Verdiè Pascal

Virginie Pascal 3 collaborations

Vincent Javaugue 2 collaborations

Michel Cogné 2 collaborations

Christophe Sirac 2 collaborations

Sébastien Bender 1 collaboration

Sarah Nasraddine 1 collaboration

Mathilde Dargelos 1 collaboration

Mehdi Alizadeh 1 collaboration

Alexis Saintamand 1 collaboration

Matthieu Filloux 1 collaboration

Paco Derouault 1 collaboration

Sabrina Bouyer 1 collaboration

Estelle Desport 1 collaboration

Arnaud Jaccard 1 collaboration

Frank Bridoux 1 collaboration

Marine Dupont 1 collaboration

Paco de Rouault 1 collaboration

David Rizzo 1 collaboration

Delphine Rossille 1 collaboration

Robin Jeannet 1 collaboration

Thomas Daix 1 collaboration

Bruno François 1 collaboration

Steve Genebrier 1 collaboration

Marie Cornic 1 collaboration

Guillaume Monneret 1 collaboration

Fabienne Venet 1 collaboration

Juliette Ferrant 1 collaboration

Mikael Roussel 1 collaboration

Florian Reizine 1 collaboration

Mathieu Le Souhaitier 1 collaboration

Jean-Marc Tadié 1 collaboration

Karin Tarte 1 collaboration

Jean Feuillard 1 collaboration

Salvatore E Mignano 1 collaboration

Nnaemezie E Odioemene 1 collaboration

William Forehand 1 collaboration

Samar M Said 1 collaboration

Sanjeev Sethi 1 collaboration

Samih H Nasr 1 collaboration

Melchior Linea 1 collaboration

Hirschmann Astrid 1 collaboration

Hofman Paul 1 collaboration

Bontoux Christophe 1 collaboration

Concha Angel 1 collaboration

Mrabet-Dahbi Salima 1 collaboration

Vannuffel Pascal 1 collaboration

Watkin Emmanuel 1 collaboration

Putzová Martina 1 collaboration

Scarpino Stefania 1 collaboration

Cayre Anne 1 collaboration

Martin Paloma 1 collaboration

Stoehr Robert 1 collaboration

Hartmann Arndt 1 collaboration

Publications (4)

RNA-based immunoglobulin repertoire sequencing is a new tool for the management of monoclonal gammopathy of renal (kidney) significance.

Demultiplexing Ig repertoires by parallel mRNA/DNA sequencing shows major differential alterations in severe COVID-19.

Monoclonal Immunoglobulin Crystalline Membranous Nephropathy.

Multicenter evaluation of an automated, multiplex, RNA-based molecular assay for detection of ALK, ROS1, RET fusions and MET exon 14 skipping in NSCLC.

Réseau de co-auteurs