SCA2 ATXN2

Profiling of Short-Tandem-Repeat Disease Alleles in 12,632 Human Whole Genomes.

Haibao,Tang, Ewen F,Kirkness, Christoph,Lippert, William H,Biggs, Martin,Fabani, Ernesto,Guzman, Smriti,Ramakrishnan, Victor,Lavrenko, Boyko,Kakaradov, Claire,Hou, Barry,Hicks, David,Heckerman, Franz J,Och, C Thomas,Caskey, J Craig,Venter, Amalio,Telenti

The Frequency of Intermediate Alleles in Patients with Cerebellar Phenotypes.

Elena,Capacci, Silvia,Bagnoli, Giulia,Giacomucci, Costanza Maria,Rapillo, Alessandra,Govoni, Valentina,Bessi, Cristina,Polito, Irene,Giotti, Alice,Brogi, Elisabetta,Pelo, Sandro,Sorbi, Benedetta,Nacmias, Camilla,Ferrari

Childhood-onset ataxia: testing for large CAG-repeats in SCA2 and SCA7.

Rong,Mao, Arthur S,Aylsworth, Nicholas,Potter, William G,Wilson, Galen,Breningstall, Myra J,Wick, Dusica,Babovic-Vuksanovic, Martha,Nance, Marc C,Patterson, Christopher M,Gomez, Karen,Snow

Homozygous 31 trinucleotide repeats in the SCA2 allele are pathogenic for cerebellar ataxia.

Maya,Tojima, Gaku,Murakami, Rie,Hikawa, Hodaka,Yamakado, Hirofumi,Yamashita, Ryosuke,Takahashi, Masaru,Matsui

Amyotrophic lateral sclerosis risk for spinocerebellar ataxia type 2 ATXN2 CAG repeat alleles: a meta-analysis.

Annalese G,Neuenschwander, Khanh K,Thai, Karla P,Figueroa, Stefan M,Pulst

An observational study of pleiotropy and penetrance of amyotrophic lateral sclerosis associated with CAG-repeat expansion of ATXN2.

Koen C,Demaegd, Aoife,Kernan, Johnathan,Cooper-Knock, Joke J F A,van Vugt, Calum,Harvey, Tobias,Moll, David,O'Brien, Sarah,Gornall, Luke,Drury, Sali M K,Farhan, Patrick A,Dion, Guy A,Rouleau, Andrea,Western, Paul J,Parsons, Benjamin,Mclean, Michael,Benatar, Leonard H,van den Berg, Philip,Van Damme, Jan,Willem Dankbaar, Jeroen,Hendrikse, Wouter,Koole, Charlotte,de Bie, Esther,Hobson, Jan H,Veldink, Bart,van de Warrenburg, R Jeroen,Pasterkamp, Wouter,van Rheenen, Janine,Kirby, Pamela J,Shaw, Michael A,van Es

Gijs H P,Tazelaar, Steven,Boeynaems, Mathias,De Decker, Joke J F A,van Vugt, Lindy,Kool, H Stephan,Goedee, Russell L,McLaughlin, William,Sproviero, Alfredo,Iacoangeli, Matthieu,Moisse, Maarten,Jacquemyn, Dirk,Daelemans, Annelot M,Dekker, Rick A,van der Spek, Henk-Jan,Westeneng, Kevin P,Kenna, Abdelilah,Assialioui, Nica,Da Silva, Mónica,Povedano, Jesus S Mora,Pardina, Orla,Hardiman, François,Salachas, Stéphanie,Millecamps, Patrick,Vourc'h, Philippe,Corcia, Philippe,Couratier, Karen E,Morrison, Pamela J,Shaw, Christopher E,Shaw, R Jeroen,Pasterkamp, John E,Landers, Ludo,Van Den Bosch, Wim,Robberecht, Ammar,Al-Chalabi, Leonard H,van den Berg, Philip,Van Damme, Jan H,Veldink, Michael A,van Es

Identification of the spinocerebellar ataxia type 2 gene using a direct identification of repeat expansion and cloning technique, DIRECT.

K,Sanpei, H,Takano, S,Igarashi, T,Sato, M,Oyake, H,Sasaki, A,Wakisaka, K,Tashiro, Y,Ishida, T,Ikeuchi, R,Koide, M,Saito, A,Sato, T,Tanaka, S,Hanyu, Y,Takiyama, M,Nishizawa, N,Shimizu, Y,Nomura, M,Segawa, K,Iwabuchi, I,Eguchi, H,Tanaka, H,Takahashi, S,Tsuji

Spinocerebellar ataxia type 2 followed by amyotrophic lateral sclerosis due to a pure CAG repeat expansion in ATXN2: a case report and literature review.

Shohei,Ono, Masataka,Nakamura, Takeshi,Ikegami, Yuta,Kajiyama, Kodai,Kume, Yuji,Takahashi, Makio,Takahashi, Hideki,Mochizuki, Hidehiro,Mizusawa, Hideshi,Kawakami, Yusuke,Yakushiji

Establishment of a humanized SCA2 mouse model carrying a CAA disruption preventing CAG repeat expansion in pathogenic genes.

Yao,Zhang, Yufei,Li, Lin,Zhang, Zhaoqing,Li, Keqin,Lin, Kai,Huang, Zhaoqing,Yang, Shaohui,Ma, Hao,Sun, Xiaochao,Zhang

Diagnostic yield and limitations of whole-genome sequencing for hereditary cerebellar ataxia.

Wai Yan,Yau, Roisin,Sullivan, Emer,O'Connor, David,Pellerin, Michael H,Parkinson, Paola,Giunti, Marie-Josée,Dicaire, Matt C,Danzi, Stephan,Züchner, Bernard,Brais, Nicholas W,Wood, Henry,Houlden, Jana,Vandrovcova

Progressive Thalamo-Cortical Disconnection in Amyotrophic Lateral Sclerosis Genotypes: Structural Degeneration and Network Dysfunction of Thalamus-Relayed Circuits.

Marlene,Tahedl, Jana,Kleinerova, Mark A,Doherty, Jennifer C,Hengeveld, Russell L,McLaughlin, Orla,Hardiman, Ee Ling,Tan, Peter,Bede

ATXN2L primarily interacts with NUFIP2, the absence of ATXN2L results in NUFIP2 depletion, and the ATXN2-polyQ expansion triggers NUFIP2 accumulation.

Jana,Key, Luis-Enrique,Almaguer-Mederos, Arvind Reddy,Kandi, Nesli-Ece,Sen, Suzana,Gispert, Gabriele,Köpf, David,Meierhofer, Georg,Auburger

Analysis of Short Tandem Repeat Expansions in a Cohort of 12,496 Exomes from Patients with Neurological Diseases Reveals Variable Genotyping Rate Dependent on Exome Capture Kits.

Clarissa,Rocca, David,Murphy, Chris,Clarkson, Matteo,Zanovello, Delia,Gagliardi, Queen Square,Genomics, Rauan,Kaiyrzhanov, Javeria,Alvi, Reza,Maroofian, Stephanie,Efthymiou, Tipu,Sultan, Jana,Vandrovcova, James,Polke, Robyn,Labrum, Henry,Houlden, Arianna,Tucci

Localization of Potential Energy in Hydrogen Bonds of the

Mikhail,Drobotenko, Oksana,Lyasota, Stepan,Dzhimak, Alexandr,Svidlov, Mikhail,Baryshev, Olga,Leontyeva, Anna,Dorohova

ATXN10 Gene Expansions in Mexican Patients with Ataxia Without Epilepsy.

Aurelio,Jara-Prado, Eukeni,Arias-Capistran, Jorge,Guerrero-Camacho, Adriana,Ochoa-Morales, Marie Catherine,Boll, David,Dávila-Ortíz de Montellano, Astrid,Rasmussen, Tetsuo,Ashizawa, Juan,Fernandez-Ruiz, Petra,Yescas-Gómez, Miguel Ángel,Ramírez-García

Diagnosis of hereditary ataxias: a real-world single center experience.

Adriana,Meli, Vincenzo,Montano, Giovanni,Palermo, Antonella,Fogli, Anna,Rocchi, Annalisa Lo,Gerfo, Rossella,Maltomini, Ludovica,Cori, Antonio,Siniscalchi, Clara,Bernardini, Giulia,Cecchi, Gabriele,Siciliano, Roberto,Ceravolo, Maria Adelaide,Caligo, Michelangelo,Mancuso, Piervito,Lopriore