Neuropsychologiczne aspekty percepcji muzyki
Obraz okładki z napisem "Res Facta Nova. Teksty o muzyce współczesnej" 19 (28) 2018
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Słowa kluczowe

music perception
neuropsychology
brain
music training
emotions
motor functions
executive functions

Jak cytować

Czernecka, K. (2018). Neuropsychologiczne aspekty percepcji muzyki. Res Facta Nova. Teksty O Muzyce współczesnej, (19 (28), 49–58. https://doi.org/10.14746/rfn.2018.19.5

Liczba wyświetleń: 173


Liczba pobrań: 178

Abstrakt

The article reviews selected neuropsychological studies on brain correlates of music perception. First, the role and specialization of auditory cortex is discussed, focusing on differences between primary/secondary cortices as well as hemispheric asymmetry. Second, brain structures giving rise to emotional experiences during music listening are discussed, along with several possible explanatory mechanisms. Third, studies showing strengthened relationships between motor and auditory areas of the brain are demonstrated in the context of relative easiness of music to organize actions. The last part of the article focuses on the role of prefrontal cortex in building musical expectations and error perception. The influence of additional variables, such as listener’s musical training, on the observed effects is also discussed.

https://doi.org/10.14746/rfn.2018.19.5
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Bibliografia

Albouy Phillipe, Mattout Jeremie, Bouet Romain, Maby Emmanuel, Sanchez Gaetan, Aguera Pierre-Emmanuel, Daligault Sebastien, Delpuech Claude, Bertrand Olivier, Caclin Anne, Tillmann Barbara, Impaired Pitch Perception and Memory in Congenital Amusia: The Deficit Starts in the Auditory Cortex, „Brain” 2013 t. 136 nr 5, s. 1639–1661.

Alexandrou Anna M., Saarinen Timo, Mäkelä Sasu, Kujala Jan, Salmelin Riitta, The Right Hemisphere Is Highlighted in Connected Natural Speech Production and Perception, „NeuroImage” 2017 t. 152, s. 628–638.

Blood Anne J., Zatorre Robert J., Intensely Pleasurable Responses to Music Correlate with Activity in Brain Regions Implicated in Reward and Emotion, „PNAS” 2001 t. 98 nr 20, s. 11818–11823.

Blood Anne J., Zatorre Robert J., Bermundez Patrick, Evans Alan C., Emotional Responses to Pleasant and Unpleasant Music Correlate with Activity in Paralimbic Brain Regions, „Nature Neuroscience” 1999 t. 2 nr 4, s. 382–387.

Brown Steven, Martinez Michael J., Parsons Lawrence M., Passive Music Listening Spontaneously Engages Limbic and Paralimbic Systems, „NeuroReport” 2004 t. 15 nr 13, s. 2033–2037.

Chen Joyce L., Penhune Virginia B., Zatorre Robert J., Listening to Musical Rhythms Recruits Motor Regions of the Brain, „Cerebral Cortex” 2008 t. 18 nr 12, s. 2844–2854.

Creighton Alison, Mother-Infant Musical Interaction and Emotional Communication: A Literature Review, „Australian Journal of Musical Therapy” 2011 t. 22, s. 37–56.

D’Ausilo Alessandro, Altenmüller Eckart, Belardinelli Marta O., Lotze Martin, Cross-Modal Plasticity of the Motor Cortex while Listening to a Rehearsed Musical Piece, „European Journal of Neuroscience” 2006 t. 24 nr 3, s. 955–958.

Grahn Jessica A., Brett Matthew, Rhythm and Beat Perception in Motor Areas of the Brain, „Journal of Cognitive Neuroscience” 2007 t. 19 nr 5, s. 893–906.

Haueisen Jens, Knösche Thomas R., Involuntary Motor Activity in Pianists Evoked by Music Perception, „Journal of Cognitive Neuroscience” 2001 t. 13 nr 6, s. 786–792.

Hodges Donald A., Wired for Music: The Science of Human Musicality, „ASTC Dimensions” 2007 lipiec–sierpień, s. 9–10.

Huron David, Is Music an Evolutionary Adaptation? , „Annals of the New York Academy of Science” 2001 t. 930, s. 43–61.

Janata Petr, Birk Jeffrey L., Van Horn John D., Leman Marc, Tillmann Barbara, Bharucha Jamshed J., The Cortical Topography of Tonal Structures Underlying Western Music, „Science” 2002 t. 298 nr 5601, s. 2167–2170.

Jeon Hyeon-Ae, Hierarchical Processing in the Prefrontal Cortex in a Variety of Cognitive Domains, „Frontiers in Systems Neuroscience” 2014 nr 8, art. 223.

Juslin Patrik N., From Everyday Emotions to Aesthetic Emotions: Towards a Unified Theory of Musical Emotions, „Physics of Life Reviews” 2013 t. 10 nr 3, s. 235–266.

Koelsch Stefan, Brain Correlates of Music-Evoked Emotions, „Nature Reviews Neuroscience” 2014 t. 15 nr 3, s. 170–180.

Koelsch Stefan, Toward a Neural Basis of Music Perception – a Review and Updated Model, „Frontiers in Psychology” 2011 t. 2, art. 110, s. 1–20.

Koelsch Stefan, Siegel Walter A., Toward a Neural Basis of Music Perception, „Trends in Cognitive Science” 2005 t. 9 nr 12, s. 578–584.

Limb Charles J., Structural and Functional Neural Correlates of Music Perception, „The Anatomical Record” 2006 t. 288 nr 4, s. 435–446.

Matasaka Nobuo, Music, Evolution and Language, „Developmental Science” 2007 t. 10 nr 1, s. 35–39.

Menon Vinod, Levitin Daniel J., The Rewards of Music Listening: Response and Physiological Connectivity of the Mesolimbic System, „NeuroImage” 2005 t. 28, s. 175–184.

Platel Herve, Price Cathy, Baron Jean-Claude, Wise Richard, Lambert Jany, Frackowiak Richard S., Lechevalier Bernard, Eustache Francis, The Structural Components of Music Perception. A Functional Anatomical Study, „Brain” 1997 t. 120, s. 229–243.

Repp Bruno H., Penel Amandine, Rhythmic Movement Is Attracted more Strongly to Auditory than to Visual Rhythms, „Psychological Research” 2004 t. 68 nr 4, s. 252–270.

Rogalsky Corianne, Rong Feng, Saberi Kourosh, Hickok Gregory, Functional Anatomy of Language and Music Perception: Temporal and Structural Factors Investigated Using fMRI, „Journal of Neuroscience” 2011 t. 31 nr 10, s. 3843–3852.

Scherer Klaus R., Which Emotions Can Be Induced by Music? What Are the Underlying Mechanisms? And How Can We Measure Them?, „Journal of New Music Research” 2004 t. 33 nr 3, s. 239−251.

Schneider Peter, Scherg Michael, Morphology of Heschl’s Gyrus Reflects Enhanced Activation in the Auditory Cortex of Musicians, „Nature Neuroscience” 2002 t. 5 nr 7, s. 688–694.

Schulkin Jay, Raglan Greta B., The Evolution of Music and Human Social Capability, „Frontiers in Neuroscience” 2014 nr 8, art. 292, s. 1–13.

Seung Yunhee, Kyong Jeong-Sug, Woo Sung-Ho, Lee Byeong-Taek, Lee Kyoung-Min, Brain Activation during Music Listening in Individuals with or without Prior Music Training, „Neuroscience Research” 2005 t. 52 nr 4, s. 323–329.

Steven Brown, The “Musilanguage” Model of Music Evolution, [w:] The Origins of Music, red. Nils L. Wallin, Björn Merker, Steven Brown, MIT Press, Cambridge, Mass. 2001, s. 271–300.

Tooby John, Cosmides Leda, Does Beauty Build Adapted Minds? Toward an Evolutionary Theory of Aesthetics, Fiction and the Arts, „SubStance” 2001 t. 30 nr 1/2, s. 6–27.

Trehub Sandra, The Developmental Origins of Musicality,„Nature Neuroscience” 2003 t. 6 nr 7, s. 669–673.

Zatorre Robert J., Belin Pascal, Penhune Virginia B., Structure and Function of Auditory Cortex: Music and Speech, „Trends in Cognitive Sciences” 2002 t. 16 nr 1, s. 37–46.

Zatorre Robert J., Chen Joyce L., Penhune Virginia B., When the Brain Plays Music: Auditory–Motor Interactions in Music Perception and Production, „Nature Reviews. Neuroscience” 2007 t. 8, s. 547–558.

Zatorre Robert J., Evans Alan C., Meyer Ernst, Neural Mechanisms Underlying Melodic Perception and Memory for Pitch, „The Journal of Neuroscience” 1994 t. 14 nr 4, s. 1908–1919.