For Research Use Only

EuroClonality-NDC

Euroclonality backdrop

Univ8 box

Why settle for less
when you can have it all?

Our first product, the EuroClonality-NDC assay allows you to detect immunoglobulin (IG) and T-cell receptor (TR) rearrangements and translocations, as well as mutations and copy number alterations in clinically relevant genes for most lymphoproliferative disorders.

EuroClonality-NDC has been designed and developed by the EuroClonality-NGS working group (an independent subdivision of EuroClonality) and validated in a multi-centre international study involving expert clinical and academic laboratories across Europe.

Univ8 Genomics & EuroClonality logo

 

Request a quotation

What our customers say

“We incorporated the EuroClonality-NDC assay for routine IG and TCR marker identification for MRD studies about a year ago. We have analysed more than 1000 samples so far and we are very happy with the results.” Prof. Monika Brüggemann from Kiel University, Germany

Composition of EuroClonality-NDC assay

The EuroClonality-NDC assay contains a series of genomic regions covering all the IG (including IGH switch regions) and TR genes, intronic regions of some commonly translocated genes, coding regions of clinically-relevant genes and specific regions for copy number variation (CNV) analysis.

List of genes with full coding regions mutation assessment on EuroClonality-NDC

ARID1AEP300MAP3K14SAMHD1
ATMERGMAPK1SOCS1
B2MFAT1MYCTCF3
BCL2H1-5PAX5TENT5C
BTG1H1-2PHF6TET2
BTKH1-3POT1TNFAIP3
CDKN2AH1-4PTENTP53
CDKN2BID3PTPRDTRAF2
CDKN2CKLF2RHOATRAF3
CKS1BKMT2DRUNX1WT1

List of genes with select regions for mutation assessment on EuroClonality-NDC

Additional Regions & Additional Chromosome Regions Assessed

Performance of the EuroClonality-NDC assay

The expected metrics for library preparation and hybridisation performance ensure sufficient coverage of all targets to obtain robust and reliable results.

Analytical sensitivity varies according to the type of alterations, from >95% for CNV up to >99% for sequence variants at >4% VAF. Analytical specificity also varies from >97% for CNV and IG/TR rearrangements up to >99% for sequence variants at >4% VAF.

Download Quick Reference and Analysis Guides

Expected metrics & Analytical Performance

EuroClonality-NDC CNV output for IG, TR and clinically relevant genes in cell line RS4;11

The EuroClonality-NDC assay produces copy number variant (CNV) outputs specifically for IG and TR rearrangements that can be used alongside the Rearrangement results to assess clonality in an orthogonal fashion. These CNV plots are most helpful when the tumour content is at least 40%. There is also an additional output (called ’Onco’) that shows CNV data across a range of clinically relevant genes and genomic regions included in the assay. CNV data have been validated for high molecular weight DNA samples containing more than 40% tumour cells.

Download examples of results produced by the EuroClonality-NDC assay
EuroClonality-NDC CNV for IG, TR and clinically relevant genes in cell line RS4;11

EuroClonality-NDC Copy number alteration plots in clinical samples

CNV plot for a CLL case showing trisomy 12 and a large deletion of 13q, with BCL2 gain

Clinical and academic centres involved in the EuroClonality-NDC validation

Queen’s University BelfastBelfast, UK
Universitätsklinikum Schleswig-Holstein (UKSH)Kiel, GERMANY
CEITEC – Central European Technology InstituteBrno, CZECH REPUBLIC
The Royal Marsden NHS TrustLondon, UK
Centro Maria Letizia VergaMonza, ITALY
Hospital Universitario de SalamancaSalamanca, SPAIN
Hopital Necker-Enfants MaladesParis, FRANCE
Erasmus MC, university medical center RotterdamRotterdam, THE NETHERLANDS
Centre for Research and Technology HellasThessaloniki, GREECE
University of TorinoTorino, ITALY
Radboud university medical centre NijmegenNijmegen, THE NETHERLANDS
Hopital Pitié-SalpétrièreParis, FRANCE

Subscribe

We are building our portfolio of NGS solutions for you, working hard on expanding the clinical indications to give you the full Univ8 Genomics experience.

If you would like to be kept informed of our developments please subscribe here: