FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2164422676> ?p ?o ?g. }

• W2164422676 endingPage "212" @default.
• W2164422676 startingPage "201" @default.
• W2164422676 abstract "Although it has long been known that practicing a motor task with one limb can improve performance with the limb opposite, the mechanisms remain poorly understood. Here we tested the hypothesis that improved performance with the untrained limb on a fastest possible (i.e. ballistic) movement task depends partly on cortical circuits located ipsilateral to the trained limb. The idea that crossed effects, which are important for the learning process, might occur in the ‘untrained’ hemisphere following ballistic training is based on the observation that tasks requiring strong descending drive generate extensive bilateral cortical activity. Twenty-one volunteers practiced a ballistic index finger abduction task with their right hand, and corticospinal excitability was assessed in two hand muscles (first dorsal interosseus, FDI; adductor digiti minimi, ADM). Eight control subjects did not train. After training, repetitive transcranial magnetic stimulation (rTMS; 15 min at 1 Hz) was applied to the left (trained) or right (untrained) motor cortex to induce a ‘virtual lesion’. A third training group received sham rTMS, and control subjects received rTMS to the right motor cortex. Performance and corticospinal excitability (for FDI) increased in both hands for training but not control subjects. rTMS of the left, trained motor cortex specifically reduced training-induced gains in motor performance for the right, trained hand, and rTMS of the right, untrained motor cortex specifically reduced performance gains for the left, untrained hand. Thus, cortical processes within the untrained hemisphere, ipsilateral to the trained hand, contribute to early retention of ballistic performance gains for the untrained limb." @default.
• W2164422676 created "2016-06-24" @default.
• W2164422676 creator A5019671194 @default.
• W2164422676 creator A5069667659 @default.
• W2164422676 creator A5073013659 @default.
• W2164422676 creator A5075835913 @default.
• W2164422676 date "2010-01-01" @default.
• W2164422676 modified "2023-10-17" @default.
• W2164422676 title "The ipsilateral motor cortex contributes to cross-limb transfer of performance gains after ballistic motor practice" @default.
• W2164422676 cites W1530428084 @default.
• W2164422676 cites W1594959620 @default.
• W2164422676 cites W1876623515 @default.
• W2164422676 cites W1905021323 @default.
• W2164422676 cites W1964337608 @default.
• W2164422676 cites W1966127376 @default.
• W2164422676 cites W1966435499 @default.
• W2164422676 cites W1967747859 @default.
• W2164422676 cites W1969082818 @default.
• W2164422676 cites W1970656481 @default.
• W2164422676 cites W1975080710 @default.
• W2164422676 cites W1976232249 @default.
• W2164422676 cites W1983948453 @default.
• W2164422676 cites W1986717524 @default.
• W2164422676 cites W1991148953 @default.
• W2164422676 cites W1992010428 @default.
• W2164422676 cites W1996068683 @default.
• W2164422676 cites W2000764921 @default.
• W2164422676 cites W2010969017 @default.
• W2164422676 cites W2018139345 @default.
• W2164422676 cites W2018682987 @default.
• W2164422676 cites W2029400544 @default.
• W2164422676 cites W2030122049 @default.
• W2164422676 cites W2034753893 @default.
• W2164422676 cites W2035088112 @default.
• W2164422676 cites W2040931157 @default.
• W2164422676 cites W2049208422 @default.
• W2164422676 cites W2049524944 @default.
• W2164422676 cites W2062472953 @default.
• W2164422676 cites W2065371287 @default.
• W2164422676 cites W2067608252 @default.
• W2164422676 cites W2068576353 @default.
• W2164422676 cites W2073435070 @default.
• W2164422676 cites W2076605544 @default.
• W2164422676 cites W2079966829 @default.
• W2164422676 cites W2081169891 @default.
• W2164422676 cites W2085804276 @default.
• W2164422676 cites W2089063048 @default.
• W2164422676 cites W2092299603 @default.
• W2164422676 cites W2093311705 @default.
• W2164422676 cites W2093364329 @default.
• W2164422676 cites W2096273510 @default.
• W2164422676 cites W2096722100 @default.
• W2164422676 cites W2113176627 @default.
• W2164422676 cites W2114339641 @default.
• W2164422676 cites W2118536546 @default.
• W2164422676 cites W2119967055 @default.
• W2164422676 cites W2126083605 @default.
• W2164422676 cites W2128478419 @default.
• W2164422676 cites W2129235298 @default.
• W2164422676 cites W2136022845 @default.
• W2164422676 cites W2140107403 @default.
• W2164422676 cites W2144828882 @default.
• W2164422676 cites W2150678446 @default.
• W2164422676 cites W2151960730 @default.
• W2164422676 cites W2161113761 @default.
• W2164422676 cites W2164748597 @default.
• W2164422676 cites W2166283881 @default.
• W2164422676 cites W2167648017 @default.
• W2164422676 cites W2171461222 @default.
• W2164422676 cites W2333458644 @default.
• W2164422676 cites W2357092745 @default.
• W2164422676 cites W3207108358 @default.
• W2164422676 cites W4234399578 @default.
• W2164422676 doi "https://doi.org/10.1113/jphysiol.2009.183855" @default.
• W2164422676 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2821559" @default.
• W2164422676 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19917563" @default.
• W2164422676 hasPublicationYear "2010" @default.
• W2164422676 type Work @default.
• W2164422676 sameAs 2164422676 @default.
• W2164422676 citedByCount "166" @default.
• W2164422676 countsByYear W21644226762012 @default.
• W2164422676 countsByYear W21644226762013 @default.
• W2164422676 countsByYear W21644226762014 @default.
• W2164422676 countsByYear W21644226762015 @default.
• W2164422676 countsByYear W21644226762016 @default.
• W2164422676 countsByYear W21644226762017 @default.
• W2164422676 countsByYear W21644226762018 @default.
• W2164422676 countsByYear W21644226762019 @default.
• W2164422676 countsByYear W21644226762020 @default.
• W2164422676 countsByYear W21644226762021 @default.
• W2164422676 countsByYear W21644226762022 @default.
• W2164422676 countsByYear W21644226762023 @default.
• W2164422676 crossrefType "journal-article" @default.
• W2164422676 hasAuthorship W2164422676A5019671194 @default.
• W2164422676 hasAuthorship W2164422676A5069667659 @default.
• W2164422676 hasAuthorship W2164422676A5073013659 @default.
• W2164422676 hasAuthorship W2164422676A5075835913 @default.
• W2164422676 hasBestOaLocation W21644226762 @default.

• next