FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2968103650> ?p ?o ?g. }

• W2968103650 abstract "Background. Prior work indicates that 50-75% of individuals post-hemiparetic stroke have upper-extremity weakness and, in turn, inaccurately judge the relative torques that their arms generate during a bimanual task. Recent findings also reveal that these individuals judge the relative torques their arms generate differently depending on whether they reference their paretic versus non-paretic arm. Objective. Our goal was to determine whether individuals with hemiparetic stroke inaccurately matched torques between arms, regardless of the arm that they referenced. Methods. Fifteen participants with hemiparetic stroke and ten right-hand dominant controls matched torques between arms. Participants performed this task with their right arm referencing their left arm, and vice versa. Participants generated 1) 5Nm and 2) 25% of their reference elbow’s maximum voluntary torque (MVT) in flexion and extension using their reference arm while receiving audiovisual feedback. Then, participants matched the reference torque using their opposite arm without receiving feedback on their matching performance. Results. Participants with stroke had greater magnitudes of error in matching torques than controls when referencing their paretic arm (p0.050). The mean magnitude of error when participants with stroke referenced their paretic and non-paretic arm and controls referenced their dominant and non-dominant arm to generate 5Nm in flexion was 9.4Nm, 2.6Nm, 4.2Nm, and 2.5Nm, respectively, and in extension was 5.3Nm, 2.8Nm, 2.5Nm, and 2.3Nm, respectively. However, when the torques generated at each arm were normalized by the corresponding MVT, no differences were found in matching errors regardless of the arm participants referenced (p>0.050). Conclusions. Results demonstrate the importance of the arm referenced, i.e., paretic versus non-paretic, on how accurately individuals post-hemiparetic stroke judge their torques during a bimanual task. Results also indicate that individuals with hemiparetic stroke judge torques primarily based on their perceived effort. Finally, findings support the notion that training individuals post-hemiparetic stroke to accurately perceive their self-generated torques, with a focus of their non-paretic arm in relation to their paretic arm, may lead to an improved ability to perform bimanual activities of daily living." @default.
• W2968103650 created "2019-08-22" @default.
• W2968103650 creator A5010119874 @default.
• W2968103650 creator A5060691247 @default.
• W2968103650 creator A5081925011 @default.
• W2968103650 creator A5085152016 @default.
• W2968103650 date "2019-08-22" @default.
• W2968103650 modified "2023-10-18" @default.
• W2968103650 title "Accuracy of Individuals Post-hemiparetic Stroke in Matching Torques Between Arms Depends on the Arm Referenced" @default.
• W2968103650 cites W123781541 @default.
• W2968103650 cites W1492075388 @default.
• W2968103650 cites W1497431575 @default.
• W2968103650 cites W1589209408 @default.
• W2968103650 cites W161041478 @default.
• W2968103650 cites W1694568166 @default.
• W2968103650 cites W1814966798 @default.
• W2968103650 cites W1966819081 @default.
• W2968103650 cites W1968181716 @default.
• W2968103650 cites W1969511239 @default.
• W2968103650 cites W1970827623 @default.
• W2968103650 cites W1982491333 @default.
• W2968103650 cites W1983112321 @default.
• W2968103650 cites W1983818524 @default.
• W2968103650 cites W1987298241 @default.
• W2968103650 cites W1996930714 @default.
• W2968103650 cites W1999586653 @default.
• W2968103650 cites W2000353630 @default.
• W2968103650 cites W2010804248 @default.
• W2968103650 cites W2011028799 @default.
• W2968103650 cites W2012154384 @default.
• W2968103650 cites W2013795275 @default.
• W2968103650 cites W2016950006 @default.
• W2968103650 cites W2028014258 @default.
• W2968103650 cites W2028497959 @default.
• W2968103650 cites W2034493167 @default.
• W2968103650 cites W2038221447 @default.
• W2968103650 cites W2038506325 @default.
• W2968103650 cites W2039846627 @default.
• W2968103650 cites W2047060865 @default.
• W2968103650 cites W2053764399 @default.
• W2968103650 cites W2057714864 @default.
• W2968103650 cites W2061696957 @default.
• W2968103650 cites W2063181385 @default.
• W2968103650 cites W2063275876 @default.
• W2968103650 cites W2068878769 @default.
• W2968103650 cites W2073633782 @default.
• W2968103650 cites W2080958386 @default.
• W2968103650 cites W2082246284 @default.
• W2968103650 cites W2085419706 @default.
• W2968103650 cites W2085914147 @default.
• W2968103650 cites W2092443647 @default.
• W2968103650 cites W2097743775 @default.
• W2968103650 cites W2103241293 @default.
• W2968103650 cites W2104010292 @default.
• W2968103650 cites W2106507329 @default.
• W2968103650 cites W2110483809 @default.
• W2968103650 cites W2136022845 @default.
• W2968103650 cites W2137620073 @default.
• W2968103650 cites W2139550973 @default.
• W2968103650 cites W2156167699 @default.
• W2968103650 cites W2160485507 @default.
• W2968103650 cites W2160759275 @default.
• W2968103650 cites W2164938691 @default.
• W2968103650 cites W2170538682 @default.
• W2968103650 cites W2171190655 @default.
• W2968103650 cites W2175251909 @default.
• W2968103650 cites W2318370273 @default.
• W2968103650 cites W2334608080 @default.
• W2968103650 cites W2342105818 @default.
• W2968103650 cites W2411158441 @default.
• W2968103650 cites W2580792129 @default.
• W2968103650 cites W2744056563 @default.
• W2968103650 cites W2800428091 @default.
• W2968103650 cites W4206439534 @default.
• W2968103650 cites W4211191293 @default.
• W2968103650 cites W4234250239 @default.
• W2968103650 cites W4240216723 @default.
• W2968103650 cites W4292329040 @default.
• W2968103650 doi "https://doi.org/10.3389/fneur.2019.00921" @default.
• W2968103650 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6714296" @default.
• W2968103650 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31507523" @default.
• W2968103650 hasPublicationYear "2019" @default.
• W2968103650 type Work @default.
• W2968103650 sameAs 2968103650 @default.
• W2968103650 citedByCount "8" @default.
• W2968103650 countsByYear W29681036502019 @default.
• W2968103650 countsByYear W29681036502020 @default.
• W2968103650 countsByYear W29681036502021 @default.
• W2968103650 countsByYear W29681036502022 @default.
• W2968103650 countsByYear W29681036502023 @default.
• W2968103650 crossrefType "journal-article" @default.
• W2968103650 hasAuthorship W2968103650A5010119874 @default.
• W2968103650 hasAuthorship W2968103650A5060691247 @default.
• W2968103650 hasAuthorship W2968103650A5081925011 @default.
• W2968103650 hasAuthorship W2968103650A5085152016 @default.
• W2968103650 hasBestOaLocation W29681036501 @default.
• W2968103650 hasConcept C121332964 @default.
• W2968103650 hasConcept C141071460 @default.
• W2968103650 hasConcept C142724271 @default.
• W2968103650 hasConcept C144171764 @default.

• next