FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3146717345> ?p ?o ?g. }

• W3146717345 endingPage "102788" @default.
• W3146717345 startingPage "102788" @default.
• W3146717345 abstract "Abstract While a number of studies have focused on movement (a)symmetries between the arms in adults, less is known about movement asymmetries in typically developing children. The goal of this study was to examine interlimb differences in children when adapting to novel visuomotor and dynamic conditions while performing a center-out reaching task. We tested 13 right-handed children aged 9–11 years old. Prior to movement, one of eight targets arranged radially around the start position was randomly displayed. Movements were made either with the right (dominant) arm or the left (nondominant) arm. The children participated in two experiments separated by at least one week. In one experiment, subjects were exposed to a rotated visual display (30° about the start circle); and in the other, a 1 kg mass (attached eccentrically to the forearm axis). Each experiment consisted of three blocks: pre-exposure, exposure and post-exposure. Three measures of task performance were calculated from hand trajectory data: hand-path deviation from the straight target line, direction error at peak velocity and final position error. Results showed that during visuomotor adaptation, no interlimb differences were observed for any of the three measures. During dynamic adaptation, however, a significant difference between the arms was observed at the first cycle during dynamic adaptation. With regard to the aftereffects observed during the post-exposure block, direction error data indicate considerably large aftereffects for both arms during visuomotor adaptation; and there was a significant difference between the arms, resulting in substantially larger aftereffects for the right arm. Similarly, dynamic adaptation results also showed a significant difference between the arms; and post hoc analyses indicated that aftereffects were present only for the right arm. Collectively, these findings indicate that the dominant arm advantage for developing an internal model associated with a novel visuomotor or dynamic transform, as previously shown in young adults, may already be apparent at 9 to 11-year old children." @default.
• W3146717345 created "2021-04-13" @default.
• W3146717345 creator A5009543171 @default.
• W3146717345 creator A5037339588 @default.
• W3146717345 creator A5076489353 @default.
• W3146717345 date "2021-06-01" @default.
• W3146717345 modified "2023-10-16" @default.
• W3146717345 title "Interlimb differences in visuomotor and dynamic adaptation during targeted reaching in children" @default.
• W3146717345 cites W1501754186 @default.
• W3146717345 cites W1602991810 @default.
• W3146717345 cites W1967756932 @default.
• W3146717345 cites W1968510736 @default.
• W3146717345 cites W1974425068 @default.
• W3146717345 cites W1975108274 @default.
• W3146717345 cites W1976345086 @default.
• W3146717345 cites W1977669000 @default.
• W3146717345 cites W1980486755 @default.
• W3146717345 cites W1988375326 @default.
• W3146717345 cites W1993758046 @default.
• W3146717345 cites W1996406666 @default.
• W3146717345 cites W1997380981 @default.
• W3146717345 cites W2002300616 @default.
• W3146717345 cites W2005113187 @default.
• W3146717345 cites W2007675997 @default.
• W3146717345 cites W2013164731 @default.
• W3146717345 cites W2016300624 @default.
• W3146717345 cites W2017926442 @default.
• W3146717345 cites W2020662834 @default.
• W3146717345 cites W2021504575 @default.
• W3146717345 cites W2034624604 @default.
• W3146717345 cites W2044182690 @default.
• W3146717345 cites W2045748216 @default.
• W3146717345 cites W2051009534 @default.
• W3146717345 cites W2057113245 @default.
• W3146717345 cites W2058158142 @default.
• W3146717345 cites W2080773132 @default.
• W3146717345 cites W2094119710 @default.
• W3146717345 cites W2096955419 @default.
• W3146717345 cites W2097121325 @default.
• W3146717345 cites W2097815751 @default.
• W3146717345 cites W2099553567 @default.
• W3146717345 cites W2106507329 @default.
• W3146717345 cites W2109585728 @default.
• W3146717345 cites W2112177499 @default.
• W3146717345 cites W2116066437 @default.
• W3146717345 cites W2121703242 @default.
• W3146717345 cites W2124439162 @default.
• W3146717345 cites W2126576839 @default.
• W3146717345 cites W2130233546 @default.
• W3146717345 cites W2147320624 @default.
• W3146717345 cites W2153173448 @default.
• W3146717345 cites W2177644766 @default.
• W3146717345 cites W2203848466 @default.
• W3146717345 cites W2236249311 @default.
• W3146717345 cites W2250399789 @default.
• W3146717345 cites W2511684269 @default.
• W3146717345 cites W2589231345 @default.
• W3146717345 cites W2791603835 @default.
• W3146717345 cites W2793965809 @default.
• W3146717345 cites W2980132424 @default.
• W3146717345 cites W3006147805 @default.
• W3146717345 doi "https://doi.org/10.1016/j.humov.2021.102788" @default.
• W3146717345 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33798930" @default.
• W3146717345 hasPublicationYear "2021" @default.
• W3146717345 type Work @default.
• W3146717345 sameAs 3146717345 @default.
• W3146717345 citedByCount "2" @default.
• W3146717345 countsByYear W31467173452022 @default.
• W3146717345 countsByYear W31467173452023 @default.
• W3146717345 crossrefType "journal-article" @default.
• W3146717345 hasAuthorship W3146717345A5009543171 @default.
• W3146717345 hasAuthorship W3146717345A5037339588 @default.
• W3146717345 hasAuthorship W3146717345A5076489353 @default.
• W3146717345 hasBestOaLocation W31467173451 @default.
• W3146717345 hasConcept C138496976 @default.
• W3146717345 hasConcept C139807058 @default.
• W3146717345 hasConcept C15744967 @default.
• W3146717345 hasConcept C169760540 @default.
• W3146717345 hasConcept C180747234 @default.
• W3146717345 hasConcept C71924100 @default.
• W3146717345 hasConcept C99508421 @default.
• W3146717345 hasConceptScore W3146717345C138496976 @default.
• W3146717345 hasConceptScore W3146717345C139807058 @default.
• W3146717345 hasConceptScore W3146717345C15744967 @default.
• W3146717345 hasConceptScore W3146717345C169760540 @default.
• W3146717345 hasConceptScore W3146717345C180747234 @default.
• W3146717345 hasConceptScore W3146717345C71924100 @default.
• W3146717345 hasConceptScore W3146717345C99508421 @default.
• W3146717345 hasFunder F4320320997 @default.
• W3146717345 hasLocation W31467173451 @default.
• W3146717345 hasOpenAccess W3146717345 @default.
• W3146717345 hasPrimaryLocation W31467173451 @default.
• W3146717345 hasRelatedWork W1966008796 @default.
• W3146717345 hasRelatedWork W1983009630 @default.
• W3146717345 hasRelatedWork W2016713905 @default.
• W3146717345 hasRelatedWork W2030000401 @default.
• W3146717345 hasRelatedWork W2059552494 @default.
• W3146717345 hasRelatedWork W2064484569 @default.

• next