FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4221120403> ?p ?o ?g. }

• W4221120403 abstract "Abstract Verbal fluency (VF) is a heterogeneous cognitive function that requires executive as well as language abilities. The purpose of this study was to elucidate the specificity of the resting state MEG correlates of the executive and language components. To this end, we administered a VF test, another verbal test (Vocabulary), and another executive test (Trail Making Test), and we recorded 5-min eyes-open resting-state MEG data in 28 healthy participants. We used source-reconstructed spectral power estimates to compute correlation/anticorrelation MEG clusters with the performance at each test, as well as with the advantage in performance between tests, across individuals using cluster-level statistics in the standard frequency bands. By obtaining conjunction clusters between verbal fluency scores and factor loading obtained for verbal fluency and each of the two other tests, we showed a core of slow clusters (delta to beta) localized in the right hemisphere, in adjacent parts of the premotor, pre-central and post-central cortex in the mid-lateral regions related to executive monitoring. We also found slow parietal clusters bilaterally and a cluster in the gamma 2 and 3 bands in the left inferior frontal gyrus likely associated with phonological processing involved in verbal fluency." @default.
• W4221120403 created "2022-04-03" @default.
• W4221120403 creator A5015753341 @default.
• W4221120403 creator A5024885312 @default.
• W4221120403 creator A5035824049 @default.
• W4221120403 creator A5039922554 @default.
• W4221120403 creator A5049793490 @default.
• W4221120403 creator A5051870567 @default.
• W4221120403 creator A5055427963 @default.
• W4221120403 creator A5073331890 @default.
• W4221120403 creator A5083981396 @default.
• W4221120403 creator A5085557593 @default.
• W4221120403 date "2022-01-10" @default.
• W4221120403 modified "2023-10-17" @default.
• W4221120403 title "Magnetoencephalography resting-state correlates of executive and language components of verbal fluency" @default.
• W4221120403 cites W1965248225 @default.
• W4221120403 cites W1969273271 @default.
• W4221120403 cites W1971088291 @default.
• W4221120403 cites W1971129848 @default.
• W4221120403 cites W1978165201 @default.
• W4221120403 cites W1989045420 @default.
• W4221120403 cites W1996538430 @default.
• W4221120403 cites W2004293194 @default.
• W4221120403 cites W2014253335 @default.
• W4221120403 cites W2014502281 @default.
• W4221120403 cites W2016584175 @default.
• W4221120403 cites W2016954751 @default.
• W4221120403 cites W2016980059 @default.
• W4221120403 cites W2019930104 @default.
• W4221120403 cites W2020055733 @default.
• W4221120403 cites W2024069457 @default.
• W4221120403 cites W2035258898 @default.
• W4221120403 cites W2036096291 @default.
• W4221120403 cites W2037988383 @default.
• W4221120403 cites W2043303983 @default.
• W4221120403 cites W2048939758 @default.
• W4221120403 cites W2062876788 @default.
• W4221120403 cites W2079507529 @default.
• W4221120403 cites W2084576127 @default.
• W4221120403 cites W2087030957 @default.
• W4221120403 cites W2097417469 @default.
• W4221120403 cites W2098182568 @default.
• W4221120403 cites W2106848425 @default.
• W4221120403 cites W2108015428 @default.
• W4221120403 cites W2111613011 @default.
• W4221120403 cites W2111902267 @default.
• W4221120403 cites W2113142053 @default.
• W4221120403 cites W2124517301 @default.
• W4221120403 cites W2135074994 @default.
• W4221120403 cites W2135894974 @default.
• W4221120403 cites W2137374537 @default.
• W4221120403 cites W2140076070 @default.
• W4221120403 cites W2150375089 @default.
• W4221120403 cites W2154474797 @default.
• W4221120403 cites W2157840419 @default.
• W4221120403 cites W2165116114 @default.
• W4221120403 cites W2166949480 @default.
• W4221120403 cites W2169683381 @default.
• W4221120403 cites W2174056659 @default.
• W4221120403 cites W2199175475 @default.
• W4221120403 cites W2346240097 @default.
• W4221120403 cites W2598959568 @default.
• W4221120403 cites W2762543213 @default.
• W4221120403 cites W2786198454 @default.
• W4221120403 cites W2804381235 @default.
• W4221120403 cites W2919431650 @default.
• W4221120403 cites W2951529333 @default.
• W4221120403 cites W2952161578 @default.
• W4221120403 cites W2955844975 @default.
• W4221120403 cites W3012238410 @default.
• W4221120403 cites W3023265517 @default.
• W4221120403 cites W3039891091 @default.
• W4221120403 cites W3202391304 @default.
• W4221120403 cites W4212844288 @default.
• W4221120403 doi "https://doi.org/10.1038/s41598-021-03829-0" @default.
• W4221120403 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35013361" @default.
• W4221120403 hasPublicationYear "2022" @default.
• W4221120403 type Work @default.
• W4221120403 citedByCount "1" @default.
• W4221120403 countsByYear W42211204032022 @default.
• W4221120403 crossrefType "journal-article" @default.
• W4221120403 hasAuthorship W4221120403A5015753341 @default.
• W4221120403 hasAuthorship W4221120403A5024885312 @default.
• W4221120403 hasAuthorship W4221120403A5035824049 @default.
• W4221120403 hasAuthorship W4221120403A5039922554 @default.
• W4221120403 hasAuthorship W4221120403A5049793490 @default.
• W4221120403 hasAuthorship W4221120403A5051870567 @default.
• W4221120403 hasAuthorship W4221120403A5055427963 @default.
• W4221120403 hasAuthorship W4221120403A5073331890 @default.
• W4221120403 hasAuthorship W4221120403A5083981396 @default.
• W4221120403 hasAuthorship W4221120403A5085557593 @default.
• W4221120403 hasBestOaLocation W42211204031 @default.
• W4221120403 hasConcept C14216870 @default.
• W4221120403 hasConcept C145420912 @default.
• W4221120403 hasConcept C15744967 @default.
• W4221120403 hasConcept C169760540 @default.
• W4221120403 hasConcept C169900460 @default.
• W4221120403 hasConcept C180747234 @default.
• W4221120403 hasConcept C2775968953 @default.
• W4221120403 hasConcept C2777413886 @default.

• next