Details

Autor(en) / Beteiligte

• Savarese, Marco
• Di Fruscio, Giuseppina
• Torella, Annalaura
• Fiorillo, Chiara
• Magri, Francesca
• Fanin, Marina
• Ruggiero, Lucia
• Ricci, Giulia
• Astrea, Guja
• Passamano, Luigia
• Ruggieri, Alessandra
• Ronchi, Dario
• Tasca, Giorgio
• D'Amico, Adele
• Janssens, Sandra
• Farina, Olimpia
• Mutarelli, Margherita
• Marwah, Veer Singh
• Garofalo, Arcomaria
• Giugliano, Teresa
• Sampaolo, Simone
• Del Vecchio Blanco, Francesca
• Esposito, Gaia
• Piluso, Giulio
• D'Ambrosio, Paola
• Petillo, Roberta
• Musumeci, Olimpia
• Rodolico, Carmelo
• Messina, Sonia
• Evilä, Anni
• Hackman, Peter
• Filosto, Massimiliano
• Di Iorio, Giuseppe
• Siciliano, Gabriele
• Mora, Marina
• Maggi, Lorenzo
• Minetti, Carlo
• Sacconi, Sabrina
• Santoro, Lucio
• Claes, Kathleen
• Vercelli, Liliana
• Mongini, Tiziana
• Ricci, Enzo
• Gualandi, Francesca
• Tupler, Rossella
• De Bleecker, Jan
• Udd, Bjarne
• Toscano, Antonio
• Moggio, Maurizio
• Pegoraro, Elena
• Bertini, Enrico
• Mercuri, Eugenio
• Angelini, Corrado
• Santorelli, Filippo Maria
• Politano, Luisa
• Bruno, Claudio
• Comi, Giacomo Pietro
• Nigro, Vincenzo

Titel

The genetic basis of undiagnosed muscular dystrophies and myopathies: Results from 504 patients

Ist Teil von

• Neurology, 2016-07, Vol.87 (1), p.71-76

Ort / Verlag

United States

Erscheinungsjahr

2016

Quelle

MEDLINE

Beschreibungen/Notizen

• To apply next-generation sequencing (NGS) for the investigation of the genetic basis of undiagnosed muscular dystrophies and myopathies in a very large cohort of patients. We applied an NGS-based platform named MotorPlex to our diagnostic workflow to test muscle disease genes with a high sensitivity and specificity for small DNA variants. We analyzed 504 undiagnosed patients mostly referred as being affected by limb-girdle muscular dystrophy or congenital myopathy. MotorPlex provided a complete molecular diagnosis in 218 cases (43.3%). A further 160 patients (31.7%) showed as yet unproven candidate variants. Pathogenic variants were found in 47 of 93 genes, and in more than 30% of cases, the phenotype was nonconventional, broadening the spectrum of disease presentation in at least 10 genes. Our large DNA study of patients with undiagnosed myopathy is an example of the ongoing revolution in molecular diagnostics, highlighting the advantages in using NGS as a first-tier approach for heterogeneous genetic conditions.