Auditory temporal-order judgement is impaired in patients with cortical lesions in posterior regions of the left hemisphere
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Acknowledgements
These results are part of a study supported by the ’Bundesministerium für Bildung, Wissenschaft, Forschung und Technologie‘, BMBF, FKZ 01KO 94026, and the Alexander-von-Humboldt Foundation. We thank Florian Kagerer and Matthias Reiser for data acquisition. We wish to thank Mario Prosiegel and Wolfgang Fries for CT and MRI evaluation. Especially, we appreciate helpful discussions with Ernst Pöppel.
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2018, Acta PsychologicaCitation Excerpt :ATP is studied extensively using different tasks, including gap detection (e.g., Fostick & Babkoff, 2013a; Fostick, Bar-El, & Ram-Tsur, 2012a; Harris, Eckert, Ahlstrom, & Dubno, 2010; Palmer & Musiek, 2014), duration discrimination (e.g., Kumar, 2011; Nowak et al., 2016), and temporal order judgment (the ability to perceive the order of the tone presented, reflecting the participants' temporal resolution necessary for perceiving temporal information) (Fink, Churan, & Wittmann, 2005; Fink, Ulbrich, Churan, & Wittmann, 2006; Fostick, 2017; Fostick et al., 2012a; Fostick & Babkoff, 2013a, 2013b, 2017; Fostick, Babkoff, & Zukerman, 2014; Fostick, Bar-El, & Ram-Tsur, 2012b; Fostick & Revah, 2018; Reed, 1989; Szymaszek, Sereda, Pöppel, & Szelag, 2009; Szymaszek, Szelag, & Sliwowska, 2006; Tallal, 1980; Wittmann & Szelag, 2003). Studies of ATP usually test the human capacity for temporal perception (Babkoff & Fostick, 2013; Fink et al., 2006; Fostick & Babkoff, 2013a, 2013b, 2017; Wittmann & Szelag, 2003), and focus on different subpopulations, such as aging adults (Babkoff & Fostick, 2017; Fink et al., 2005; Fostick & Babkoff, 2013a; Schneider, Daneman, & Pichora-Fuller, 2002; Schneider & Pichora-Fuller, 2001; Schneider, Speranza, & Pichora-Fuller, 1998; Szymaszek et al., 2009), readers with dyslexia (Ben-Artzi, Fostick, & Babkoff, 2005; Fostick et al., 2012a, 2012b; Fostick, Babkoff, & Zukerman, 2014; Fostick, Eshcoli, Shtibelman, Nechemya, & Levi, 2014; Reed, 1989; Tallal, 1980), students with attention deficit hyperactivity disorder (ADHD) (Fostick, 2017), sleep deprived young adults (Babkoff, Zukerman, Fostick, & Ben-Artzi, 2005; Fostick, Eshcoli, et al., 2014), aphasic patients (Fink et al., 2005; von Steinbuchel, Wittmann, Strasburger, & Szelag, 1999; Wittmann & Szelag, 2003), and those on the autism spectrum (de Boer-Schellekens, Eussen, & Vroomen, 2013; Kwakye, Foss-Feig, Cascio, Stone, & Wallace, 2011). For most of these subpopulations, ATP is considered an addition to their primary deficit.
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2014, Journal of the Neurological SciencesCitation Excerpt :This would suggest the existence of a central neural mechanism underlying the perception of TO, independent of the sensory modality. More recent studies confirmed significantly higher auditory TOTs in Wernicke's aphasics (about 120 ms) than in matched controls [9,10,12]. The close association between language and timing disorders was supported by neuroanatomical overlapping of structures involved in RAP and receptive language functions [9,10,12,18,19].
Auditory extinction and spatio-temporal order judgment in patients with left- and right-hemisphere lesions
2012, NeuropsychologiaCitation Excerpt :The impairments reported here show an deficit in spatio-temporal order judgment in addition to extinction. The data further suggest that in LH patients, this deficit is one of the perception of simultaneity and stimulus-onset order, reflecting a limited ability to process temporal information (Nicholls, 1996; von Steinbuechel et al., 1999). For RH patients in contrast, the data support a deficit in the perception of the relative positioning of (consecutive) stimuli in space, similar as in the impairments in spatial discrimination in the free-field (Grube, 2005) and in related headphone-based experiments (Spierer, Bellmann-Thiran, Maeder, Murray, & Clarke, 2009).