FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2103250092> ?p ?o ?g. }

• W2103250092 endingPage "1838" @default.
• W2103250092 startingPage "1827" @default.
• W2103250092 abstract "Previous studies from our laboratory identified a parietal eye field in the primate lateral intraparietal sulcus, the lateral intraparietal area (area LIP). Here we further explore the role of area LIP in processing saccadic eye movements by observing the effects of reversible inactivation of this area. One to 2 microl of muscimol (8 mg/ml) were injected at locations where saccade-related activities were recorded for each lesion experiment. After the muscimol injection we observed in two macaque monkeys consistent effects on both the metrics and dynamics of saccadic eye movements at many injection sites. These effects usually took place within 10-30 min and disappeared after 5-6 h in most cases and certainly when tested the next day. After muscimol injection memory saccades directed toward the contralesional and upper space became hypometric, and in one monkey those to the ipsilesional space were slightly but significantly hypermetric. In some cases, the scatter of the end points of memory saccades was also increased. On the other hand, the metrics of visual saccades remained relatively intact. Latency for both visual and memory saccades toward the contralesional space was increased and in many cases displayed a higher variance after muscimol lesion. At many injection sites we also observed an increase of latency for visual and memory saccades toward the upper space. The peak velocities for memory saccades toward the contralesional space were decreased after muscimol injection. The peak velocities of visual saccades were not significantly different from those of the controls. The duration of saccadic eye movements either to the ipsilesional or contralesional space remained relatively the same for both visual and memory saccades. Overall these results demonstrated that we were able to selectively inactivate area LIP and observe effects on saccadic eye movements. Together with our previous recording studies these results futher support the view that area LIP plays a direct role in processing incoming sensory information to program saccadic eye movements. The results are consistent with our unit recording data and microstimulation studies, which suggest that area LIP represents contralateral space and also has a bias for the upper visual field." @default.
• W2103250092 created "2016-06-24" @default.
• W2103250092 creator A5019148077 @default.
• W2103250092 creator A5054640156 @default.
• W2103250092 creator A5059911759 @default.
• W2103250092 date "1999-04-01" @default.
• W2103250092 modified "2023-09-24" @default.
• W2103250092 title "Effect of Reversible Inactivation of Macaque Lateral Intraparietal Area on Visual and Memory Saccades" @default.
• W2103250092 cites W144830725 @default.
• W2103250092 cites W1569395231 @default.
• W2103250092 cites W1748759529 @default.
• W2103250092 cites W1754695201 @default.
• W2103250092 cites W1777062500 @default.
• W2103250092 cites W1825334082 @default.
• W2103250092 cites W1845471747 @default.
• W2103250092 cites W1870620040 @default.
• W2103250092 cites W1884957448 @default.
• W2103250092 cites W1897609037 @default.
• W2103250092 cites W1957364793 @default.
• W2103250092 cites W1968140693 @default.
• W2103250092 cites W1973843233 @default.
• W2103250092 cites W1975981294 @default.
• W2103250092 cites W1979147166 @default.
• W2103250092 cites W1980871601 @default.
• W2103250092 cites W1981087813 @default.
• W2103250092 cites W1988785051 @default.
• W2103250092 cites W2004622744 @default.
• W2103250092 cites W2005997572 @default.
• W2103250092 cites W2009809428 @default.
• W2103250092 cites W2015185808 @default.
• W2103250092 cites W2016527110 @default.
• W2103250092 cites W2018786394 @default.
• W2103250092 cites W2025200653 @default.
• W2103250092 cites W2027180113 @default.
• W2103250092 cites W2028280309 @default.
• W2103250092 cites W2032547435 @default.
• W2103250092 cites W2033435873 @default.
• W2103250092 cites W2035413971 @default.
• W2103250092 cites W2044539750 @default.
• W2103250092 cites W2047137356 @default.
• W2103250092 cites W2057552187 @default.
• W2103250092 cites W2058395663 @default.
• W2103250092 cites W2059187102 @default.
• W2103250092 cites W2061915005 @default.
• W2103250092 cites W2065506886 @default.
• W2103250092 cites W2070945027 @default.
• W2103250092 cites W2076139053 @default.
• W2103250092 cites W2082333434 @default.
• W2103250092 cites W2082627290 @default.
• W2103250092 cites W2084807372 @default.
• W2103250092 cites W2087376184 @default.
• W2103250092 cites W2087639991 @default.
• W2103250092 cites W2088367999 @default.
• W2103250092 cites W2092890445 @default.
• W2103250092 cites W2093642963 @default.
• W2103250092 cites W2095251330 @default.
• W2103250092 cites W2103134052 @default.
• W2103250092 cites W2113134893 @default.
• W2103250092 cites W2113705163 @default.
• W2103250092 cites W2123086804 @default.
• W2103250092 cites W2131635906 @default.
• W2103250092 cites W2138956231 @default.
• W2103250092 cites W2139721641 @default.
• W2103250092 cites W2142957982 @default.
• W2103250092 cites W2145790586 @default.
• W2103250092 cites W2158601670 @default.
• W2103250092 cites W2283824430 @default.
• W2103250092 cites W2319615672 @default.
• W2103250092 cites W2339687181 @default.
• W2103250092 cites W2401297012 @default.
• W2103250092 cites W2411927066 @default.
• W2103250092 cites W2413322167 @default.
• W2103250092 cites W2415831369 @default.
• W2103250092 cites W2916683633 @default.
• W2103250092 cites W4211034564 @default.
• W2103250092 doi "https://doi.org/10.1152/jn.1999.81.4.1827" @default.
• W2103250092 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/10200217" @default.
• W2103250092 hasPublicationYear "1999" @default.
• W2103250092 type Work @default.
• W2103250092 sameAs 2103250092 @default.
• W2103250092 citedByCount "136" @default.
• W2103250092 countsByYear W21032500922012 @default.
• W2103250092 countsByYear W21032500922013 @default.
• W2103250092 countsByYear W21032500922014 @default.
• W2103250092 countsByYear W21032500922015 @default.
• W2103250092 countsByYear W21032500922016 @default.
• W2103250092 countsByYear W21032500922017 @default.
• W2103250092 countsByYear W21032500922018 @default.
• W2103250092 countsByYear W21032500922020 @default.
• W2103250092 countsByYear W21032500922021 @default.
• W2103250092 countsByYear W21032500922022 @default.
• W2103250092 countsByYear W21032500922023 @default.
• W2103250092 crossrefType "journal-article" @default.
• W2103250092 hasAuthorship W2103250092A5019148077 @default.
• W2103250092 hasAuthorship W2103250092A5054640156 @default.
• W2103250092 hasAuthorship W2103250092A5059911759 @default.
• W2103250092 hasConcept C10324989 @default.
• W2103250092 hasConcept C11054436 @default.

• next