LAMP TECHNOLOGY

LAMP TECHNOLOGY

LAMP IS THE CONVENIENT CLINICAL DIAGNOSTIC

LAMP IS THE CONVENIENT CLINICAL DIAGNOSTIC

LAMP ASSAY DETECTION USING ALVEO’S UNIQUE RESISTANCE MEASUREMENT SYSTEM

Successful decentralization of molecular diagnostic testing requires LAMP technology – The molecular biology detection system that operates without the need of nucleic acid extraction.

LAMP ASSAY DETECTION USING ALVEO’S UNIQUE RESISTANCE MEASUREMENT SYSTEM

Successful decentralization of molecular diagnostic testing requires LAMP technology – The molecular biology detection system that operates without the need of nucleic acid extraction.

Technology developed for the human space, now for animals

  • Proprietary Alveo technology measures electrical resistance change as LAMP molecular reaction multiplies clinical sample nucleic acid. 

  • Machine learning driven algorithm calls positivity at a defined resistance deflection point.

  • New field data continuously refines the algorithm model.

Cartridge Well diagram

Technology developed for the human space, now for animals

  • Proprietary Alveo technology measures electrical resistance change as LAMP molecular reaction multiplies clinical sample nucleic acid. 

  • Machine learning driven algorithm calls positivity at a defined resistance deflection point.

  • New field data continuously refines the algorithm model.

Cartridge Well diagram
Analyzer and Cartridge Exploded View

The Flockscreen™ LAMP platform

  • be.well™ Molecular Diagnostic system deploys LAMP technology for rapid amplification of specific genomic regions

  • Unique cartridge allows multiplexing, facilitating the detection of multiple targets in a single run

The Flockscreen™ LAMP platform

  • be.well™ Molecular Diagnostic system deploys LAMP technology for rapid amplification of specific genomic regions

  • Unique cartridge allows multiplexing, facilitating the detection of multiple targets in a single run

Sensitivity and Specificity Drive Assay Performance

Sensitivity and Specificity Drive Assay Performance

Image of reactivity for Flockscreen Group A

Group A

  • Two assays: upstream and downstream matrix gene targets

  • Broadest detection across group A avian influenza subtypes

  • Ensures detection in event of hemagglutinin (H) field virus mutation that evades specific H group test

Image of reactivity for Flockscreen H5

H5

H5 detection via 3 individual assays

  1. Current H5 dominant HPAI strain via detection of clade
    2.3.4.4b
  2. Emerging Asian H5 strain via detection of clades 2.3.2.1a and c
  3. Generalized H5 detection

*Assay designs as stated but detect a range of H5 viruses

Image of reactivity for Flockscreen H7

H7

H7 subtypes focusing on current South Africa H7N6 HPAI

Image of reactivity for Flockscreen H9

H9

H9 subtypes endemic in many countries

TO VIEW THE CARTRIDGE PERFORMANCE DATA, CLICK HERE

TO VIEW THE CARTRIDGE PERFORMANCE DATA, CLICK HERE