Our Services

Our genome analysis service provides comprehensive insights into genetic variation, structural variants, and genome architecture. Using state-of-the-art sequencing technologies and analytical pipelines, we help researchers understand the genetic foundations of their biological questions.

Quantify gene expression at scale with our robust RNA-seq analysis pipelines. From raw reads to differential expression, we provide comprehensive transcriptomic profiling that reveals the dynamic landscape of gene activity in your samples.

Explore the genetic makeup of microbial communities from diverse environments. Our metagenomics services profile taxonomic composition, functional potential, and strain-level diversity from shotgun or amplicon sequencing data.

Reveal the regulatory layers that shape gene activity. Our epigenomics services cover DNA methylation, chromatin accessibility, and histone modification analysis to connect epigenetic marks to phenotype.

High-throughput variant screening and expression profiling on chip-based arrays. We analyse SNP genotyping and microarray data for population studies, QTL mapping, and clinical applications.

Map protein landscapes with precision using advanced mass spectrometry data analysis. Our proteomics services cover everything from protein identification and quantification to post-translational modification analysis and protein-protein interaction networks.

Profile metabolic signatures and pathways from complex biological samples. Our metabolomics analysis leverages advanced mass spectrometry and NMR data to provide comprehensive metabolite identification, quantification, and pathway analysis.

Build your team's omics skills with hands-on workshops and tailored training. From Linux and R fundamentals to advanced pipelines, we deliver practical, project-based training for every level.

Complex omics data translated into clear, actionable insights your team can actually use. Our reporting service delivers publication-ready figures, comprehensive summaries, and detailed interpretation that bridges the gap between data and discovery.

Integrate protein and genomic data to uncover genotype-phenotype connections. Our integrated analysis links variants to protein-level effects and builds a complete molecular picture for your study.