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MNPROtein QuIC Substrate

Molecular Research Use Only
Research Services

Academic, State, Tribal, Federal
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MNPROtein - Hamster rPrP

MNPROtein - Hamster rPrP

Produced at the University of Minnesota, MNPROtein consists of a recombinant, truncated prion protein derived from Syrian hamster (amino acids 90-231 Syrian Hamster) and is externally audited for quality. Protein concentration is ensured by A280 with a mass attenuation coefficient of 1.4 and is purified with nickel-affinity chromatography. Each production batch is then internally validated to ensure rigorous quality control before distribution. Molecular research purposes only.

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$145 per 96-well plate. Minimum order of 10 96-well plates (10 plate increments). Premium substrate for RT-QuIC assays of proteopathies, including Chronic Wasting Disease. All shipments are on dry ice via FedEX. Want to try before you buy? Email us at sales@priogen.bio or call 612-200-2643 (ext 2). 

International orders, email us at sales@priogen.bio or call 612-200-2643 (ext 2). 

Every Batch Validated With Controls
Highly Competitive Price
Exceptional Quality & Performance
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MNPROtein - Hamster rPrP

$1,450.00 USD
$165.00 USD $1,450.00 USD
MNPROtein - Hamster rPrP
MNPROtein - Hamster rPrP

Quantities : 10 96-well plates (free shipping)

MNPROtein - Hamster rPrP

The First Commercially Available RT-QuIC Substrate

Why MNPROtein?

  • Perfect for high-throughput RT-QuIC testing. Ready to use, no filtering
  • Multi-lab validated, more peer-reviewed publications than any other commercially available RT-QuIC substrate
  • Over 50% cheaper than alternative options
  • Priogen is the only RT-QuIC substrate provider who performs the assay daily, allowing for real-time quality assurance
  • Developed and commercialized by Priogen's founding team in 2022

Peer-Reviewed Publications Using MNPROtein

The industry standard for RT-QuIC research. Numerous labs use MNPROtein, allowing for cross-lab comparison of RT-QuIC performance and results from biological and ecological samples like never before.