FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2764155007> ?p ?o ?g. }

• W2764155007 endingPage "e0186221" @default.
• W2764155007 startingPage "e0186221" @default.
• W2764155007 abstract "Cognition is very important in our daily life. However, amblyopia has abnormal visual cognition. Physiological changes of the brain during processes of cognition could be reflected with ERPs. So the purpose of this study was to investigate the speed and the capacity of resource allocation in visual cognitive processing in orientation discrimination task during monocular and binocular viewing conditions of amblyopia and normal control as well as the corresponding eyes of the two groups with ERPs. We also sought to investigate whether the speed and the capacity of resource allocation in visual cognitive processing vary with target stimuli at different spatial frequencies (3, 6 and 9 cpd) in amblyopia and normal control as well as between the corresponding eyes of the two groups. Fifteen mild to moderate anisometropic amblyopes and ten normal controls were recruited. Three-stimulus oddball paradigms of three different spatial frequency orientation discrimination tasks were used in monocular and binocular conditions in amblyopes and normal controls to elicit event-related potentials (ERPs). Accuracy (ACC), reaction time (RT), the latency of novelty P300 and P3b, and the amplitude of novelty P300 and P3b were measured. Results showed that RT was longer in the amblyopic eye than in both eyes of amblyopia and non-dominant eye in control. Novelty P300 amplitude was largest in the amblyopic eye, followed by the fellow eye, and smallest in both eyes of amblyopia. Novelty P300 amplitude was larger in the amblyopic eye than non-dominant eye and was larger in fellow eye than dominant eye. P3b latency was longer in the amblyopic eye than in the fellow eye, both eyes of amblyopia and non-dominant eye of control. P3b latency was not associated with RT in amblyopia. Neural responses of the amblyopic eye are abnormal at the middle and late stages of cognitive processing, indicating that the amblyopic eye needs to spend more time or integrate more resources to process the same visual task. Fellow eye and both eyes in amblyopia are slightly different from the dominant eye and both eyes in normal control at the middle and late stages of cognitive processing. Meanwhile, abnormal extents of amblyopic eye do not vary with three different spatial frequencies used in our study." @default.
• W2764155007 created "2017-10-20" @default.
• W2764155007 creator A5028713964 @default.
• W2764155007 creator A5038974262 @default.
• W2764155007 creator A5053710949 @default.
• W2764155007 creator A5066585094 @default.
• W2764155007 creator A5076246850 @default.
• W2764155007 creator A5076356440 @default.
• W2764155007 date "2017-10-12" @default.
• W2764155007 modified "2023-09-26" @default.
• W2764155007 title "Cognitive processing of orientation discrimination in anisometropic amblyopia" @default.
• W2764155007 cites W121847476 @default.
• W2764155007 cites W1232834536 @default.
• W2764155007 cites W1251147732 @default.
• W2764155007 cites W1419556679 @default.
• W2764155007 cites W1497355957 @default.
• W2764155007 cites W1582695197 @default.
• W2764155007 cites W1606328975 @default.
• W2764155007 cites W1619903185 @default.
• W2764155007 cites W1965544466 @default.
• W2764155007 cites W1967322366 @default.
• W2764155007 cites W1967938755 @default.
• W2764155007 cites W1969444947 @default.
• W2764155007 cites W1970624988 @default.
• W2764155007 cites W1973584920 @default.
• W2764155007 cites W1977474403 @default.
• W2764155007 cites W1980334741 @default.
• W2764155007 cites W1997280537 @default.
• W2764155007 cites W1999567494 @default.
• W2764155007 cites W2001235665 @default.
• W2764155007 cites W2001493343 @default.
• W2764155007 cites W2001539836 @default.
• W2764155007 cites W2002261509 @default.
• W2764155007 cites W2002409151 @default.
• W2764155007 cites W2004277608 @default.
• W2764155007 cites W2005404203 @default.
• W2764155007 cites W2006667266 @default.
• W2764155007 cites W2008848120 @default.
• W2764155007 cites W2010836302 @default.
• W2764155007 cites W2016599689 @default.
• W2764155007 cites W2017942809 @default.
• W2764155007 cites W2022688266 @default.
• W2764155007 cites W2031146923 @default.
• W2764155007 cites W2034052021 @default.
• W2764155007 cites W2037965109 @default.
• W2764155007 cites W2039406936 @default.
• W2764155007 cites W2040842994 @default.
• W2764155007 cites W2054674481 @default.
• W2764155007 cites W2056250664 @default.
• W2764155007 cites W2060504746 @default.
• W2764155007 cites W2063875473 @default.
• W2764155007 cites W2070067727 @default.
• W2764155007 cites W2071541021 @default.
• W2764155007 cites W2073920962 @default.
• W2764155007 cites W2075551021 @default.
• W2764155007 cites W2077928338 @default.
• W2764155007 cites W2079035297 @default.
• W2764155007 cites W2085757162 @default.
• W2764155007 cites W2086213036 @default.
• W2764155007 cites W2095784025 @default.
• W2764155007 cites W2099210839 @default.
• W2764155007 cites W2104640717 @default.
• W2764155007 cites W2114958655 @default.
• W2764155007 cites W2116767216 @default.
• W2764155007 cites W2122554847 @default.
• W2764155007 cites W213027892 @default.
• W2764155007 cites W2135961695 @default.
• W2764155007 cites W2137537989 @default.
• W2764155007 cites W2140310204 @default.
• W2764155007 cites W2154429219 @default.
• W2764155007 cites W2161547344 @default.
• W2764155007 cites W2168213792 @default.
• W2764155007 cites W2313941087 @default.
• W2764155007 cites W2395649522 @default.
• W2764155007 cites W2415617932 @default.
• W2764155007 cites W2423540713 @default.
• W2764155007 cites W2478463401 @default.
• W2764155007 cites W4239259035 @default.
• W2764155007 cites W66916260 @default.
• W2764155007 doi "https://doi.org/10.1371/journal.pone.0186221" @default.
• W2764155007 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5638445" @default.
• W2764155007 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29023501" @default.
• W2764155007 hasPublicationYear "2017" @default.
• W2764155007 type Work @default.
• W2764155007 sameAs 2764155007 @default.
• W2764155007 citedByCount "5" @default.
• W2764155007 countsByYear W27641550072018 @default.
• W2764155007 countsByYear W27641550072020 @default.
• W2764155007 countsByYear W27641550072021 @default.
• W2764155007 countsByYear W27641550072022 @default.
• W2764155007 crossrefType "journal-article" @default.
• W2764155007 hasAuthorship W2764155007A5028713964 @default.
• W2764155007 hasAuthorship W2764155007A5038974262 @default.
• W2764155007 hasAuthorship W2764155007A5053710949 @default.
• W2764155007 hasAuthorship W2764155007A5066585094 @default.
• W2764155007 hasAuthorship W2764155007A5076246850 @default.
• W2764155007 hasAuthorship W2764155007A5076356440 @default.
• W2764155007 hasBestOaLocation W27641550071 @default.

• next