Neuro-degenerative diseases · 2015
DYT6 Dystonia: A Neuropathological Study.
Клинический случайСтатьяПоддержка NIH: внешняя программаПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод пока не подготовлен
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Paudel Reema, Li Abi, Hardy John, Bhatia Kailash P, Houlden Henry, Holton Janice
Аннотация
BACKGROUND: Mutations in the thanatos-associated protein domain containing apoptosis-associated protein 1 gene (THAP1) are responsible for adult-onset isolated dystonia (DYT6). However, no neuropathological studies of genetically proven DYT6 cases have been previously reported.
OBJECTIVE: We report the first detailed neuropathological investigation carried out on two DYT6 brains.
METHODS: Genetic screening for THAP1 gene mutations using standard Sanger polymerase chain reaction sequencing identified 2 cases, 1 with a known pathogenic mutation and the other with a novel mutation. A detailed neuropathological assessment of the cases was performed.
RESULTS: Both DYT6 cases showed no significant neurodegeneration and no specific disease-related pathology.
CONCLUSIONS: No neuropathological features that could be defined as hallmark features of DYT6 dystonia were identified. Our study supports the notion that in isolated dystonia, there is no significant neurodegeneration or morphological lesions that can be identified using routine methods.
OBJECTIVE: We report the first detailed neuropathological investigation carried out on two DYT6 brains.
METHODS: Genetic screening for THAP1 gene mutations using standard Sanger polymerase chain reaction sequencing identified 2 cases, 1 with a known pathogenic mutation and the other with a novel mutation. A detailed neuropathological assessment of the cases was performed.
RESULTS: Both DYT6 cases showed no significant neurodegeneration and no specific disease-related pathology.
CONCLUSIONS: No neuropathological features that could be defined as hallmark features of DYT6 dystonia were identified. Our study supports the notion that in isolated dystonia, there is no significant neurodegeneration or morphological lesions that can be identified using routine methods.