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Genome Prep

The OhmX Analyzer streamlines SV detection with a fast, user-friendly workflow.

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From Sample to Injection, in a Single Day

Streamline structural variant detection with fast, amplification-free DNA analysis

The OhmX VOLT™ Whole Genome Kit workflow provides a seamless path from DNA to valuable insights on the OhmX Platform. Go from cells to injection in just one day using the workflow’s user-friendly standard molecular biology techniques, and without the need for additional equipment. Our workflow is amplification-free, making unbiased, genome-wide structural variant (SV) detection easier than ever.

2 Hours
Hands-on time, one-day workflow
End-to-End
Simple, plug-and-play implementation
Whole Genome
Unique chemistry enables dense, full genome tagging

Expedite Your Research With a Broader Range of SVs

A flexible chemistry, for whole genome analysis

Expedite your research and detect a broadened range of structural variants with electronic genome mapping, starting with an easy to follow sample preparation workflow.

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Sample Types

DNA Isolation

Reliable yields of HMW DNA in just 60 minutes

The NEB® Monarch® HMW DNA Extraction Kit for Cells & Blood #T3050 has been optimized for use on the OhmX Platform for our HMW DNA extraction workflow.

This streamlined ~60-minute protocol allows you to map long-range HMW DNA molecules of 50–500 kb and and yields more than 5 μg of pure HMW DNA with flexible input requirements of only ~1 million cells or 200–500 µL of blood.

DNA Isolation

DNA Tagging

High-density tagging for genome insights

The OhmX VOLT™ Whole Genome Kit simplifies DNA preparation by employing sequence-specific nicking enzymes. These enzymes precisely label and tag High Molecular Weight (HMW) DNA at known recognition sites, typically spaced every ~4 kb.

Subsequently, tagged DNA molecules are electronically detected by the OhmX Detector as they traverse nanochannels, generating a precise, genome-wide map.

Nabsys' proprietary tagging technique significantly enhances data resolution. It enables the addition of 20% more tags to the DNA compared to other mapping technologies, thus providing highly efficient and detailed insights into structural variations and genomic abberations.

DNA Tagging
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Electrify Your Research with OhmX