Generating the Blueprints:
The quantitative linkage information obtained from proximity ligation (Hi-C) data adds another dimension of information to a wide variety of cytogenomics, metagenomics, epigenomics, and other genomics applications. Use our Product Selection Guide to pick the appropriate kit and computational tools for your area of interest.
Reveal the Topography of the Genetic Map
The CytoTerra® Platform takes cytogenetics to the next level. Powered by Phase Genomics’ proprietary Genomic Proximity Mapping™ (GPM) technology and AI-based computational tools, it eliminates the gaps and challenges associated with the current approach to deliver a comprehensive picture of the genomic landscape. Characterize the breadth of chromosome abnormalities in a single, NGS-based assay—at higher resolution than standard cytogenetic analysis, FISH, and CMA combined.
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Shop CytoTerra ProductsMaster the Microbiome
The ProxiMeta™ Metagenome Deconvolution Platform represents a paradigm shift in metagenome and microbiology research. It combines proximity ligation data (generated with our kits) with short- or long-read shotgun sequencing data, to assemble high-quality metagenomes and associate mobile genetic elements with their hosts. Assemble high-quality genomes directly from the microbiome and capture strain-resolution insights without relying on 16S-based techniques, binning or culturing.
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Shop ProxiMeta ProductsConvert Contigs to Chromosomes
The Proximo™ Genome Scaffolding Platform sets a new standard in genome assembly. It integrates proximity ligation data (generated with our kits) with assemblies generated from short- or long-read sequencing data to generate chromosome-scale contigs, and significantly improve assembly quality and contiguity. Combine Proximo with other computational tools to obtain gold and platinum genomes, to facilitate functional and comparative genomics.
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Shop ProxiMo ProductsAccelerate your research with customized service projects
So much research time is wasted by trying to generate high-quality data with unfamiliar lab techniques and computational tools. Leave the bench work and data crunching to our expert scientific and bioinformatics teams, so you can focus on data interpretation and insights.
Contact us to discuss how proximity ligation (Hi-C) could help ask and answer new biological questions, and “connect the dots” in short- or long-read sequencing data sets. We offer two types of service projects:
May include all or some of the following: