Appendix 3.02 Survey of The Neurosciences a
nd Music I
I
Conference 2005
From Perception to Performance
Title, Category
Aim
Mus. Material, Cultural Ref.
Technology
& Procedure
Main focus of interest
Conclusion
*40. Schneider et al. (387
-394)
HG and musical instrument preference
Cat. 8: Musicians
*41P.
Bermudez & Zatorre
(395
-399)
Differences in gray matter
Cat. 8: Musicians
42P.
Chen et al. (400
-403)
Tapping in synchrony to auditory rhythms
Cat. 4: Rhythm Cat. 17: Sensory
-motor
43P.
Zarate & Zatorre (404
408)
Neural substrates
Cat. 5: Song
Cat. 17: Sensory
-motor
To classify music liste
ners,
including profes
sional
musicians, as fundamental or spectral pitch listeners, and to
investigate
their neural basis
To examine differences in cerebral morphology b
etween
musicians and non
-musicians
To examine how synchronizing movements to auditory rhythms affects behavioral performance and neural acti
vity
To determine the neural substrates governing audiovocal integration for vocal pitch regulation in singing
144 pairs of
synthesized
complex tones, wh
ich may be
perceived as a funda
mental
pitch or as single
harmonics
of the complex tone
CR: Neutral
No particular musical material. CR:
---
Woodblock sound. Three auditory rhythms: metric simple, metric complex, nonmetric
CR: Neutral Five target notes
(SNI)
CR: Neutral
1) n= 463. Task: identify the dominant direction of pitch shift in tone pairs
2) in a subgroup, n= 87:
MRI and MEG to demon
strate neural differences
MRI of 52 nonmusicians and 43 musicians. Voxel
-based
morphometry
Task: Tap in synchrony with rhythm. fMRI during tapping
fMRI during Task: To sing ba
ck note a) normal b) wit
h
200 cents shifted audit
ory
feedback c) instructed to correct for pitch shift
1) classification in fundamental and spectral listeners, and 2) their differences in gray matter volume of left and right Heschl’s gyrus, plus functional P50m activity Dif
ferences in gray matter
(GM) concentration btw. musicians and non
-musicians
Tapping performance and BOLD covariation as a function of increasing rhythm complexity
Differences in neural substrates involved
Fundamenta
l pitch listeners
exhibit a pro
nounced
leftward asymmetry, spectral pitch listeners a pronounced rightward asymmetry
Greater GM conc
entration
in musicians in the right lateral surface of
the
Superior Temporal Gyrus
Increasing comp
lexity results
in more asynchro
nous
tapping, and i
ncreas
ed
activity in cerebellum and premotor cortex
Increased activity in the anterior cingulate cortex
and
insula in tasks that sp
ecifically
require monitoring of auditory feedback and pitch control