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Original Article

Differential Effect of a Bilateral Deep Cerebellar Nuclei Lesion on Externally and Internally Triggered Saccades in Humans

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Pages 67-74 | Published online: 08 Jul 2009

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Steliana Borisova, Otmar Bock & Valentina Grigorova. (2014) Concurrent Directional Adaptation of Reactive Saccades and Hand Movements to Target Displacements of Different Size. Journal of Motor Behavior 46:5, pages 303-308.
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Satomi Inomata-Terada, Hideki Fukuda, Shin-ichi Tokushige, Shun-ichi Matsuda, Masashi Hamada, Yoshikazu Ugawa, Shoji Tsuji & Yasuo Terao. (2023) Abnormal saccade profiles in hereditary spinocerebellar degeneration reveal cerebellar contribution to visually guided saccades. Clinical Neurophysiology 154, pages 70-84.
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Christoph Helmchen, Björn Machner, Hannes Schwenke & Andreas Sprenger. (2022) Bilateral lesion of the cerebellar fastigial nucleus: Effects on smooth pursuit acceleration and non-reflexive visually-guided saccades. Frontiers in Neurology 13.
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Aasef Shaikh & Fajun WangAasef Shaikh & Fajun Wang. 2021. Eye Movements in the Critical Care Setting. Eye Movements in the Critical Care Setting 97 107 .
Nico A. Flierman, Alla Ignashchenkova, Mario Negrello, Peter Thier, Chris I. De Zeeuw & Aleksandra Badura. (2019) Glissades Are Altered by Lesions to the Oculomotor Vermis but Not by Saccadic Adaptation. Frontiers in Behavioral Neuroscience 13.
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S. Colnaghi, P. Colagiorgio, M. Versino, G. Koch, E. D'Angelo & S. Ramat. (2017) A role for NMDAR-dependent cerebellar plasticity in adaptive control of saccades in humans. Brain Stimulation 10:4, pages 817-827.
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Yasuo Terao, Hideki Fukuda, Shin-ichi Tokushige, Satomi Inomata-Terada, Akihiro Yugeta, Masashi Hamada & Yoshikazu Ugawa. (2017) Distinguishing spinocerebellar ataxia with pure cerebellar manifestation from multiple system atrophy (MSA-C) through saccade profiles. Clinical Neurophysiology 128:1, pages 31-43.
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Hideyuki Matsumoto. (2016) A neurophysiological examination of basal ganglia and cerebellum. Clinical Neurophysiology 127:2, pages 1007-1008.
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Yasuo Terao, Hideki Fukuda, Shinnichi Tokushige, Satomi Inomata-Terada, Akihiro Yugeta, Masashi Hamada, Yaeko Ichikawa, Ritsuko Hanajima & Yoshikazu Ugawa. (2016) Is multiple system atrophy with cerebellar ataxia (MSA-C) like spinocerebellar ataxia and multiple system atrophy with parkinsonism (MSA-P) like Parkinson’s disease? – A saccade study on pathophysiology. Clinical Neurophysiology 127:2, pages 1491-1502.
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Filipp Filippopulos, Thomas Eggert & Andreas Straube. (2012) Effects of cerebellar infarcts on cortical processing of saccades. Journal of Neurology 260:3, pages 805-814.
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Yoshiko Kojima, Robijanto Soetedjo & Albert F. Fuchs. (2010) Behavior of the Oculomotor Vermis for Five Different Types of Saccade. Journal of Neurophysiology 104:6, pages 3667-3676.
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Yoshiki Iwamoto & Yuki Kaku. (2010) Saccade adaptation as a model of learning in voluntary movements. Experimental Brain Research 204:2, pages 145-162.
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J. Johanna Hopp & Albert F. Fuchs. (2009) Identifying sites of saccade amplitude plasticity in humans: transfer of adaptation between different types of saccade. Experimental Brain Research 202:1, pages 129-145.
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Thérèse Collins & Karine Doré-Mazars. (2009) La plasticité de la transformation sensori-motrice dans le système visuel : l’adaptation saccadique. L’Année psychologique 109:03, pages 509.
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Thérèse Collins & Karine Doré-Mazars. (2009) La plasticité de la transformation sensori-motrice dans le système visuel : l’adaptation saccadique. L’Année psychologique Vol. 109:3, pages 509-549.
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W. Thomas Thach. (2011) Q: Is the cerebellum an adaptive combiner of motor and mental/motor activities? A: Yes, maybe, certainly not, who can say?. Behavioral and Brain Sciences 19:03, pages 501-528.
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Masanobu Kano. (2011) A bridge between cerebellar long-term depression and discrete motor learning: Studies on gene knockout mice. Behavioral and Brain Sciences 19:03, pages 488-490.
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Michel Dufossé. (2011) How can the cerebellum match “error signal” and “error correction”?. Behavioral and Brain Sciences 19:03, pages 442.
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Paul Dean. (2011) Saccades and the adjustable pattern generator. Behavioral and Brain Sciences 19:03, pages 441-442.
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