Fluoroquinolones & Class B beta-lactamase (blaNDM/IMP/VIM) resistance Multiplex

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SKU : YSL-qPX-EC-Qnr.CBbla-100

qPCR KIT (Multiplex)

Brand : YOUSEQ

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Cat no. YSL-qPX-EC-Qnr.CBbla-100

Antibiotic Resistance, qPCR, Multiplex

A multiplex qPCR kit for the detection of Fluoroquinolones & Class B beta-lactamase (blaNDM/IMP/VIM) resistance

Fluoroquinolones resistance and Class B beta-lactamase resistance are important antibiotic resistance markers in the human health sector. These markers are associated with bacterial infections that are becoming increasingly difficult to treat, leading to prolonged illness, increased healthcare costs, and potential mortality if not detected early. Detection of these markers is crucial in guiding appropriate antibiotic therapy and preventing the spread of multidrug-resistant bacteria.

YouSeq's qPCR kit to detect Fluoroquinolones resistance and Class B beta-lactamase resistance allows for sensitive and specific identification of these antibiotic resistance markers. Early detection using this kit can help in timely treatment decisions, reduce the risk of antibiotic resistance development, and improve patient outcomes. By accurately identifying these markers, YouSeq's qPCR kit supports efficient infection control measures and helps in preserving the effectiveness of antibiotics.

 



User Guides UPDATED!

Handbook - lyophilised format

Handbook - frozen format

 



Contents

  • Target specific primer/probe mix, including endogenous control
  • qPCR MasterMix
  • Positive control template
  • DNase/RNase free water
  • Template resuspension buffer

 



Technical specification

Target Gene(s):Control gene
Efficiency: 90-110%
Sensitivity: <100 copy detection
Run Time: Approx 1hr30 (dependent on instrumentation)



Product variants
YSL-qPX-EC-Qnr.CBbla-100 : Lyophilised version for ambient shipping
YS-qPX-EC-Qnr.CBbla-100 : Frozen version for dry ice shipping



 

Pseudonyms
Fluoroquinolones & Class B beta-lactamase (BLANDM/IMP/VIM) Resistance; Superbugs; Carbapenem-resistant Enterobacteriaceae (CRE); Extended-spectrum beta-lactamase (ESBL) producers; Multi-drug resistant organisms (MDROs); Antibiotic-resistant bacteria; Resistant pathogens; Gram-negative bacteria

 



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