FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890434557> ?p ?o ?g. }

• W2890434557 endingPage "55" @default.
• W2890434557 startingPage "45" @default.
• W2890434557 abstract "Numerous studies have used functional magnetic resonance imaging (fMRI) to characterize functional connectivity between cortical regions by analyzing correlations in blood oxygenation level dependent (BOLD) signals in a resting state. However, to date, there have been only a handful of studies reporting resting state BOLD signals in white matter. Nonetheless, a growing number of reports has emerged in recent years suggesting white matter BOLD signals can be reliably detected, though their biophysical origins remain unclear. Moreover, recent studies have identified robust correlations in a resting state between signals from cortex and specific white matter tracts. In order to further validate and interpret these findings, we studied a non-human primate model to investigate resting-state connectivity patterns between parcellated cortical volumes and specific white matter bundles. Our results show that resting-state connectivity patterns between white and gray matter structures are not randomly distributed but share notable similarities with diffusion- and histology-derived anatomic connectivities. This suggests that resting-state BOLD correlations between white matter fiber tracts and the gray matter regions to which they connect are directly related to the anatomic arrangement and density of WM fibers. We also measured how different levels of baseline neural activity, induced by varying levels of anesthesia, modulate these patterns. As anesthesia levels were raised, we observed weakened correlation coefficients between specific white matter tracts and gray matter regions while key features of the connectivity pattern remained similar. Overall, results from this study provide further evidence that neural activity is detectable by BOLD fMRI in both gray and white matter throughout the resting brain. The combined use of gray and white matter functional connectivity could also offer refined full-scale functional parcellation of the entire brain to characterize its functional architecture." @default.
• W2890434557 created "2018-09-27" @default.
• W2890434557 creator A5016773409 @default.
• W2890434557 creator A5031488038 @default.
• W2890434557 creator A5036968518 @default.
• W2890434557 creator A5043315834 @default.
• W2890434557 creator A5044056811 @default.
• W2890434557 creator A5049091295 @default.
• W2890434557 creator A5056838937 @default.
• W2890434557 creator A5075870288 @default.
• W2890434557 creator A5090559873 @default.
• W2890434557 date "2019-01-01" @default.
• W2890434557 modified "2023-10-14" @default.
• W2890434557 title "Resting-state white matter-cortical connectivity in non-human primate brain" @default.
• W2890434557 cites W1967217032 @default.
• W2890434557 cites W1970695058 @default.
• W2890434557 cites W1976377049 @default.
• W2890434557 cites W1978593493 @default.
• W2890434557 cites W1982132327 @default.
• W2890434557 cites W1991530671 @default.
• W2890434557 cites W1999122053 @default.
• W2890434557 cites W2001516016 @default.
• W2890434557 cites W2001517601 @default.
• W2890434557 cites W2002529139 @default.
• W2890434557 cites W2009494091 @default.
• W2890434557 cites W2011320316 @default.
• W2890434557 cites W2015528614 @default.
• W2890434557 cites W2016843373 @default.
• W2890434557 cites W2023119733 @default.
• W2890434557 cites W2031097544 @default.
• W2890434557 cites W2033507564 @default.
• W2890434557 cites W2038427447 @default.
• W2890434557 cites W2040041872 @default.
• W2890434557 cites W2051426766 @default.
• W2890434557 cites W2053133374 @default.
• W2890434557 cites W2058255813 @default.
• W2890434557 cites W2059083758 @default.
• W2890434557 cites W2070369395 @default.
• W2890434557 cites W2075514568 @default.
• W2890434557 cites W2076465743 @default.
• W2890434557 cites W2084335923 @default.
• W2890434557 cites W2092497652 @default.
• W2890434557 cites W2093972428 @default.
• W2890434557 cites W2099875458 @default.
• W2890434557 cites W2111368510 @default.
• W2890434557 cites W2112579238 @default.
• W2890434557 cites W2127890285 @default.
• W2890434557 cites W2135390742 @default.
• W2890434557 cites W2135430763 @default.
• W2890434557 cites W2138092999 @default.
• W2890434557 cites W2143629049 @default.
• W2890434557 cites W2143919010 @default.
• W2890434557 cites W2150296457 @default.
• W2890434557 cites W2170167891 @default.
• W2890434557 cites W2172458890 @default.
• W2890434557 cites W2409191552 @default.
• W2890434557 cites W2418268691 @default.
• W2890434557 cites W2490556356 @default.
• W2890434557 cites W2528944770 @default.
• W2890434557 cites W2581845096 @default.
• W2890434557 cites W2590688054 @default.
• W2890434557 cites W2592320152 @default.
• W2890434557 cites W2610173433 @default.
• W2890434557 cites W2612129909 @default.
• W2890434557 cites W2618725683 @default.
• W2890434557 cites W2739206637 @default.
• W2890434557 cites W2780721078 @default.
• W2890434557 cites W831936796 @default.
• W2890434557 doi "https://doi.org/10.1016/j.neuroimage.2018.09.021" @default.
• W2890434557 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6250128" @default.
• W2890434557 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30205207" @default.
• W2890434557 hasPublicationYear "2019" @default.
• W2890434557 type Work @default.
• W2890434557 sameAs 2890434557 @default.
• W2890434557 citedByCount "24" @default.
• W2890434557 countsByYear W28904345572019 @default.
• W2890434557 countsByYear W28904345572020 @default.
• W2890434557 countsByYear W28904345572021 @default.
• W2890434557 countsByYear W28904345572022 @default.
• W2890434557 countsByYear W28904345572023 @default.
• W2890434557 crossrefType "journal-article" @default.
• W2890434557 hasAuthorship W2890434557A5016773409 @default.
• W2890434557 hasAuthorship W2890434557A5031488038 @default.
• W2890434557 hasAuthorship W2890434557A5036968518 @default.
• W2890434557 hasAuthorship W2890434557A5043315834 @default.
• W2890434557 hasAuthorship W2890434557A5044056811 @default.
• W2890434557 hasAuthorship W2890434557A5049091295 @default.
• W2890434557 hasAuthorship W2890434557A5056838937 @default.
• W2890434557 hasAuthorship W2890434557A5075870288 @default.
• W2890434557 hasAuthorship W2890434557A5090559873 @default.
• W2890434557 hasBestOaLocation W28904345572 @default.
• W2890434557 hasConcept C105702510 @default.
• W2890434557 hasConcept C126838900 @default.
• W2890434557 hasConcept C143409427 @default.
• W2890434557 hasConcept C149550507 @default.
• W2890434557 hasConcept C15744967 @default.
• W2890434557 hasConcept C166275286 @default.
• W2890434557 hasConcept C169760540 @default.

• next