Epigenomics explores how chemical modifications to DNA, RNA, and chromatin regulate gene expression without altering the DNA sequence. From DNA methylation and chromatin accessibility to protein-DNA and RNA-protein interactions, our comprehensive epigenomics solutions help researchers uncover the regulatory mechanisms underlying development, disease, and cellular function. Explore the services below to identify the most appropriate epigenomics workflow for your research.
Profile genome-wide DNA methylation at single-base resolution to investigate epigenetic regulation, disease mechanisms, and development.
Profile DNA methylation across targeted genomic regions with high resolution, enabling focused and cost-effective epigenetic analysis.
Profile CpG-rich regions to identify DNA methylation changes associated with gene regulation, disease, and biomarker discovery.
Map transcription factor binding and histone modifications to understand chromatin regulation and gene expression.
Characterise RNA-protein interactions to investigate post-transcriptional regulation and RNA-binding protein function.
Profile chromatin accessibility to identify regulatory elements, transcription factor binding sites, and active gene regulatory regions.
Access comprehensive DNA methylation, chromatin accessibility, and epigenetic profiling solutions through one trusted partner.
One partner for your entire epigenomics workflow, supported by expert scientific guidance at every stage.
Seamlessly integrate epigenomics data with other multi-omics technologies through one trusted partner.
Talk to our specialist to find the right solution.
Epigenomics explores how chemical modifications to DNA, RNA, and chromatin regulate gene expression without altering the DNA sequence. From DNA methylation and chromatin accessibility to protein-DNA and RNA-protein interactions, our comprehensive epigenomics solutions help researchers uncover the regulatory mechanisms underlying development, disease, and cellular function. Explore the services below to identify the most appropriate epigenomics workflow for your research.
Profile genome-wide DNA methylation at single-base resolution to investigate epigenetic regulation, disease mechanisms, and development.
Profile DNA methylation across targeted genomic regions with high resolution, enabling focused and cost-effective epigenetic analysis.
Profile CpG-rich regions to identify DNA methylation changes associated with gene regulation, disease, and biomarker discovery.
Map transcription factor binding and histone modifications to understand chromatin regulation and gene expression.
Characterise RNA-protein interactions to investigate post-transcriptional regulation and RNA-binding protein function.
Profile chromatin accessibility to identify regulatory elements, transcription factor binding sites, and active gene regulatory regions.
Access comprehensive DNA methylation, chromatin accessibility, and epigenetic profiling solutions through one trusted partner.
One partner for your entire epigenomics workflow, supported by expert scientific guidance at every stage.
Seamlessly integrate epigenomics data with other multi-omics technologies through one trusted partner.
Talk to our specialist to find the right solution.