New CFTR MASTR Dx validated for dried blood spots

New CFTR MASTR Dx validated for dried blood spots

Anatomy - Pathology / Molecular Diagnostics

March 12, 2015

Multiplicom is pleased to announce that CFTR MASTR™ Dx has been successfully validated for an additional sample type: dried blood spots. The CE-IVD claim is now extended to include DNA extracted from dried blood spots, allowing you to use the assay for routine neonatal screening.

The CFTR MASTR™ Dx is a molecular diagnostic assay for identification of sequence variants covering the complete CFTR gene in individuals with increased risk for CF, in CF-carriers or CF-related phenotypes.

Multiplicom’s CFTR MASTR™ Dx assay is provided as a ready-to-use kit that offers robust performance with minimum hands-on time. All reagents necessary to enable multiplex amplification of 48 amplicons (300-450 bp) in two PCR reactions are included, targeting all coding exons, selected intronic regions and part of the promoter region. The assay is validated for DNA derived from whole blood, as well as from dried blood spots.

The assay is compatible with all current Massively Parallel Sequencing (MPS) systems, providing the flexibility to choose your preferred method.

Metrohm launches new high-performance ion chromatography system-940 Professional IC Vario

Metrohm launches new high-performance ion chromatography system-940 Professional IC Vario

Anatomy - Pathology / Molecular Diagnostics

Metrohm launches the 940 Professional IC Vario, the new high-performance ion chromatography system for research applications and routine use. The 940 Professional IC Vairo is Metrohm’s most versatile IC system yet.

Entirely modular by design, the 940 Professional IC Vario enables unlimited configuration possibilities and meets even the most challenging analytical requirements.

September 01, 2013 More +
Mouse SimpleStep ELISA Kits

Mouse SimpleStep ELISA Kits

Anatomy - Pathology / Molecular Diagnostics

ELISA kits to mouse targets may be less reproducible, specific and sensitive when compared to ELISA kits to other species’ targets due to the use of batch-specific polyclonal antibodies. Use of monoclonal antibodies in ELISA is preferred for target specificity and reproducibility; however, mouse monoclonal antibodies cannot be generated to mouse targets and the use of related rodent hosts, such as rat are difficult to produce.


June 12, 2015 More +
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