Neurology · 2005 · 27 citations · 9 references
Life SciencesGeneticsMolecular GeneticsHuman GeneticsMedical GeneticsMolecular PathologyGenetic DisordersMendelian DisordersMuscular DystrophySkeletal Asymmetry AssessmentSkeletal MyopathySkeletal PhysiologyStop Codon RecognitionX Inactivation
The authors report two families with a myopathy phenotype affecting only women, marked by asymmetric weakness, skeletal asymmetry, and an elevated hemidiaphragm. One family had a mutation in a stop codon in exon 9 of the myotubularin gene, and the other had a splice site mutation in exon 13. Both families had manifesting and nonmanifesting carriers. Skewed X-inactivation appeared to explain the clinical manifestations in only one of the two families.
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CONGENITAL CENTRONUCLEAR (MYOTUBULAR) MYOPATHY
J Z Heckmatt, Caroline A. Sewry, D T Hodes et al. · Brain · 1985 · 96 citations
Life Sciences, Genetics, Pediatrics +11