Matches in SemOpenAlex for { <https://semopenalex.org/work/W2983285143> ?p ?o ?g. }
- W2983285143 endingPage "203" @default.
- W2983285143 startingPage "197" @default.
- W2983285143 abstract "Micro fractional anisotropy (μFA) is more accurate than conventional fractional anisotropy (FA) for assessing microscopic tissue properties and can overcome limitations related to crossing white matter fibres. We compared μFA and FA for evaluating white matter changes in patients with Parkinson's disease (PD).We compared FA and μFA measures between 25 patients with PD and 25 age- and gender-matched healthy controls using tract-based spatial statistics (TBSS) analysis. We also examined potential correlations between changes, revealed by conventional FA or μFA, and disease duration or Unified Parkinson's Disease Rating Scale (UPDRS)-III scores.Compared with healthy controls, patients with PD had significantly reduced μFA values, mainly in the anterior corona radiata (ACR). In the PD group, μFA values (primarily those from the ACR) were significantly negatively correlated with UPDRS-III motor scores. No significant changes or correlations with disease duration or UPDRS-III scores with tissue properties were detected using conventional FA.μFA can evaluate microstructural changes that occur during white matter degeneration in patients with PD and may overcome a key limitation of FA." @default.
- W2983285143 created "2019-11-22" @default.
- W2983285143 creator A5003329623 @default.
- W2983285143 creator A5013892365 @default.
- W2983285143 creator A5014705038 @default.
- W2983285143 creator A5018474376 @default.
- W2983285143 creator A5021128318 @default.
- W2983285143 creator A5024016547 @default.
- W2983285143 creator A5027563505 @default.
- W2983285143 creator A5044340238 @default.
- W2983285143 creator A5049583207 @default.
- W2983285143 creator A5051043193 @default.
- W2983285143 creator A5056861795 @default.
- W2983285143 creator A5062074210 @default.
- W2983285143 creator A5069360446 @default.
- W2983285143 creator A5080347210 @default.
- W2983285143 creator A5084465197 @default.
- W2983285143 creator A5089516155 @default.
- W2983285143 creator A5090674915 @default.
- W2983285143 creator A5091368226 @default.
- W2983285143 date "2019-11-04" @default.
- W2983285143 modified "2023-10-16" @default.
- W2983285143 title "Evaluation of white matter microstructure in patients with Parkinson’s disease using microscopic fractional anisotropy" @default.
- W2983285143 cites W1556847535 @default.
- W2983285143 cites W1597940528 @default.
- W2983285143 cites W1897400833 @default.
- W2983285143 cites W1921578113 @default.
- W2983285143 cites W1991073726 @default.
- W2983285143 cites W1997222702 @default.
- W2983285143 cites W2004006028 @default.
- W2983285143 cites W2022530159 @default.
- W2983285143 cites W2032254014 @default.
- W2983285143 cites W2057220538 @default.
- W2983285143 cites W2065472078 @default.
- W2983285143 cites W2069816444 @default.
- W2983285143 cites W2073449985 @default.
- W2983285143 cites W2073729522 @default.
- W2983285143 cites W2085048179 @default.
- W2983285143 cites W2087812097 @default.
- W2983285143 cites W2092462980 @default.
- W2983285143 cites W2097687694 @default.
- W2983285143 cites W2098703664 @default.
- W2983285143 cites W2106935339 @default.
- W2983285143 cites W2112455323 @default.
- W2983285143 cites W2113147609 @default.
- W2983285143 cites W2116823839 @default.
- W2983285143 cites W2116940908 @default.
- W2983285143 cites W2117480798 @default.
- W2983285143 cites W2127309075 @default.
- W2983285143 cites W2131881760 @default.
- W2983285143 cites W2151854373 @default.
- W2983285143 cites W2152316935 @default.
- W2983285143 cites W2335652991 @default.
- W2983285143 cites W2413955537 @default.
- W2983285143 cites W2492502187 @default.
- W2983285143 cites W2586815255 @default.
- W2983285143 cites W2621775373 @default.
- W2983285143 cites W2767819389 @default.
- W2983285143 cites W2773236225 @default.
- W2983285143 cites W2791703324 @default.
- W2983285143 cites W2802748217 @default.
- W2983285143 cites W2896849966 @default.
- W2983285143 cites W2908664706 @default.
- W2983285143 cites W2950852908 @default.
- W2983285143 cites W2961957244 @default.
- W2983285143 cites W2977883299 @default.
- W2983285143 cites W632719117 @default.
- W2983285143 doi "https://doi.org/10.1007/s00234-019-02301-1" @default.
- W2983285143 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31680195" @default.
- W2983285143 hasPublicationYear "2019" @default.
- W2983285143 type Work @default.
- W2983285143 sameAs 2983285143 @default.
- W2983285143 citedByCount "6" @default.
- W2983285143 countsByYear W29832851432020 @default.
- W2983285143 countsByYear W29832851432021 @default.
- W2983285143 countsByYear W29832851432022 @default.
- W2983285143 countsByYear W29832851432023 @default.
- W2983285143 crossrefType "journal-article" @default.
- W2983285143 hasAuthorship W2983285143A5003329623 @default.
- W2983285143 hasAuthorship W2983285143A5013892365 @default.
- W2983285143 hasAuthorship W2983285143A5014705038 @default.
- W2983285143 hasAuthorship W2983285143A5018474376 @default.
- W2983285143 hasAuthorship W2983285143A5021128318 @default.
- W2983285143 hasAuthorship W2983285143A5024016547 @default.
- W2983285143 hasAuthorship W2983285143A5027563505 @default.
- W2983285143 hasAuthorship W2983285143A5044340238 @default.
- W2983285143 hasAuthorship W2983285143A5049583207 @default.
- W2983285143 hasAuthorship W2983285143A5051043193 @default.
- W2983285143 hasAuthorship W2983285143A5056861795 @default.
- W2983285143 hasAuthorship W2983285143A5062074210 @default.
- W2983285143 hasAuthorship W2983285143A5069360446 @default.
- W2983285143 hasAuthorship W2983285143A5080347210 @default.
- W2983285143 hasAuthorship W2983285143A5084465197 @default.
- W2983285143 hasAuthorship W2983285143A5089516155 @default.
- W2983285143 hasAuthorship W2983285143A5090674915 @default.
- W2983285143 hasAuthorship W2983285143A5091368226 @default.
- W2983285143 hasBestOaLocation W29832851432 @default.
- W2983285143 hasConcept C118552586 @default.