Catalog #: 21010

Dovetail^® TopoLink™ Kit

Accelerate Your Hi-C Studies

Ideal For:

Non-targeted Genome Topology

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Overview Applications Benefits Testimonials Specifications Resources

TopoLink™ Kit Video Overview

Unlock the Future of Hi-C Data Generation with the Dovetail^® TopoLink^™ Assay

Are you a researcher delving into genome-wide chromatin conformation using traditional Hi-C methods? If so, you'll want to explore the groundbreaking Dovetail TopoLink™ Assay. This innovative solution not only simplifies the Hi-C workflow but also tackles high sequencing costs and uneven genomic coverage. And the best part? The entire process can be completed in just one day!

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Sample to Sequencing Library – In Less than One Day

TopoLink Assays are the only complete solution that integrates proximity ligation with NGS library prep. Whether you are mapping A/B compartments, identifying TAD boundaries, or capturing chromatin loops, the TopoLink Assay offers the fastest end-to-end workflow.

Accelerated workflow – sample to library in less than a day.
Reduced cost per datapoint – up to 12-fold lower than traditional Hi-C.
Improved signal-to-noise – detect more topological features.
Uniform sequence coverage – higher feature call accuracy.

Increase the Discovery Rate of Genomic Interactions Features

Dovetail^® TopoLink™ data delivers unbiased and uniform genomic coverage, resulting in richer contact matrices and increased chromatin loop detection compared to Hi-C data.

Unbiased Genome Coverage Equals Improved Accuracy

The uniform sequence coverage generated by Dovetail^® TopoLink™ libraries produces the most accurate chromatin interaction map possible. Where the non-uniform restriction enzyme site distribution associated with traditional Hi-C methods often skews signals, you can be confident in the position of interactions detected by the Dovetail TopoLink Assay.

Customer Testimonials

“I have found the Dovetail^® TopoLink™ Kit to be easy to use and not affected by tissue or cell morphology. It’s been very well suited to my study of looping interactions compared to the other kits I have used.”

Benjamin Lebeau, Research Assistant, Nanyang Technological University