Matches in SemOpenAlex for { <https://semopenalex.org/work/W4381435644> ?p ?o ?g. }
- W4381435644 endingPage "274" @default.
- W4381435644 startingPage "258" @default.
- W4381435644 abstract "The oscillatory brain activities reflect neuro-computational processes that are critical for speech production and sensorimotor control. In the present study, we used neural oscillations in left-hemisphere stroke survivors with aphasia as a model to investigate network-level functional connectivity deficits associated with disrupted speech auditory feedback control. Electroencephalography signals were recorded in 40 post-stroke aphasia and 39 neurologically intact control participants while they performed speech vowel production and listening tasks under pitch-shifted altered auditory feedback (AAF) conditions. Using weighted phase-lag index, we calculated broadband (1-70 Hz) functional neural connectivity between electrode pairs covering the frontal, pre- and post-central, and parietal regions. Results revealed reduced fronto-central delta and theta band and centro-parietal low-beta band connectivity in left-hemisphere electrodes associated with diminished speech AAF compensation responses in post-stroke aphasia compared with controls. Lesion-mapping analysis demonstrated that stroke-induced damage to multi-modal brain networks within the inferior frontal gyrus, Rolandic operculum, inferior parietal lobule, angular gyrus, and supramarginal gyrus predicted the reduced functional neural connectivity within the delta and low-beta bands during both tasks in aphasia. These results provide evidence that disrupted neural connectivity due to left-hemisphere brain damage can result in network-wide dysfunctions associated with impaired sensorimotor integration mechanisms for speech auditory feedback control." @default.
- W4381435644 created "2023-06-21" @default.
- W4381435644 creator A5017655617 @default.
- W4381435644 creator A5035783871 @default.
- W4381435644 date "2023-09-01" @default.
- W4381435644 modified "2023-10-17" @default.
- W4381435644 title "Neural oscillations reveal disrupted functional connectivity associated with impaired speech auditory feedback control in post-stroke aphasia" @default.
- W4381435644 cites W1264930696 @default.
- W4381435644 cites W1589179621 @default.
- W4381435644 cites W1877876694 @default.
- W4381435644 cites W1965248225 @default.
- W4381435644 cites W1966641148 @default.
- W4381435644 cites W1978386551 @default.
- W4381435644 cites W1990905343 @default.
- W4381435644 cites W2005942957 @default.
- W4381435644 cites W2006277832 @default.
- W4381435644 cites W2010259914 @default.
- W4381435644 cites W2017095787 @default.
- W4381435644 cites W2023376198 @default.
- W4381435644 cites W2029206082 @default.
- W4381435644 cites W2037506348 @default.
- W4381435644 cites W2040986816 @default.
- W4381435644 cites W2042041089 @default.
- W4381435644 cites W2043465334 @default.
- W4381435644 cites W2044418858 @default.
- W4381435644 cites W2056486423 @default.
- W4381435644 cites W2057102315 @default.
- W4381435644 cites W2068741908 @default.
- W4381435644 cites W2073014936 @default.
- W4381435644 cites W2079641058 @default.
- W4381435644 cites W2085269432 @default.
- W4381435644 cites W2085794218 @default.
- W4381435644 cites W2085799329 @default.
- W4381435644 cites W2090442304 @default.
- W4381435644 cites W2095561879 @default.
- W4381435644 cites W2101917188 @default.
- W4381435644 cites W2116308679 @default.
- W4381435644 cites W2126547969 @default.
- W4381435644 cites W2128495200 @default.
- W4381435644 cites W2132344070 @default.
- W4381435644 cites W2133284539 @default.
- W4381435644 cites W2133947591 @default.
- W4381435644 cites W2142265798 @default.
- W4381435644 cites W2151116952 @default.
- W4381435644 cites W2152173818 @default.
- W4381435644 cites W2154350485 @default.
- W4381435644 cites W2156147499 @default.
- W4381435644 cites W2156430527 @default.
- W4381435644 cites W2166073443 @default.
- W4381435644 cites W21769058 @default.
- W4381435644 cites W2195635821 @default.
- W4381435644 cites W2227520796 @default.
- W4381435644 cites W2253275635 @default.
- W4381435644 cites W2261535928 @default.
- W4381435644 cites W2282343219 @default.
- W4381435644 cites W2290321704 @default.
- W4381435644 cites W2467899332 @default.
- W4381435644 cites W2468523710 @default.
- W4381435644 cites W2472295098 @default.
- W4381435644 cites W2495707637 @default.
- W4381435644 cites W2536856064 @default.
- W4381435644 cites W2561316123 @default.
- W4381435644 cites W2563677601 @default.
- W4381435644 cites W2585535166 @default.
- W4381435644 cites W2604064495 @default.
- W4381435644 cites W2613659164 @default.
- W4381435644 cites W2737191705 @default.
- W4381435644 cites W2762884027 @default.
- W4381435644 cites W2765521506 @default.
- W4381435644 cites W2783638078 @default.
- W4381435644 cites W2790441751 @default.
- W4381435644 cites W2794993798 @default.
- W4381435644 cites W2809859618 @default.
- W4381435644 cites W2898525927 @default.
- W4381435644 cites W2898601294 @default.
- W4381435644 cites W2914462238 @default.
- W4381435644 cites W2950075555 @default.
- W4381435644 cites W2970770156 @default.
- W4381435644 cites W3000425168 @default.
- W4381435644 cites W3011512709 @default.
- W4381435644 cites W3020929344 @default.
- W4381435644 cites W3034778884 @default.
- W4381435644 cites W3036586088 @default.
- W4381435644 cites W3081274262 @default.
- W4381435644 cites W3112132999 @default.
- W4381435644 cites W3134096607 @default.
- W4381435644 cites W3138049740 @default.
- W4381435644 cites W3168526757 @default.
- W4381435644 cites W3209167247 @default.
- W4381435644 cites W3210912389 @default.
- W4381435644 cites W344614505 @default.
- W4381435644 cites W4210444047 @default.
- W4381435644 cites W4288740033 @default.
- W4381435644 cites W4323668183 @default.
- W4381435644 doi "https://doi.org/10.1016/j.cortex.2023.05.015" @default.
- W4381435644 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37437320" @default.
- W4381435644 hasPublicationYear "2023" @default.
- W4381435644 type Work @default.