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• W1747889938 abstract "This paper focuses on motor learning within the saccadic and vestibulo-ocular reflex (VOR) oculomotor systems, vital for our understanding how the brain keeps these subsystems calibrated in the presence of disease, trauma, and the changes that invariably accompany normal development and aging. We will concentrate on new information related to multiple time scales of saccade motor learning, adaptation of the VOR during high-velocity impulses, and the role of saccades in VOR adaptation. The role of the cerebellum in both systems is considered.Review of data involving saccade and VOR motor learning.Data supports learning within the saccadic and VOR oculomotor systems is influenced by 1). Multiple time scales, with different rates of both learning and forgetting (seconds, minutes, hours, days, and months). In the case of forgetting, relearning on a similar task may be faster. 2). Pattern of training, learning and forgetting are not similarly achieved. Different contexts require different motor behaviors and rest periods between training sessions can be important for memory consolidation.The central nervous system has the difficult task of determining where blame resides when motor performance is impaired (the credit assignment problem). Saccade and VOR motor learning takes place at multiple levels within the nervous system, from alterations in ion channel and membrane properties on single neurons, to more complex changes in neural circuit behavior and higher-level cognitive processes including prediction." @default.
• W1747889938 created "2016-06-24" @default.
• W1747889938 creator A5029564371 @default.
• W1747889938 creator A5035715085 @default.
• W1747889938 date "2010-01-01" @default.
• W1747889938 modified "2023-09-26" @default.
• W1747889938 title "Saccade and vestibular ocular motor adaptation" @default.
• W1747889938 cites W158266941 @default.
• W1747889938 cites W1684884480 @default.
• W1747889938 cites W1792299242 @default.
• W1747889938 cites W1845595793 @default.
• W1747889938 cites W1847472322 @default.
• W1747889938 cites W1887535448 @default.
• W1747889938 cites W1908949854 @default.
• W1747889938 cites W1928111876 @default.
• W1747889938 cites W1962266238 @default.
• W1747889938 cites W1971542552 @default.
• W1747889938 cites W1972528334 @default.
• W1747889938 cites W1975340298 @default.
• W1747889938 cites W1976285927 @default.
• W1747889938 cites W1978864523 @default.
• W1747889938 cites W1983012907 @default.
• W1747889938 cites W1985043936 @default.
• W1747889938 cites W1985676896 @default.
• W1747889938 cites W1987324026 @default.
• W1747889938 cites W1989529742 @default.
• W1747889938 cites W1995183400 @default.
• W1747889938 cites W1995744299 @default.
• W1747889938 cites W2004027000 @default.
• W1747889938 cites W2008366397 @default.
• W1747889938 cites W2009859571 @default.
• W1747889938 cites W2011947862 @default.
• W1747889938 cites W2014240067 @default.
• W1747889938 cites W2015499500 @default.
• W1747889938 cites W2015910279 @default.
• W1747889938 cites W2018256382 @default.
• W1747889938 cites W2023648659 @default.
• W1747889938 cites W2034676998 @default.
• W1747889938 cites W2036560603 @default.
• W1747889938 cites W2043148392 @default.
• W1747889938 cites W2045012778 @default.
• W1747889938 cites W2046066104 @default.
• W1747889938 cites W2050658997 @default.
• W1747889938 cites W2055750357 @default.
• W1747889938 cites W2059262567 @default.
• W1747889938 cites W2067640614 @default.
• W1747889938 cites W2068424549 @default.
• W1747889938 cites W2068493938 @default.
• W1747889938 cites W2074681966 @default.
• W1747889938 cites W2076396191 @default.
• W1747889938 cites W2076487513 @default.
• W1747889938 cites W2077898876 @default.
• W1747889938 cites W2082771245 @default.
• W1747889938 cites W2084063257 @default.
• W1747889938 cites W2090019915 @default.
• W1747889938 cites W2091277844 @default.
• W1747889938 cites W2097105997 @default.
• W1747889938 cites W2106652511 @default.
• W1747889938 cites W2110080575 @default.
• W1747889938 cites W2112465764 @default.
• W1747889938 cites W2120944389 @default.
• W1747889938 cites W2122636447 @default.
• W1747889938 cites W2137420665 @default.
• W1747889938 cites W2142996960 @default.
• W1747889938 cites W2153363014 @default.
• W1747889938 cites W2154867616 @default.
• W1747889938 cites W2158954434 @default.
• W1747889938 cites W2163957510 @default.
• W1747889938 cites W2170355161 @default.
• W1747889938 cites W2185687800 @default.
• W1747889938 cites W2186699875 @default.
• W1747889938 cites W2210657454 @default.
• W1747889938 cites W2233690562 @default.
• W1747889938 cites W2411627913 @default.
• W1747889938 cites W2463067381 @default.
• W1747889938 cites W2465736046 @default.
• W1747889938 cites W2981411873 @default.
• W1747889938 cites W3092912804 @default.
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• W1747889938 doi "https://doi.org/10.3233/rnn-2010-0523" @default.
• W1747889938 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2947442" @default.
• W1747889938 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20086279" @default.
• W1747889938 hasPublicationYear "2010" @default.
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