Unlock deeper biological insights by combining complementary omics layers. Our multiomics solutions are tailored to reveal regulatory mechanisms, disease drivers, and functional genomics at bulk or single-cell resolution.
RNA-seq + DNA Methylation (WGBS / RRBS)
Correlate gene expression with DNA methylation patterns to identify epigenetic regulation of transcription. Ideal for cancer, developmental biology, and environmental response studies.
RNA-seq + DNA Methylation (WGBS / RRBS)
RNA-seq + ChIP-seq
Profile transcriptional activity alongside chromatin accessibility to uncover active promoters, enhancers, and regulatory circuits. A powerful solution for mapping gene regulation in specific cell types or tissues.
RNA-seq + ChIP-seq
RNA-seq + Whole Genome/Exome Sequencing
Link gene expression changes to underlying genetic variants through eQTL analysis. Suitable for disease association studies, population genomics, and personalized medicine.
RNA-seq + Whole Genome/Exome Sequencing
ATAC-seq + DNA Methylation
Map the regulatory genome by integrating chromatin openness with methylation status. Gain insights into silenced vs. active regions and understand epigenomic remodeling in disease or development.
