NG-TEST® Blood Culture PREP

 

 

Rapid and precise sample preparation for timely detection of resistance mechanisms and effective treatment of critical infections. NG-TEST® Blood Culture PREP is intended to prepare a bacterial sample from a positive blood culture with Enterobacterales or Pseudomonas aeruginosa from patients with a suspected BloodStream Infection (BSI).

It is an innovative reagent that delivers faster results, direct detection of ESBLs and carbapenemases and a streamlined workflow.

Product Name Description Code
NG-TEST® Blood Culture PREP 20 microtubes, 1 Lysis buffer solution, 1 Washing buffer solution NGP-BCP-S73-001

DESCRIPTION

FASTER RESULTS, BETTER OUTCOMES

  • Detection of resistance mechanisms to optimize antibiotic therapy earlier
  • Results in 20 minutes(1)
  • Skip the subculture step

DIRECT DETECTION OF ESBLs AND CARBAPENEMASES

  • Validated with NG-TEST® CARBA-5
  • Validated with NG-TEST® CTX-M Multi

STREAMLINED WORKFLOW

  • Save time to enable better management of sepsis
  • Minimize hands-on-time
  • No space needed

REAGENT

NG-TEST® Blood Culture PREP reagent offers

Ready-to-use
Sample preparation in <5 minutes
From a positive blood culture.
Enable rapid detection and differentiation of the expressed resistance mechanism
Sensibility and specificity 100% for NG-TEST® CARBA-5 (1)
Sensibility and specificity 100% for NG-TEST® CTX-M Multi (2)
For professional use only

 

NG-TEST® CARBA-5 is a qualitative lateral flow immunoassay for the detection and differentiation the five most prevalent carbapenemases families (NDM, IMP, VIM, OXA-48 and KPC) and their most clinically relevant variants in less than 15 minutes from a bacterial colony.

NG-TEST® CTX-M Multi is a qualitative lateral flow immunoassay for the rapid detection of the five major groups in the CTX-M-type enzymes of extended-spectrum β-lactamases (ESBLs) produced by Enterobacterales, from a bacterial colony.

(1)Oueslati S et al. Evaluation du kit NG-Test® Blood Culture PREP associé au NG-Test® CTX-M MULTI pour la détection des entérobactéries productrices de CTX-M directement à partir d’hémoculture. Poster presented at: RICAI; 2024 December; Paris, France

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