Next Generation Pathogen Media+

TAGSKU: TAG-NGPM+-T-A

Size: 2ml fill tube
Price:
$216.36

Description

For research use and COVID-19 test kit manufactures following validation per FDA EUA test VTM guidance.

TAG-NGPM+ is designed to be used as virus-inactivating transport media for research use only. 

TAG-NGPM+ does not require refrigeration, and does not contain any Guanidinium salt, which could react with bleach and produce toxic gas. TAG-NGPM+ is non-denaturing, so it is more friendly towards down-steam protein-based assays compared to other protein-denaturing reagents. 

  • Does not require a cold chain for storage or transport – RNA is kept stable at room temperature for up to 28 days.
  • Keeps RNA stable in freeze-thaw
  • Designed for nasopharyngeal, oropharyngeal, and saliva test kits
  • Designed to better preserve RNA fragments and proteins in samples to enable more accurate tests
  • Made in the USA
  • Validated in Lab Developed and EUA COVID-19 tests per FDA guidance.  In deployment by test kit providers now.
  • Rapidly inactivates Virus – reduce the risk of virus exposure to clinical staff and laboratory personnel.  See Rutgers University research results.
  • Safe to use with standard laboratory decontamination reagents such as bleach
  • Inhibits bacteria and fungal contamination 
  • Compatible with leading platforms including Hologic Panther and Roche Cobas
  • Lower price and higher value than any other VTM, UTM and ITMs
  • High volume fulfillment available now
  • Also available as a standard virus-culturing transport media (VTM) w/o inactivation (TAG-NGPM™)

 

TAG-NGPM+ performance Studies:

A novel virus inactivating transport media – FOR RESEARCH USE ONLY

TAG-NGPM + is a molecular assay specimen collection and transport media with strong virus inactivation and biocide features.. It is designed to stabilize samples in ambient temperature and could serve as an excellent SARS-CoV-2 buffer reagent media for collection and transportation of samples to be used in PCR, rtPCR, recombinase-based isothermal assay (RPA/RAA) , and antigen tests. TAG-NGPM+ is designed to provide better stabilization of RNA sequence and protein structures under more conditions.

Features

  • Unique formulation with wide IP protection
  • Strong virus inactivation components.  See research results below.
  • Available in 1-4ml pre-filled in sample transport tubes.
  • Can be kitted with swabs
  • Does not form precipitation
  • Compatible with EPA approved disinfectant such as sodium hypochlorite solution (NaOCl)
  • Contains biocide that prevents microorganism contamination

    Benefits

    • Temperature stable transport and storage saves significant cost by removing the need for a cold chain. RNA is kept stable at room temperature for 4+ days.
    • Pathogen inactivation within 30 minutes of sample collection that reduces risk of exposure
    • Better RNA stabilization performance compared to CDC VTM
    • Protects RNA from extreme temperature changes such as freeze thaw
    • Universal compatibility for downstream assays: RT-qPCR, lateral flow assay, antigen assay, etc.
    • Safe to use with standard laboratory decontamination reagents such as bleach
    • Inhibits bacteria and fungal contamination
    TAG-NGPM+
    • Compatible with leading platforms including Hologic Panther and Roche Cobas 
    • Lower price and higher value than any other VTM, UTM and ITMs 
    •  High volume fulfillment available now
    • Designed for nasopharyngeal, oropharyngeal, and saliva test kits
    • Designed to better preserve RNA fragments and proteins in samples to enable more accurate tests
    • Made in the USA
    • Validated in Lab Developed and EUA COVID-19 tests.  In deployment by test kit providers now
    TAG-NGPM+

     TAG-NGPM+ Performance 

    TAG-NGPM+ Rutgers chart1

    TAG-NGPM+ resulted better SARS-CoV-2 RNA LoD in RT-qPCR compared to CDC VTM

    TAG-NGPM+ LoD2

    TAG-NGPM+ SARS-CoV-2 Inactivation

    TAG-NGPM Rutgers 1

    SARS-CoV-2 virus is effectively inactivated in TAG-NGPM+™ in 30 minutes 


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    Application Notes

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