Operating Principle: The Devyser CFTR NGS kit redefines the genetic diagnosis of cystic fibrosis by offering a comprehensive and precise solution, validated for clinical use. With a unique single-tube library preparation approach, this kit optimizes the CFTR gene analysis process, significantly reducing hands-on time and contamination risk while improving diagnostic accuracy.

Clinical Applications

Advances in NGS techniques allow laboratories to perform a comprehensive diagnosis by analyzing the entire CFTR gene, covering known and novel variants. The integrated analysis software, along with databases such as CFTR2, ensures that variants are classified with high reliability.

Benefits

High efficiency and optimal performance: A single tube per sample minimizes the risk of pre-analytical errors and contamination. Ease of use: <45 minutes of hands-on time and a total turnaround time of less than 5 hours, accelerating diagnostic turnaround times. Broad coverage including:
All exonic regions of the gene + a minimum of 20 bp at the 5′ end and 10 bp at the 3′ end of the exon/intron junctions. Promoter region. Clinically relevant deep intronic variants.
Complete solution: Allows the analysis of SNVs and indels, as well as CNVs and identification of specific variants such as poly-T and TG repeats. Adaptability: Integration with validated analysis software increases flexibility for laboratories with different needs. Compatible with DNA samples extracted from peripheral blood and dried blood spots.
Devyser CFTR for NGS

Technology Used

Multiplex PCR technology with targeted enrichment and subsequent library preparation for NGS workflows. The indices added to the samples come pre-dispensed in strip or plate format, minimizing the risk of contamination. Furthermore, the process includes a post-pooling library cleanup for all samples. The entire workflow is CE-IVD validated and supported by validated software solutions, including CNV analysis, enabling you to obtain precise and reliable results.

Intended Audience/User

Ideal for genetics and molecular biology laboratories requiring comprehensive and reliable analysis of the CFTR gene, especially in newborn screening programs, prenatal testing, and genetic counseling.

Key Features

Comprehensive coverage of the CFTR gene, including deep intronic variants and the promoter region.
Direct detection of CNVs and identification of poly-T variants and TG repeats.
Standardized and validated CE-IVD workflow.
Less than 45 minutes of hands-on time.
Minimal risk of sample mix-ups or contamination.
Compatible with validated bioinformatics analysis software.

Ordering Information

CE-IVD Devyser CFTR Kits
8-A101-8 8 tests
8-A101-24 24 tests
8-A101-96 96 tests
RUO Devyser CFTR Kits
8-A103-8 8 tests
8-A103-24 24 tests
8-A103-96 96 tests
Accessories
8-A200 Devyser Index Plate A
8-A204 Devyser Library Clean

Area:

Cystic fibrosis, Molecular Genetics, Targeted study of specific pathologies

Brand:

Consult our experts

Google reCaptcha: Invalid site key.

Related products

AD4SEQ HBV Solution

Qualitative in vitro kit for the determination of the hepatitis B virus (HBV) genotype and the identification of drug resistance mutations through PCR amplification of two viral regions followed by NGS sequencing. It is intended for HBV-positive plasma or serum samples. Detailed Description Operating Principle The kit is based on PCR amplification of two regions…
Arrow Diagnostics
Next Generation Sequencing (NGS)

nCounter Analysis System

Bruker's nCounter® is a molecular analysis platform that enables the direct, multiplexed quantification of up to ~800 targets (RNA or proteins) in a single reaction, without the need for PCR amplification or cDNA conversion. Key Features Molecular barcode technology: Each probe is labeled with a unique fluorescent barcode that identifies the target sequence. No amplification:…
Bruker
Multicellular

GeoMx™ Digital Spatial Profiler (DSP)

Bruker's GeoMx™ Digital Spatial Profiler (DSP) is an advanced platform for multi-omic spatial analysis that enables simultaneous quantification of RNA and proteins in tissue sections, preserving tissue architecture. GeoMx DSP combines fluorescent imaging with photo-cleavable oligonucleotide barcodes, offering digitally quantified molecular profiles in defined regions of interest (ROI). This technology supports FFPE and fresh frozen…
Bruker
Spatial Biology

CellScape™ Precise Spatial Proteomics

The CellScape™ Precise Spatial Proteomics platform is an optimized multiplexed immunofluorescence (mIF) solution for high-plex spatial protein detection and quantitative phenotyping. By combining an advanced imaging system with integrated microfluidics for "walk-away" automation, and an open ecosystem based on simple chemistry and robust throughput, the CellScape platform accelerates biological discovery and translational research across multiple…
Bruker
Spatial Biology