Short read sequencing at MGI GTAC@MGI supports high throughput DNA sequencing studies using Element Biosciences AVITI™ and Illumina® platforms, with workflows designed for scale, reproducibility, and analysis ready outputs. Projects range from targeted panels to population scale whole genome and whole exome sequencing, with execution aligned to study design and downstream objectives.
Whole genome sequencing provides broad, unbiased variant detection across the genome and supports designs ranging from germline analysis to somatic mutation profiling.
Whole exome sequencing focuses on protein coding regions, enabling efficient detection of variants linked to inherited disease, cancer, and functional genomics studies.
Targeted DNA sequencing supports focused analysis of specific genes, pathways, or regions using hybrid capture or amplicon based methods, offering high depth and flexible panel design.
Short read methylation sequencing using bisulfite or enzymatic conversion combined with short read sequencing to distinguish methylated vs. unmethylated cytosines.
Sequencing only services are available for customer prepared libraries that meet platform and pooling requirements. Projects can be configured for production scale or smaller dedicated runs depending on throughput needs.
These examples reflect common use cases. Final study design depends on sample type, cohort size, and downstream analysis goals.
High throughput short read sequencing system optimized for large scale WGS, WES, and multi omic studies.
Benchtop short read sequencing system optimized for fast, flexible sequencing and longer read applications.
High accuracy short read sequencing system powered by avidity chemistry for flexible transcriptomic workflows.
