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• W2026249116 endingPage "2175" @default.
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• W2026249116 abstract "The purpose of this study is to investigate the functional neural anatomy that generates vergence eye movement responses from predictive versus random symmetrical vergence step stimuli in humans and compare it to a similar saccadic task via the blood oxygenation level dependent signal from functional MRI.Eight healthy subjects participated in fMRI scans obtained from a 3T Siemens Allegra scanner. Subjects tracked random and predictable vergent steps and then tracked random and predictable saccadic steps each within a block design. A general linear model (GLM) was used to determine significantly (p < 0.001) active regions of interest through a combination of correlation threshold and cluster extent. A paired t-test of the GLM beta weight coefficients was computed to determine significant spatial differences between the saccade and vergence data sets.Predictive saccadic and vergent eye movements induced many common sites of significant functional cortical activity including: the dorsolateral prefrontal cortex (DLPFC), parietal eye field (PEF), cuneus, precuneus, anterior and posterior cingulate, and the cerebellum. However, differentiation in spatial location was observed within the frontal lobe for the functional activity of the saccadic and vergent network induced while studying prediction. A paired t-test of the beta weights from the individual subjects showed that peak activity induced by predictive versus random vergent eye movements was significantly (t > 2.7, p < 0.03) more anterior within the frontal eye field (FEF) and the supplementary eye field (SEF) when compared to the functional activity from predictive saccadic eye movements.This research furthers our knowledge of which cortical sites facilitate a subject's ability to predict within the vergence and saccade networks. Using a predictive versus random visual task, saccadic and vergent eye movements induced activation in many shared cortical sites and also stimulated differentiation in the FEF and SEF." @default.
• W2026249116 created "2016-06-24" @default.
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• W2026249116 date "2010-10-01" @default.
• W2026249116 modified "2023-10-12" @default.
• W2026249116 title "Functional anatomy of predictive vergence and saccade eye movements in humans: A functional MRI investigation" @default.
• W2026249116 cites W139782675 @default.
• W2026249116 cites W1491484194 @default.
• W2026249116 cites W1497717137 @default.
• W2026249116 cites W1505061293 @default.
• W2026249116 cites W1654515404 @default.
• W2026249116 cites W1747889938 @default.
• W2026249116 cites W1834488362 @default.
• W2026249116 cites W1861661955 @default.
• W2026249116 cites W1876525254 @default.
• W2026249116 cites W1963524218 @default.
• W2026249116 cites W1964235223 @default.
• W2026249116 cites W1966281125 @default.
• W2026249116 cites W1968758517 @default.
• W2026249116 cites W1972635397 @default.
• W2026249116 cites W1979694629 @default.
• W2026249116 cites W1981115879 @default.
• W2026249116 cites W1988501393 @default.
• W2026249116 cites W1992175757 @default.
• W2026249116 cites W1999623721 @default.
• W2026249116 cites W2000697043 @default.
• W2026249116 cites W2001881146 @default.
• W2026249116 cites W2003310281 @default.
• W2026249116 cites W2009905783 @default.
• W2026249116 cites W2011636436 @default.
• W2026249116 cites W2013104741 @default.
• W2026249116 cites W2015593137 @default.
• W2026249116 cites W2016867778 @default.
• W2026249116 cites W2019077405 @default.
• W2026249116 cites W2023452161 @default.
• W2026249116 cites W2035341846 @default.
• W2026249116 cites W2038364225 @default.
• W2026249116 cites W2040622032 @default.
• W2026249116 cites W2043998030 @default.
• W2026249116 cites W2044913511 @default.
• W2026249116 cites W2046513665 @default.
• W2026249116 cites W2048628318 @default.
• W2026249116 cites W2049161753 @default.
• W2026249116 cites W2057130156 @default.
• W2026249116 cites W2059024194 @default.
• W2026249116 cites W2059604118 @default.
• W2026249116 cites W2061567510 @default.
• W2026249116 cites W2066950638 @default.
• W2026249116 cites W2067610318 @default.
• W2026249116 cites W2069481424 @default.
• W2026249116 cites W2073994675 @default.
• W2026249116 cites W2079151964 @default.
• W2026249116 cites W2079925091 @default.
• W2026249116 cites W2084467059 @default.
• W2026249116 cites W2086897912 @default.
• W2026249116 cites W2091360556 @default.
• W2026249116 cites W2096184964 @default.
• W2026249116 cites W2096431498 @default.
• W2026249116 cites W2097280009 @default.
• W2026249116 cites W2097467470 @default.
• W2026249116 cites W2108046476 @default.
• W2026249116 cites W2110077088 @default.
• W2026249116 cites W2115112102 @default.
• W2026249116 cites W2117140276 @default.
• W2026249116 cites W2117621792 @default.
• W2026249116 cites W2123560760 @default.
• W2026249116 cites W2124802349 @default.
• W2026249116 cites W2130155692 @default.
• W2026249116 cites W2136390930 @default.
• W2026249116 cites W2146399820 @default.
• W2026249116 cites W2148343512 @default.
• W2026249116 cites W2148992333 @default.
• W2026249116 cites W2155902075 @default.
• W2026249116 cites W2161474132 @default.
• W2026249116 cites W2161598846 @default.
• W2026249116 cites W2162002227 @default.
• W2026249116 cites W2164121465 @default.
• W2026249116 cites W2165724710 @default.
• W2026249116 cites W2170966360 @default.
• W2026249116 cites W2210657454 @default.
• W2026249116 cites W2221155712 @default.
• W2026249116 cites W2273047072 @default.
• W2026249116 cites W2292506610 @default.
• W2026249116 cites W2325188534 @default.
• W2026249116 cites W2407716194 @default.
• W2026249116 cites W2411976846 @default.
• W2026249116 doi "https://doi.org/10.1016/j.visres.2010.08.018" @default.
• W2026249116 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20728462" @default.
• W2026249116 hasPublicationYear "2010" @default.
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