FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2791331567> ?p ?o ?g. }

• W2791331567 abstract "1 Abstract This research uses an MR-Compatible cello to compare functional brain activation during singing and cello playing within the same individuals to determine the extent to which arbitrary auditory-motor associations, like those required to play the cello, co-opt functional brain networks that evolved for singing. Musical instrument playing and singing both require highly specific associations between sounds and movements. However, vocal motor control is an evolutionarily old human trait and the auditory-motor associations used for singing are also used for speech and nonspeech vocalizations. This sets it apart from the arbitrary auditory-motor associations required to play musical instruments. The pitch range of the cello is similar to that of the human voice, but cello playing is completely independent of the vocal apparatus and can therefore be used to dissociate the auditory-vocal network from that of the auditory-motor network. While in the MR-Scanner, 11 expert cellists listened to and subsequently produced individual tones either by singing or cello playing. All participants were able to sing and play the target tones in tune (within 50Cents). We found that brain activity during cello playing directly overlaps with brain activity during singing in many areas within the auditory-vocal network. These include primary motor, dorsal pre-motor, and supplementary motor cortices, the primary and periprimary auditory cortices within the superior temporal gyrus including Heschl’s gyrus, anterior insula, anterior cingulate cortex, and intraparietal sulcus, and cerebellum but, notably, exclude the periaqueductal grey and basal ganglia. Second, we found that activity within the overlapping areas is positively correlated with, and therefore likely contributing to, both singing and playing in tune determined with performance measures. Third, we found that activity in auditory areas is functionally connected with activity in dorsal motor and pre-motor areas, and that the connectivity between them is positively correlated with good performance on this task. This functional connectivity suggests that the brain areas are working together to contribute to task performance and not just coincidently active. Last, our findings showed that cello playing may directly co-opt vocal areas (including larynx area of motor cortex), especially if musical training begins before age 7." @default.
• W2791331567 created "2018-03-29" @default.
• W2791331567 creator A5023790293 @default.
• W2791331567 creator A5031320385 @default.
• W2791331567 creator A5052205954 @default.
• W2791331567 creator A5064996737 @default.
• W2791331567 creator A5067497772 @default.
• W2791331567 date "2018-01-31" @default.
• W2791331567 modified "2023-09-28" @default.
• W2791331567 title "Partially Overlapping Brain Networks for Singing and Cello Playing" @default.
• W2791331567 cites W1523828822 @default.
• W2791331567 cites W1965859210 @default.
• W2791331567 cites W1974421744 @default.
• W2791331567 cites W1978616173 @default.
• W2791331567 cites W2001272179 @default.
• W2791331567 cites W2011934537 @default.
• W2791331567 cites W2013189479 @default.
• W2791331567 cites W2016651918 @default.
• W2791331567 cites W2017072258 @default.
• W2791331567 cites W2017095787 @default.
• W2791331567 cites W2017338379 @default.
• W2791331567 cites W2021216225 @default.
• W2791331567 cites W2026120103 @default.
• W2791331567 cites W2037204738 @default.
• W2791331567 cites W2044418858 @default.
• W2791331567 cites W2044657048 @default.
• W2791331567 cites W2046396480 @default.
• W2791331567 cites W2047482925 @default.
• W2791331567 cites W2049547708 @default.
• W2791331567 cites W2050813163 @default.
• W2791331567 cites W2062099912 @default.
• W2791331567 cites W2076068537 @default.
• W2791331567 cites W2077102570 @default.
• W2791331567 cites W2079783019 @default.
• W2791331567 cites W2083383135 @default.
• W2791331567 cites W2091587926 @default.
• W2791331567 cites W2100879297 @default.
• W2791331567 cites W2101442440 @default.
• W2791331567 cites W2114174117 @default.
• W2791331567 cites W2125590497 @default.
• W2791331567 cites W2136935850 @default.
• W2791331567 cites W2146449656 @default.
• W2791331567 cites W2154024859 @default.
• W2791331567 cites W2154668720 @default.
• W2791331567 cites W2155638869 @default.
• W2791331567 cites W2161049948 @default.
• W2791331567 cites W2162198971 @default.
• W2791331567 cites W2331814370 @default.
• W2791331567 cites W2417620063 @default.
• W2791331567 cites W2807913270 @default.
• W2791331567 cites W2977883299 @default.
• W2791331567 cites W4255023410 @default.
• W2791331567 doi "https://doi.org/10.1101/257923" @default.
• W2791331567 hasPublicationYear "2018" @default.
• W2791331567 type Work @default.
• W2791331567 sameAs 2791331567 @default.
• W2791331567 citedByCount "0" @default.
• W2791331567 crossrefType "posted-content" @default.
• W2791331567 hasAuthorship W2791331567A5023790293 @default.
• W2791331567 hasAuthorship W2791331567A5031320385 @default.
• W2791331567 hasAuthorship W2791331567A5052205954 @default.
• W2791331567 hasAuthorship W2791331567A5064996737 @default.
• W2791331567 hasAuthorship W2791331567A5067497772 @default.
• W2791331567 hasBestOaLocation W27913315671 @default.
• W2791331567 hasConcept C121332964 @default.
• W2791331567 hasConcept C124086623 @default.
• W2791331567 hasConcept C149279245 @default.
• W2791331567 hasConcept C15744967 @default.
• W2791331567 hasConcept C169760540 @default.
• W2791331567 hasConcept C24890656 @default.
• W2791331567 hasConcept C2776793567 @default.
• W2791331567 hasConcept C2777497123 @default.
• W2791331567 hasConcept C2778233910 @default.
• W2791331567 hasConcept C2779226451 @default.
• W2791331567 hasConcept C2781300654 @default.
• W2791331567 hasConcept C44819458 @default.
• W2791331567 hasConcept C46312422 @default.
• W2791331567 hasConcept C548259974 @default.
• W2791331567 hasConcept C71924100 @default.
• W2791331567 hasConceptScore W2791331567C121332964 @default.
• W2791331567 hasConceptScore W2791331567C124086623 @default.
• W2791331567 hasConceptScore W2791331567C149279245 @default.
• W2791331567 hasConceptScore W2791331567C15744967 @default.
• W2791331567 hasConceptScore W2791331567C169760540 @default.
• W2791331567 hasConceptScore W2791331567C24890656 @default.
• W2791331567 hasConceptScore W2791331567C2776793567 @default.
• W2791331567 hasConceptScore W2791331567C2777497123 @default.
• W2791331567 hasConceptScore W2791331567C2778233910 @default.
• W2791331567 hasConceptScore W2791331567C2779226451 @default.
• W2791331567 hasConceptScore W2791331567C2781300654 @default.
• W2791331567 hasConceptScore W2791331567C44819458 @default.
• W2791331567 hasConceptScore W2791331567C46312422 @default.
• W2791331567 hasConceptScore W2791331567C548259974 @default.
• W2791331567 hasConceptScore W2791331567C71924100 @default.
• W2791331567 hasLocation W27913315671 @default.
• W2791331567 hasLocation W27913315672 @default.
• W2791331567 hasLocation W27913315673 @default.
• W2791331567 hasOpenAccess W2791331567 @default.
• W2791331567 hasPrimaryLocation W27913315671 @default.
• W2791331567 hasRelatedWork W1971742286 @default.

• next