Virus Capture Kits
Get more from your samples. Knowing a virus is present in a sample and not being able to detect it is frustrating. Use the Nanotrap® Virus Capture Kit to concentrate viruses from complex biological matrices in order to have high quality input material for your downstream analytical methods.
Working with SARS-CoV-2? Click here to learn how Nanotrap particles can help
Nanotrap® Virus Capture Kit improves the performance of your downstream analytical methods (e.g., PCR, Western blot, NGS, protein assays, infectivity assays) by capturing and concentrating whole virus from complex biological samples.
Demonstrated to work with influenza, RSV, coronavirus, Zika virus, Dengue virus, and Chikungunya virus.
Compatible with multiple nucleic acid extraction kits.
Eliminate false negatives. Nanotrap® particles enabled the identification of SARS-CoV-2 RNA in 9 out of 32 diagnostic remnant samples that had previously tested negative for the virus.
Nanotrap® particles can enable testing of pooled patient samples by improving the real-time RT-PCR signal from pooled sample volumes up to 10 mL.
Increase assay sensitivity by capturing and concentrating low abundance viruses. Nanotrap® particles improved the real-time RT-PCR signal in low viral load diagnostic remnant samples by an average of 3.1 Ct values.
Nanotrap® particles utilize affinity capture and enrichment to attract and bind low abundance viruses. Nanotrap® particles do not utilize antibodies or other biomolecules as affinity molecules.
Nanotrap® particles triple the nucleic acid yield as compared to QIAGEN column only.
Incorporating the Nanotrap® technology into your workflow is simple. No more than 4 steps added to your current workflow, if you want to keep using your nucleic acid extraction kit.
Or reduce your sample real-time RT-PCR sample processing time by 2-3 fold by eliminating a commercial extraction kit altogether.
Nanotrap® particle technology can enhance other sample preparation products to improve downstream analytical performance. The following data highlight the improvement in viral RNA isolation for flu A detection via RT-PCR using the Nanotrap® Virus Capture Kit.
Reaching the lower limit of detection for an assay can be challenging within a large dynamic range. This kit provides a reproducible method for improving assay sensitivity you need for your assay. In 2 mL spiked transport media samples, the Nanotrap technology significantly improved the nucleic acid yield of a commercially available extraction kit, taking the detectable amount of Influenza A down to less than 1 copy/µL.
low abundance virus