Virus Counter®
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Looking for a way to streamline the determination of virus titer?
The Virus Counter® is a compact, easy to use instrument that provides a direct measure of the number of virus-like particles in a measured volume of liquid (vlp/mL) in minutes. The instrument was designed and developed for a single purpose: to replace the time-consuming and tedious viral plaque assay for applications that require a fast determination of total virus concentration.
Click here for more information, to request a quote, or to sign up for the wait list.
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Non Enzymatic Signal Amplification, NESA™
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Searching for an inexpensive alternative to fluorescence detection on microarrays?
Despite their tremendous potential, several practical issues currently prevent widespread use of microarrays as diagnostic tools, including expensive reagents and expensive microarray readers/scanners. InDevR has developed an innovative new approach for on-chip signal amplification that yields positive signals that can be detected by eye and digitized using a small, inexpensive reader.
Click here for more information, to request a quote, or to sign up for the wait list.
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Microarrays
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Discover low-density microarrays as inexpensive and robust diagnostic tools.
InDevR is working to develop inexpensive low-density microarrays for simultaneous analysis of a variety of pathogens. These microarrays offer a significant cost and time savings over high-density microarrays. All of the microarray assays described below can be conducted in less than 4 hours (including sample extraction, PCR, microarray hybridization, and detection).
Click here for more information, to request a quote, or to sign up for the wait list.
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Strep Detection
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RT-PCR Assays for Detection of Strep
InDevR has developed RT-PCR assays for the detection of S. pyogenes (GAS) and S. dysgalactiae subsp. equisimilis (SDSE), two streptococcal pathogens known to cause both pharyngitis and more invasive forms of disease in humans. The assays exhibits 2-3 orders of magnitude improved analytical sensitivity when compared to a commercially available rapid antigen test.
Preprint of paper accepted for publication: Strep Paper
Contact us for more information: sales@indevr.com |
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