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AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV

Luminex xMAP

Organism/pest:
AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV
Taxonomic group:

Virus

Manufacturer:
Prime Diagnostics
Prime Diagnostics
AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV
Type of detection:
Serological
Type of test:
Others
Type of method:
Luminex xMAP
Description of the test:
Luminex xMAP 10-plex multiplex test for the simultaneous detection of AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV in plant material
Type of sample:
Plant material
Number of target:
10
Target:
AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV
Available extraction method:
Grind 1 g of plant material in 10 mL of Standard Extraction Buffer
Available extraction method PDF:
-
Scope:
Detection of AMV, ArMV, CMV, CVB, INSV, TAV, TMV, ToMV, TRV and TSWV in plant material
EPDIA validation datasheet:
-
Other validation data:
Other Validation data PDF:
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References:

Bergervoet, J. H. W., et al. (2008). Multiplex microsphere immuno-detection of potato virus Y, X and PLRV. Journal of Virological Methods. 149: 63-68.

References PDF:
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Country of production:

Netherlands

Product code:
-
Available kit format:
-
Components:
-
Other information:

What is xMAP Technology

Luminex xMAP technology is used for multiplex testing. Multiplexing is a method for high-volume testing—or testing multiple pathogens simultaneously within a single run—using a single sample volume. The Prime Diagnostics xMAP Technology is best-suited for testing 1–20 targets.

 

How does xMAP Technology work? 

xMAP Technology uses labeled microspheres or beads, allowing for the simultaneous capture of multiple pathogens from a single reaction. Because of their small size and low density, xMAP microsphere-based assays exhibit virtual solution-phase kinetics during the reaction. The beads are individually read using an xMAP instrument.

The xMAP beads pass through a red laser, or LED, which excites the internal dyes to distinguish the microsphere set. Then, a green laser or LED excites the fluorescent reporter dye to determine the result of the assay.

 

Key Advantages of xMAP Technology:

  • Test for more pathogens simultaneously.
  • Use a single sample to detect multiple pathogens.
  • Save time and reagents

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