TAF1 Variants are associated with dysmorphic features, intellectual disability, and neurological manifestations
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2015Autor
O’Rawe, Jason A.Wu, Yiyang
Dörfel, Max J.
Rope, Alan F.
Billie Au, P.Y.
Parboosingh, Jillian S.
Moon, Sungjin
Kousi, Maria
Kosma, Konstantina
Smith, Christopher S.
Tzeti, Maria
Schuette, Jane L.
Hufnagel, Robert B.
Prada, Carlos E.
Martinez, Francisco
Orellana, Carmen
Crain, Jonathan
Caro-Llopis, Alfonso
Oltra, Silvestre
Monfort, Sandra
Jiménez-Barrón, Laura T.
Swensen, Jeffrey
Ellingwood, Sara
Smith, Rosemarie
Fang, Han
Ospina, Sandra
Stegmann, Sander
Den Hollander, Nicolette
Mittelman, David
Highnam, Gareth
Robison, Reid
Yang, Edward
Faivre, Laurence
Roubertie, Agathe
Rivière, Jean-Baptiste
Monaghan, Kristin G.
Wang, Kai
Davis, Erica E.
Katsanis, Nicholas
Kalscheuer, Vera M.
Wang, Edith H.
Metcalfe, Kay
Kleefstra, Tjitske
Innes, A. Micheil
Kitsiou-Tzeli, Sophia
Rosello, Monica
Keegan, Catherine E.
Lyon, Gholson J.
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Resumo
We describe an X-linked genetic syndrome associated with mutations in TAF1 and manifesting with global developmental delay, intellectual disability (ID), characteristic facial dysmorphology, generalized hypotonia, and variable neurologic features, all in male individuals. Simultaneous studies using diverse strategies led to the identification of nine families with overlapping clinical presentations and affected by de novo or maternally inherited single-nucleotide changes. Two additional families harboring large duplications involving TAF1 were also found to share phenotypic overlap with the probands harboring single-nucleotide changes, but they also demonstrated a severe neurodegeneration phenotype. Functional analysis with RNA-seq for one of the families suggested that the phenotype is associated with downregulation of a set of genes notably enriched with genes regulated by E-box proteins. In addition, knockdown and mutant studies of this gene in zebrafish have shown a quantifiable, albeit small, effect on a neuronal phenotype. Our results suggest that mutations in TAF1 play a critical role in the development of this X-linked ID syndrome. © 2015 The Authors.
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