Sequencing Services

10x Single Cell Sequencing

Uncover Cellular Heterogeneity with 10x Single Cell Sequencing

RNA-Seq

Illuminate the Transcriptome with Advanced RNA-Seq

Shotgun Metagenomic Sequencing

Decode Microbial Communities with Shotgun Metagenomics

10x Single Cell Sequencing

Reveal the true diversity within your biological systems with our high-throughput 10x Single Cell Sequencing service. From rare cell populations to complex developmental trajectories, we deliver:

  • Cell-by-cell transcriptomic resolution with thousands of cells per run

  • Industry-leading sensitivity for detecting low-abundance transcripts

  • Comprehensive cell surface protein profiling with Feature Barcoding

  • Expert analysis support from experimental design to publication-ready figures

Accelerate your discoveries in cancer, immunology, neuroscience, and developmental biology with single-cell precision.

RNA-Seq

Transform your gene expression studies with our comprehensive RNA-Seq service. Our optimized workflows generate:

  • Deep transcriptome coverage with strand-specific resolution

  • Detection of novel transcripts, splice variants, and fusion genes

  • Quantitative expression profiling across experimental conditions

  • Flexible options for small RNA, long non-coding RNA, and full-length transcript analysis

Whether studying disease mechanisms, drug responses, or basic biology, our RNA-Seq platform delivers the sensitivity and reproducibility your research demands.

Shotgun Metagenomic Sequencing

Explore the hidden world of microbiomes with our cutting-edge Shotgun Metagenomic Sequencing. Our service provides:

  • Comprehensive species identification beyond 16S/ITS amplicon approaches

  • Functional potential analysis with gene and pathway annotations

  • Detection of novel organisms and genes in any environmental sample

  • Antimicrobial resistance and virulence factor profiling

From human gut microbiome to environmental samples, unlock the taxonomic composition and functional capabilities of complex microbial communities with unprecedented resolution.