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.
Geneture GenoPro genetic sequencer
Geneture GenoPro genetic sequencer employs fluorescence sequencing technology and algorithms based on DNA amplification on the chip surface. It identifies and processes the optical signals of bases to
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Geneture Lite Genetic Sequencer
Geneture Lite is dedicated to delivering a superior next-generation sequencing (NGS) platform to empower users in life science industry.
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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.