Matches in SemOpenAlex for { <https://semopenalex.org/work/W961241377> ?p ?o ?g. }
- W961241377 endingPage "189" @default.
- W961241377 startingPage "176" @default.
- W961241377 abstract "Pain anticipation plays a critical role in pain chronification and results in disability due to pain avoidance. It is important to understand how different sensory modalities (auditory, visual or tactile) may influence pain anticipation as different strategies could be applied to mitigate anticipatory phenomena and chronification. In this study, using a countdown paradigm, we evaluated with magnetoencephalography the neural networks associated with pain anticipation elicited by different sensory modalities in normal volunteers. When encountered with well-established cues that signaled pain, visual and somatosensory cortices engaged the pain neuromatrix areas early during the countdown process, whereas the auditory cortex displayed delayed processing. In addition, during pain anticipation, the visual cortex displayed independent processing capabilities after learning the contextual meaning of cues from associative and limbic areas. Interestingly, cross-modal activation was also evident and strong when visual and tactile cues signaled upcoming pain. Dorsolateral prefrontal cortex and mid-cingulate cortex showed significant activity during pain anticipation regardless of modality. Our results show pain anticipation is processed with great time efficiency by a highly specialized and hierarchical network. The highest degree of higher-order processing is modulated by context (pain) rather than content (modality) and rests within the associative limbic regions, corroborating their intrinsic role in chronification." @default.
- W961241377 created "2016-06-24" @default.
- W961241377 creator A5002687353 @default.
- W961241377 creator A5028050871 @default.
- W961241377 creator A5062134318 @default.
- W961241377 creator A5065264098 @default.
- W961241377 creator A5070458207 @default.
- W961241377 date "2015-09-01" @default.
- W961241377 modified "2023-10-14" @default.
- W961241377 title "A magnetoencephalography study of multi-modal processing of pain anticipation in primary sensory cortices" @default.
- W961241377 cites W1484503937 @default.
- W961241377 cites W1579805848 @default.
- W961241377 cites W1918609665 @default.
- W961241377 cites W1964987303 @default.
- W961241377 cites W1967125431 @default.
- W961241377 cites W1968757656 @default.
- W961241377 cites W1974165416 @default.
- W961241377 cites W1974368370 @default.
- W961241377 cites W1984911245 @default.
- W961241377 cites W1989666886 @default.
- W961241377 cites W1991968097 @default.
- W961241377 cites W1994644934 @default.
- W961241377 cites W1995126867 @default.
- W961241377 cites W2014502281 @default.
- W961241377 cites W2014863934 @default.
- W961241377 cites W2016158938 @default.
- W961241377 cites W2016980059 @default.
- W961241377 cites W2024671910 @default.
- W961241377 cites W2027382334 @default.
- W961241377 cites W2028658216 @default.
- W961241377 cites W2028850601 @default.
- W961241377 cites W2031491625 @default.
- W961241377 cites W2032480075 @default.
- W961241377 cites W2042165719 @default.
- W961241377 cites W2064135174 @default.
- W961241377 cites W2067329241 @default.
- W961241377 cites W2075293125 @default.
- W961241377 cites W2088625396 @default.
- W961241377 cites W2091696767 @default.
- W961241377 cites W2092387077 @default.
- W961241377 cites W2094546349 @default.
- W961241377 cites W2094918351 @default.
- W961241377 cites W2099080722 @default.
- W961241377 cites W2099503252 @default.
- W961241377 cites W2101135654 @default.
- W961241377 cites W2102110916 @default.
- W961241377 cites W2103032457 @default.
- W961241377 cites W2106449822 @default.
- W961241377 cites W2106912553 @default.
- W961241377 cites W2113319997 @default.
- W961241377 cites W2130888019 @default.
- W961241377 cites W2131165483 @default.
- W961241377 cites W2131505896 @default.
- W961241377 cites W2131628287 @default.
- W961241377 cites W2131856072 @default.
- W961241377 cites W2133947591 @default.
- W961241377 cites W2135894974 @default.
- W961241377 cites W2136589070 @default.
- W961241377 cites W2146574342 @default.
- W961241377 cites W2146912152 @default.
- W961241377 cites W2151721316 @default.
- W961241377 cites W2157288764 @default.
- W961241377 cites W2166073443 @default.
- W961241377 cites W2167077670 @default.
- W961241377 cites W2169269081 @default.
- W961241377 cites W2171557589 @default.
- W961241377 cites W2737966001 @default.
- W961241377 cites W4238844806 @default.
- W961241377 cites W2331585740 @default.
- W961241377 doi "https://doi.org/10.1016/j.neuroscience.2015.07.049" @default.
- W961241377 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4547876" @default.
- W961241377 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26210576" @default.
- W961241377 hasPublicationYear "2015" @default.
- W961241377 type Work @default.
- W961241377 sameAs 961241377 @default.
- W961241377 citedByCount "8" @default.
- W961241377 countsByYear W9612413772016 @default.
- W961241377 countsByYear W9612413772018 @default.
- W961241377 countsByYear W9612413772020 @default.
- W961241377 countsByYear W9612413772021 @default.
- W961241377 countsByYear W9612413772022 @default.
- W961241377 crossrefType "journal-article" @default.
- W961241377 hasAuthorship W961241377A5002687353 @default.
- W961241377 hasAuthorship W961241377A5028050871 @default.
- W961241377 hasAuthorship W961241377A5062134318 @default.
- W961241377 hasAuthorship W961241377A5065264098 @default.
- W961241377 hasAuthorship W961241377A5070458207 @default.
- W961241377 hasBestOaLocation W9612413772 @default.
- W961241377 hasConcept C104996578 @default.
- W961241377 hasConcept C107457646 @default.
- W961241377 hasConcept C151730666 @default.
- W961241377 hasConcept C154945302 @default.
- W961241377 hasConcept C15744967 @default.
- W961241377 hasConcept C169760540 @default.
- W961241377 hasConcept C169900460 @default.
- W961241377 hasConcept C176777502 @default.
- W961241377 hasConcept C180747234 @default.
- W961241377 hasConcept C26486553 @default.