FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2097591736> ?p ?o ?g. }

• W2097591736 endingPage "1803" @default.
• W2097591736 startingPage "1795" @default.
• W2097591736 abstract "This study sought to investigate the effects of manipulating social coordination on brain synchronization/de-synchronization in the mu band. Mu activation is associated with understanding and coordinating motor acts and may play a key role in mediating social interaction. Members of a dyad were required to interact with one another in a rhythmic finger movement coordination task under various instructions: intrinsic where each member of the dyad was instructed to maintain their own and ignore their partner's movement; in-phase where they were asked to synchronize with their partner's movement; and anti-phase where they were instructed to syncopate with their partner's movement. EEG and movement data were recorded simultaneously from both subjects during all three tasks and a control condition. Log power ratios of EEG activity in the active conditions versus control were used to assess the effect of task context on synchronization/de-synchronization in the mu spectral domain. Results showed clear and systematic modulation of mu band activity in the 10–12 Hz range as a function of coordination context. In the left hemisphere general levels of alpha-mu suppression increased progressively as one moved from intrinsic through in-phase to anti-phase contexts but with no specific central–parietal focus. In contrast the right hemisphere displayed context-specific changes in the central–parietal region. The intrinsic condition showed a right synchronization which disappeared with the in-phase context even as de-synchronization remained greater in the left hemisphere. Anti-phase was associated with larger mu suppression in the right in comparison with left at central–parietal region. Such asymmetrical changes were highly correlated with changing behavioral dynamics. These specific patterns of activation and deactivation of mu activity suggest that localized neural circuitry in right central–parietal regions mediates how individuals interpret the movements of others in the context of their own actions. A right sided mechanism in the 10–12 Hz range appears to be involved in integrating the mutual information among the members of a dyad that enables the dynamics of social interaction to unfold in time." @default.
• W2097591736 created "2016-06-24" @default.
• W2097591736 creator A5023827533 @default.
• W2097591736 creator A5054882631 @default.
• W2097591736 creator A5081751705 @default.
• W2097591736 creator A5086912687 @default.
• W2097591736 date "2012-01-01" @default.
• W2097591736 modified "2023-10-16" @default.
• W2097591736 title "Electrophysiological signatures of intentional social coordination in the 10–12Hz range" @default.
• W2097591736 cites W1966495274 @default.
• W2097591736 cites W1967524495 @default.
• W2097591736 cites W1982211966 @default.
• W2097591736 cites W1986163111 @default.
• W2097591736 cites W1986491632 @default.
• W2097591736 cites W1993149894 @default.
• W2097591736 cites W1995606710 @default.
• W2097591736 cites W1996895960 @default.
• W2097591736 cites W1997269921 @default.
• W2097591736 cites W1997652452 @default.
• W2097591736 cites W2005817178 @default.
• W2097591736 cites W2006057509 @default.
• W2097591736 cites W2006082701 @default.
• W2097591736 cites W2007884007 @default.
• W2097591736 cites W2008852507 @default.
• W2097591736 cites W2010538751 @default.
• W2097591736 cites W2016740912 @default.
• W2097591736 cites W2018020106 @default.
• W2097591736 cites W2018429676 @default.
• W2097591736 cites W2024560606 @default.
• W2097591736 cites W2025290778 @default.
• W2097591736 cites W2026593493 @default.
• W2097591736 cites W2027484750 @default.
• W2097591736 cites W2033046053 @default.
• W2097591736 cites W2037069496 @default.
• W2097591736 cites W2041306214 @default.
• W2097591736 cites W2051134452 @default.
• W2097591736 cites W2053589641 @default.
• W2097591736 cites W2054922983 @default.
• W2097591736 cites W2055540284 @default.
• W2097591736 cites W2055648027 @default.
• W2097591736 cites W2058725349 @default.
• W2097591736 cites W2061979338 @default.
• W2097591736 cites W2062250213 @default.
• W2097591736 cites W2066998469 @default.
• W2097591736 cites W2069278965 @default.
• W2097591736 cites W2075717557 @default.
• W2097591736 cites W2075743988 @default.
• W2097591736 cites W2079009360 @default.
• W2097591736 cites W2084336412 @default.
• W2097591736 cites W2086174007 @default.
• W2097591736 cites W2087581947 @default.
• W2097591736 cites W2092838600 @default.
• W2097591736 cites W2099452459 @default.
• W2097591736 cites W2106980598 @default.
• W2097591736 cites W2107974377 @default.
• W2097591736 cites W2112728582 @default.
• W2097591736 cites W2116308679 @default.
• W2097591736 cites W2117843795 @default.
• W2097591736 cites W2119858836 @default.
• W2097591736 cites W2120019338 @default.
• W2097591736 cites W2120751343 @default.
• W2097591736 cites W2136511704 @default.
• W2097591736 cites W2136921178 @default.
• W2097591736 cites W2137507212 @default.
• W2097591736 cites W2142548600 @default.
• W2097591736 cites W2145567744 @default.
• W2097591736 cites W2145945667 @default.
• W2097591736 cites W2152673832 @default.
• W2097591736 cites W2153396153 @default.
• W2097591736 cites W2157915068 @default.
• W2097591736 cites W2170418363 @default.
• W2097591736 cites W2176049311 @default.
• W2097591736 cites W2336274017 @default.
• W2097591736 cites W2883650166 @default.
• W2097591736 cites W3022532439 @default.
• W2097591736 cites W4242046816 @default.
• W2097591736 doi "https://doi.org/10.1016/j.neuroimage.2011.08.010" @default.
• W2097591736 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21871572" @default.
• W2097591736 hasPublicationYear "2012" @default.
• W2097591736 type Work @default.
• W2097591736 sameAs 2097591736 @default.
• W2097591736 citedByCount "98" @default.
• W2097591736 countsByYear W20975917362012 @default.
• W2097591736 countsByYear W20975917362013 @default.
• W2097591736 countsByYear W20975917362014 @default.
• W2097591736 countsByYear W20975917362015 @default.
• W2097591736 countsByYear W20975917362016 @default.
• W2097591736 countsByYear W20975917362017 @default.
• W2097591736 countsByYear W20975917362018 @default.
• W2097591736 countsByYear W20975917362019 @default.
• W2097591736 countsByYear W20975917362020 @default.
• W2097591736 countsByYear W20975917362021 @default.
• W2097591736 countsByYear W20975917362022 @default.
• W2097591736 countsByYear W20975917362023 @default.
• W2097591736 crossrefType "journal-article" @default.
• W2097591736 hasAuthorship W2097591736A5023827533 @default.
• W2097591736 hasAuthorship W2097591736A5054882631 @default.
• W2097591736 hasAuthorship W2097591736A5081751705 @default.

• next