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- W2061796397 abstract "Abstract This review article highlights state‐of‐the‐art functional neuroimaging studies and demonstrates the novel use of music as a tool for the study of human auditory brain structure and function. Music is a unique auditory stimulus with properties that make it a compelling tool with which to study both human behavior and, more specifically, the neural elements involved in the processing of sound. Functional neuroimaging techniques represent a modern and powerful method of investigation into neural structure and functional correlates in the living organism. These methods have demonstrated a close relationship between the neural processing of music and language, both syntactically and semantically. Greater neural activity and increased volume of gray matter in Heschl's gyrus has been associated with musical aptitude. Activation of Broca's area, a region traditionally considered to subserve language, is important in interpreting whether a note is on or off key. The planum temporale shows asymmetries that are associated with the phenomenon of perfect pitch. Functional imaging studies have also demonstrated activation of primitive emotional centers such as ventral striatum, midbrain, amygdala, orbitofrontal cortex, and ventral medial prefrontal cortex in listeners of moving musical passages. In addition, studies of melody and rhythm perception have elucidated mechanisms of hemispheric specialization. These studies show the power of music and functional neuroimaging to provide singularly useful tools for the study of brain structure and function. Anat Rec Part A, 2006. Published 2006 Wiley‐Liss, Inc." @default.
- W2061796397 created "2016-06-24" @default.
- W2061796397 creator A5009322840 @default.
- W2061796397 date "2006-03-20" @default.
- W2061796397 modified "2023-10-15" @default.
- W2061796397 title "Structural and functional neural correlates of music perception" @default.
- W2061796397 cites W1521477234 @default.
- W2061796397 cites W1531035871 @default.
- W2061796397 cites W1552798956 @default.
- W2061796397 cites W1558048121 @default.
- W2061796397 cites W1586037671 @default.
- W2061796397 cites W1661750662 @default.
- W2061796397 cites W1918961233 @default.
- W2061796397 cites W1954922055 @default.
- W2061796397 cites W1968384251 @default.
- W2061796397 cites W1974883695 @default.
- W2061796397 cites W1977168243 @default.
- W2061796397 cites W1985086416 @default.
- W2061796397 cites W1987323568 @default.
- W2061796397 cites W1987747620 @default.
- W2061796397 cites W1997821268 @default.
- W2061796397 cites W2002018680 @default.
- W2061796397 cites W2004125743 @default.
- W2061796397 cites W2004589122 @default.
- W2061796397 cites W2006618409 @default.
- W2061796397 cites W2007566193 @default.
- W2061796397 cites W2012477767 @default.
- W2061796397 cites W2018736745 @default.
- W2061796397 cites W2019086321 @default.
- W2061796397 cites W2031073052 @default.
- W2061796397 cites W2033325476 @default.
- W2061796397 cites W2033763493 @default.
- W2061796397 cites W2035090602 @default.
- W2061796397 cites W2044076307 @default.
- W2061796397 cites W2044865563 @default.
- W2061796397 cites W2045857628 @default.
- W2061796397 cites W2047902391 @default.
- W2061796397 cites W2050174278 @default.
- W2061796397 cites W2051293878 @default.
- W2061796397 cites W2051353051 @default.
- W2061796397 cites W2051575425 @default.
- W2061796397 cites W2052305967 @default.
- W2061796397 cites W2054152555 @default.
- W2061796397 cites W2054769426 @default.
- W2061796397 cites W2055842090 @default.
- W2061796397 cites W2056263517 @default.
- W2061796397 cites W2067063551 @default.
- W2061796397 cites W2071714163 @default.
- W2061796397 cites W2073939944 @default.
- W2061796397 cites W2075103712 @default.
- W2061796397 cites W2081308273 @default.
- W2061796397 cites W2084471777 @default.
- W2061796397 cites W2088774650 @default.
- W2061796397 cites W2090481949 @default.
- W2061796397 cites W2098534755 @default.
- W2061796397 cites W2098929781 @default.
- W2061796397 cites W2105771114 @default.
- W2061796397 cites W2113828118 @default.
- W2061796397 cites W2113858544 @default.
- W2061796397 cites W2116913274 @default.
- W2061796397 cites W2117491329 @default.
- W2061796397 cites W2117914928 @default.
- W2061796397 cites W2119131356 @default.
- W2061796397 cites W2122989064 @default.
- W2061796397 cites W2125068060 @default.
- W2061796397 cites W2127123072 @default.
- W2061796397 cites W2132665370 @default.
- W2061796397 cites W2133324588 @default.
- W2061796397 cites W2136260958 @default.
- W2061796397 cites W2137660908 @default.
- W2061796397 cites W2139148543 @default.
- W2061796397 cites W2143719445 @default.
- W2061796397 cites W2151422895 @default.
- W2061796397 cites W2153705299 @default.
- W2061796397 cites W2156204655 @default.
- W2061796397 cites W2167640896 @default.
- W2061796397 cites W2168729844 @default.
- W2061796397 cites W2168792778 @default.
- W2061796397 cites W3000641081 @default.
- W2061796397 cites W4253284614 @default.
- W2061796397 cites W4297691785 @default.
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- W2061796397 doi "https://doi.org/10.1002/ar.a.20316" @default.
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