The Geneture sequencing platform uses synthetic sequencing (SBS) method to amplify DNA fragments in situ on the chip, and reads out fluorescently labeled nucleotides through a high-resolution imaging system. Proprietary image processing and data analysis algorithms are used to obtain highly accurate sequences.

Application areas of gene sequencer


  • Medicine: Used for tumor detection, genetic disease screening, personalized treatment, and drug development.

  • Research: Support genomics, transcriptomics, and microbiome studies.

  • Agriculture: Assisting crop breeding, improving yield and disease resistance.

  • Environmental Science: Monitoring Microbial Communities and Environmental Pollutants.


The development prospects of gene sequencer


  • Technological innovation: Third generation sequencing technology promotes longer read lengths and higher accuracy, while single-cell sequencing assists in the study of cell heterogeneity.

  • Market growth: The global market size is expected to grow from $13.118 billion in 2023 to $41.616 billion in 2030, with a compound annual growth rate of 17.96%.

  • Clinical expansion: Its application in early screening of tumors, diagnosis of genetic diseases, and personalized treatment will be more extensive.