FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3092668996> ?p ?o ?g. }

• W3092668996 abstract "Abstract Previous studies have shown that the conceptual representation of food involves brain regions associated with taste perception. The specificity of this response, however, is unknown. Does viewing pictures of food produce a general, non-specific response in taste-sensitive regions of the brain? Or, is the response specific for how a particular food tastes? Building on recent findings that specific tastes can be decoded from taste-sensitive regions of insular cortex, we asked whether viewing pictures of foods associated with a specific taste (e.g., sweet, salty, sour) can also be decoded from these same regions and if so, are the patterns of neural activity elicited by the pictures and their associated tastes similar? Using ultra-high resolution functional magnetic resonance imaging at high magnetic field strength (7-Tesla), we were able to decode specific tastes delivered during scanning, as well as the specific taste category associated with food pictures within the dorsal mid-insula, a primary taste responsive region of brain. Thus, merely viewing food pictures triggers an automatic retrieval of specific taste quality information associated with the depicted foods, within gustatory cortex. However, the patterns of activity elicited by pictures and their associated tastes were unrelated, thus suggesting a clear neural distinction between inferred and directly experienced sensory events. These data show how higher-order inferences derived from stimuli in one modality (i.e. vision) can be represented in brain regions typically thought to represent only low-level information about a different modality (i.e. taste). Significance Statement Does a picture of an apple taste sweet? Previous studies have shown that viewing food pictures activates brain regions involved in taste perception. However, it’s unclear if this response is actually specific to the taste of depicted foods. Using ultra-high resolution functional magnetic resonance imaging and multi-voxel pattern analysis, we decoded specific tastes delivered during scanning, as well as the dominant tastes associated with food pictures within primary taste cortex. Thus, merely viewing pictures of food evokes an automatic retrieval of information about the taste of those foods. These results show how higher-order information from one sensory modality (i.e. vision) can be represented in brain regions thought to represent only low-level information from a different modality (i.e. taste)." @default.
• W3092668996 created "2020-10-22" @default.
• W3092668996 creator A5001277622 @default.
• W3092668996 creator A5058850244 @default.
• W3092668996 creator A5067576846 @default.
• W3092668996 creator A5068483147 @default.
• W3092668996 creator A5075272085 @default.
• W3092668996 date "2020-10-15" @default.
• W3092668996 modified "2023-09-25" @default.
• W3092668996 title "Tasting Pictures: Viewing Images of Foods Evokes Taste-Quality-Specific Activity in Gustatory Insular Cortex" @default.
• W3092668996 cites W1192488478 @default.
• W3092668996 cites W1484376494 @default.
• W3092668996 cites W1620203002 @default.
• W3092668996 cites W1947510180 @default.
• W3092668996 cites W1973254033 @default.
• W3092668996 cites W1978822548 @default.
• W3092668996 cites W1979581929 @default.
• W3092668996 cites W1992865463 @default.
• W3092668996 cites W1995007954 @default.
• W3092668996 cites W1996155736 @default.
• W3092668996 cites W1996211338 @default.
• W3092668996 cites W2002283017 @default.
• W3092668996 cites W2011402106 @default.
• W3092668996 cites W2017750442 @default.
• W3092668996 cites W2024922001 @default.
• W3092668996 cites W2025575574 @default.
• W3092668996 cites W2027288486 @default.
• W3092668996 cites W2031520642 @default.
• W3092668996 cites W2033020059 @default.
• W3092668996 cites W2034513490 @default.
• W3092668996 cites W2048553159 @default.
• W3092668996 cites W2048631316 @default.
• W3092668996 cites W2060281096 @default.
• W3092668996 cites W2066720008 @default.
• W3092668996 cites W2072927032 @default.
• W3092668996 cites W2073227393 @default.
• W3092668996 cites W2083484236 @default.
• W3092668996 cites W2089054855 @default.
• W3092668996 cites W2112620393 @default.
• W3092668996 cites W2113820953 @default.
• W3092668996 cites W2116099031 @default.
• W3092668996 cites W2117865617 @default.
• W3092668996 cites W2129478155 @default.
• W3092668996 cites W2142823391 @default.
• W3092668996 cites W2146237811 @default.
• W3092668996 cites W2147842920 @default.
• W3092668996 cites W2156536817 @default.
• W3092668996 cites W2157637374 @default.
• W3092668996 cites W2166693783 @default.
• W3092668996 cites W2170832191 @default.
• W3092668996 cites W2253291544 @default.
• W3092668996 cites W2570995810 @default.
• W3092668996 cites W2593487019 @default.
• W3092668996 cites W2626942755 @default.
• W3092668996 cites W2738415419 @default.
• W3092668996 cites W2769426778 @default.
• W3092668996 cites W2774953329 @default.
• W3092668996 cites W2781485768 @default.
• W3092668996 cites W2795543891 @default.
• W3092668996 cites W2808582844 @default.
• W3092668996 cites W2918641206 @default.
• W3092668996 cites W2983467498 @default.
• W3092668996 cites W2995612428 @default.
• W3092668996 cites W3000715106 @default.
• W3092668996 cites W3012560343 @default.
• W3092668996 cites W4245140935 @default.
• W3092668996 cites W778059505 @default.
• W3092668996 cites W852451621 @default.
• W3092668996 doi "https://doi.org/10.1101/2020.10.14.307454" @default.
• W3092668996 hasPublicationYear "2020" @default.
• W3092668996 type Work @default.
• W3092668996 sameAs 3092668996 @default.
• W3092668996 citedByCount "0" @default.
• W3092668996 crossrefType "posted-content" @default.
• W3092668996 hasAuthorship W3092668996A5001277622 @default.
• W3092668996 hasAuthorship W3092668996A5058850244 @default.
• W3092668996 hasAuthorship W3092668996A5067576846 @default.
• W3092668996 hasAuthorship W3092668996A5068483147 @default.
• W3092668996 hasAuthorship W3092668996A5075272085 @default.
• W3092668996 hasBestOaLocation W30926689961 @default.
• W3092668996 hasConcept C104996578 @default.
• W3092668996 hasConcept C154945302 @default.
• W3092668996 hasConcept C15744967 @default.
• W3092668996 hasConcept C169760540 @default.
• W3092668996 hasConcept C180747234 @default.
• W3092668996 hasConcept C26486553 @default.
• W3092668996 hasConcept C26760741 @default.
• W3092668996 hasConcept C2779226451 @default.
• W3092668996 hasConcept C2780226545 @default.
• W3092668996 hasConcept C2780539906 @default.
• W3092668996 hasConcept C41008148 @default.
• W3092668996 hasConcept C46312422 @default.
• W3092668996 hasConcept C8868529 @default.
• W3092668996 hasConcept C94487597 @default.
• W3092668996 hasConceptScore W3092668996C104996578 @default.
• W3092668996 hasConceptScore W3092668996C154945302 @default.
• W3092668996 hasConceptScore W3092668996C15744967 @default.
• W3092668996 hasConceptScore W3092668996C169760540 @default.
• W3092668996 hasConceptScore W3092668996C180747234 @default.
• W3092668996 hasConceptScore W3092668996C26486553 @default.

• next