly with high accuracy. Data analysis and techniques in connection with next-generation sequence require that service providers be well-equipped with proper instrumentation and highly trained personnel. We began the construction of next-generation sequencing platforms and the development of related technology in 2011. Currently, we provide various next-generation sequencing services based on different sequencing platforms. We provide optimal solutions according to specific research purposes or requirements of various experiments. We aim to meet most of the next-generation sequencing project specifications of our customers.

We provide a wide variety of molecular biology services, including gene cloning, genotyping, gene expression analysis, and real-time PCR. We have developed advanced technological capabilities for obtaining DNA fragments with specific functions (“genes”) by cloning from natural existing organisms. We offer genotyping service, which determines differences between genes’ characteristics. We also provide gene expression analysis to help our customers investigate gene expression level and gene functions.