Duchenne muscular dystrophy (DMD) female carriers are usually clinically asymptomatic. Nevertheless exceptions are reported and manifesting carriers can develop symptoms, varying from a mild muscle weakness to a DMD-like phenotype. The molecular mechanism underlying the clinical heterogeneity in female carriers is unknown and other modifiers, either genetics or environmental, could play a role. We adopted a combined approach based on omics studies associated with bioinformatics and novel statistical tools, in order to identify genetic modifiers influencing the symptomatic phenotype in a group of DMD female carriers.
Omics approach and novel biostatistic tools identified RPL3L as potential genetic modifier of clinical severity in female carriers of Duchenne muscle dystrophy
NERI, MarcellaPrimo
;SCOTTON, Chiara;SCAPOLI, Chiara;CARRIERI, Alberto;DI RAIMO, Francesca Romana;BOVOLENTA, Matteo;GHERARDI, Samuele;ARMAROLI, Annarita;PASSARELLI, Chiara;D'AMICO, Antonio;GUALANDI, Francesca;FERLINI, Alessandra
Ultimo
2015
Abstract
Duchenne muscular dystrophy (DMD) female carriers are usually clinically asymptomatic. Nevertheless exceptions are reported and manifesting carriers can develop symptoms, varying from a mild muscle weakness to a DMD-like phenotype. The molecular mechanism underlying the clinical heterogeneity in female carriers is unknown and other modifiers, either genetics or environmental, could play a role. We adopted a combined approach based on omics studies associated with bioinformatics and novel statistical tools, in order to identify genetic modifiers influencing the symptomatic phenotype in a group of DMD female carriers.File in questo prodotto:
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