FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2767709153> ?p ?o ?g. }

• W2767709153 endingPage "29" @default.
• W2767709153 startingPage "21" @default.
• W2767709153 abstract "Movement is traditionally viewed as a process that involves motor brain regions. However, movement also implicates non-motor regions such as prefrontal and parietal cortex, regions whose integrity may thus be important for motor recovery after stroke. Importantly, focal brain damage can affect neural functioning within and between distinct brain networks implicated in the damage. The aim of this study is to investigate how resting state connectivity (rs-connectivity) within and between motor and frontoparietal networks are affected post-stroke in correlation with motor outcome. Twenty-seven participants with chronic stroke with unilateral upper limb deficits underwent motor assessments and magnetic resonance imaging. Participants completed the Chedoke-McMaster Stroke Assessment as a measure of arm (CMSA-Arm) and hand (CMSA-Hand) impairment and the Action Research Arm Test (ARAT) as a measure of motor function. We used a seed-based rs-connectivity approach defining the motor (seed = contralesional primary motor cortex (M1)) and frontoparietal (seed = contralesional dorsolateral prefrontal cortex (DLPFC)) networks. We analyzed the rs-connectivity within each network (intra-network connectivity) and between both networks (inter-network connectivity), and performed correlations between: a) intra-network connectivity and motor assessment scores; b) inter-network connectivity and motor assessment scores. We found: a) Participants with high rs-connectivity within the motor network (between M1 and supplementary motor area) have higher CMSA-Hand stage (z = 3.62, p = 0.003) and higher ARAT score (z = 3.41, p = 0.02). Rs-connectivity within the motor network was not significantly correlated with CMSA-Arm stage (z = 1.83, p > 0.05); b) Participants with high rs-connectivity within the frontoparietal network (between DLPFC and mid-ventrolateral prefrontal cortex) have higher CMSA-Hand stage (z = 3.64, p = 0.01). Rs-connectivity within the frontoparietal network was not significantly correlated with CMSA-Arm stage (z = 0.93, p = 0.03) or ARAT score (z = 2.53, p = 0.05); and c) Participants with high rs-connectivity between motor and frontoparietal networks have higher CMSA-Hand stage (rs = 0.54, p = 0.01) and higher ARAT score (rs = 0.54, p = 0.009). Rs-connectivity between the motor and frontoparietal networks was not significantly correlated with CMSA-Arm stage (rs = 0.34, p = 0.13). Taken together, the connectivity within and between the motor and frontoparietal networks correlate with motor outcome post-stroke. The integrity of these regions may be important for an individual's motor outcome. Motor-frontoparietal connectivity may be a potential biomarker of motor recovery post-stroke." @default.
• W2767709153 created "2017-11-17" @default.
• W2767709153 creator A5011973430 @default.
• W2767709153 creator A5018538172 @default.
• W2767709153 creator A5021987230 @default.
• W2767709153 creator A5035030130 @default.
• W2767709153 creator A5039613934 @default.
• W2767709153 creator A5040635626 @default.
• W2767709153 creator A5051665027 @default.
• W2767709153 creator A5058811139 @default.
• W2767709153 creator A5071429304 @default.
• W2767709153 creator A5074719726 @default.
• W2767709153 creator A5076418675 @default.
• W2767709153 date "2018-01-01" @default.
• W2767709153 modified "2023-10-16" @default.
• W2767709153 title "Neural coupling between contralesional motor and frontoparietal networks correlates with motor ability in individuals with chronic stroke" @default.
• W2767709153 cites W1574569851 @default.
• W2767709153 cites W1773066619 @default.
• W2767709153 cites W1876731133 @default.
• W2767709153 cites W1965200637 @default.
• W2767709153 cites W1983185375 @default.
• W2767709153 cites W1986245899 @default.
• W2767709153 cites W1998929270 @default.
• W2767709153 cites W2006381553 @default.
• W2767709153 cites W2009208554 @default.
• W2767709153 cites W2009494091 @default.
• W2767709153 cites W2009531868 @default.
• W2767709153 cites W2013360825 @default.
• W2767709153 cites W2016954751 @default.
• W2767709153 cites W2019930104 @default.
• W2767709153 cites W2022424636 @default.
• W2767709153 cites W2026597814 @default.
• W2767709153 cites W2027712015 @default.
• W2767709153 cites W2031170841 @default.
• W2767709153 cites W2039539255 @default.
• W2767709153 cites W2041667619 @default.
• W2767709153 cites W2051047048 @default.
• W2767709153 cites W2052816647 @default.
• W2767709153 cites W2053646390 @default.
• W2767709153 cites W2060928082 @default.
• W2767709153 cites W2062596688 @default.
• W2767709153 cites W2067011385 @default.
• W2767709153 cites W2072170505 @default.
• W2767709153 cites W2073535792 @default.
• W2767709153 cites W2078377297 @default.
• W2767709153 cites W2079124738 @default.
• W2767709153 cites W2079450984 @default.
• W2767709153 cites W2082359245 @default.
• W2767709153 cites W2088476185 @default.
• W2767709153 cites W2107751769 @default.
• W2767709153 cites W2116926937 @default.
• W2767709153 cites W2117024211 @default.
• W2767709153 cites W2117140276 @default.
• W2767709153 cites W2125757815 @default.
• W2767709153 cites W2127890285 @default.
• W2767709153 cites W2130713064 @default.
• W2767709153 cites W2137704770 @default.
• W2767709153 cites W2137916523 @default.
• W2767709153 cites W2138018307 @default.
• W2767709153 cites W2138092999 @default.
• W2767709153 cites W2138807694 @default.
• W2767709153 cites W2142245130 @default.
• W2767709153 cites W2143909130 @default.
• W2767709153 cites W2151137320 @default.
• W2767709153 cites W2151436330 @default.
• W2767709153 cites W2152380947 @default.
• W2767709153 cites W2153770049 @default.
• W2767709153 cites W2154474797 @default.
• W2767709153 cites W2157729546 @default.
• W2767709153 cites W2160545525 @default.
• W2767709153 cites W2169756771 @default.
• W2767709153 cites W2170418363 @default.
• W2767709153 cites W2472295098 @default.
• W2767709153 cites W2554964723 @default.
• W2767709153 cites W2977883299 @default.
• W2767709153 cites W4250094290 @default.
• W2767709153 doi "https://doi.org/10.1016/j.jns.2017.11.007" @default.
• W2767709153 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29249372" @default.
• W2767709153 hasPublicationYear "2018" @default.
• W2767709153 type Work @default.
• W2767709153 sameAs 2767709153 @default.
• W2767709153 citedByCount "21" @default.
• W2767709153 countsByYear W27677091532019 @default.
• W2767709153 countsByYear W27677091532020 @default.
• W2767709153 countsByYear W27677091532021 @default.
• W2767709153 countsByYear W27677091532022 @default.
• W2767709153 countsByYear W27677091532023 @default.
• W2767709153 crossrefType "journal-article" @default.
• W2767709153 hasAuthorship W2767709153A5011973430 @default.
• W2767709153 hasAuthorship W2767709153A5018538172 @default.
• W2767709153 hasAuthorship W2767709153A5021987230 @default.
• W2767709153 hasAuthorship W2767709153A5035030130 @default.
• W2767709153 hasAuthorship W2767709153A5039613934 @default.
• W2767709153 hasAuthorship W2767709153A5040635626 @default.
• W2767709153 hasAuthorship W2767709153A5051665027 @default.
• W2767709153 hasAuthorship W2767709153A5058811139 @default.
• W2767709153 hasAuthorship W2767709153A5071429304 @default.
• W2767709153 hasAuthorship W2767709153A5074719726 @default.

• next