Oxford University Press eBooks,
Journal Year:
2023,
Volume and Issue:
unknown, P. 17 - 64
Published: Nov. 23, 2023
Abstract
The
focus
here
is
on
the
basic
anatomy
and
physiology
of
auditory
cortex,
its
inputs
outputs.
Predictive
coding
mechanisms
emerge
already
at
early
levels
processing
in
interactions
between
subcortical
nuclei
cortex.
brainstem
cortical
fields
are
organized
hierarchically
such
that
each
region
sends
receives
to
next
level.
Mismatch
responses
reflect
predictive
mechanisms.
functional
properties
cortex
especially
important
for
musical
include
periodicity
coding,
which
related
representation
pitch.
Auditory
can
be
characterized
terms
sensitivity
spectrotemporal
modulation,
allowing
efficient
encoding
complex
sound
patterns.
systems
also
segregating
multiple
overlapping
sounds,
another
function
essential
music.
Musical
imagery
linked
activation
circuits.
Dysfunction
this
circuitry
lead
hallucinations.
Frontiers in Psychology,
Journal Year:
2024,
Volume and Issue:
15
Published: May 10, 2024
In
modern
times
there
is
increasing
acceptance
that
music-based
interventions
are
useful
aids
in
the
clinical
treatment
of
a
range
neurological
and
psychiatric
conditions,
including
helping
to
reduce
perception
pain.
Indeed,
belief
music,
whether
listening
or
performing,
can
alter
human
pain
experiences
has
long
history,
dating
back
ancient
Greeks,
its
potential
healing
properties
have
been
appreciated
by
indigenous
cultures
around
world.
The
subjective
experience
acute
chronic
complex,
influenced
many
intersecting
physiological
psychological
factors,
it
therefore
be
expected
impact
music
therapy
on
may
vary
from
one
situation
another,
person
another.
Where
persists
becomes
chronic,
aberrant
central
processing
key
feature
associated
with
ongoing
experience.
Nonetheless,
beneficial
effects
exposure
relief
reported
across
wide
shown
effective
neonates,
children
adults.
this
comprehensive
review
we
examine
various
neurochemical,
factors
underpin
experience,
potentially
operate
at
levels
–
periphery,
spinal
cord,
brainstem,
limbic
system
multiple
areas
cerebral
cortex.
We
discuss
extent
which
these
individually
combination,
influence
how
affects
both
quality
intensity
pain,
noting
remains
controversy
about
respective
roles
diverse
peripheral
processes
play
Better
understanding
mechanisms
underlie
music’s
together
insights
into
should
aid
developing
more
synergistic
approaches
when
combined
treatments.
ubiquitous
nature
also
facilitates
application
therapeutic
environment
daily
life,
for
individual
social
benefit.
PLoS ONE,
Journal Year:
2025,
Volume and Issue:
20(2), P. e0316047 - e0316047
Published: Feb. 12, 2025
While
music’s
effects
on
emotion
are
widely
appreciated,
its
cognition
less
understood.
As
mobile
devices
continue
to
afford
new
opportunities
engage
with
music
during
work,
it
is
important
understand
associated
how
we
feel
and
perform.
Capitalizing
potential
benefits,
many
commercial
platforms
advertise
content
specifically
support
attentional
focus
concentration.
Although
already
in
wide-spread
use,
the
of
such
remain
largely
untested.
In
this
online
behavioral
study,
tested
advertised
“work
flow”
“deep
focus”
mood
performance
a
cognitively
demanding
psychological
test
(the
flanker
task).
We
additionally
included
sample
popular
hit
representing
mainstream
musical
stimulation
office
noise
typical
background
social
working
environment.
Our
findings
show
that,
despite
similar
marketing,
only
work
flow
gave
rise
significant
positively
correlated
improvements
(i.e.,
faster
responses
over
time,
accuracy).
Analyses
objective
perceived
features
indicate
consistency
“arousal-mood
theory”
cognitive
impact
provide
insights
into
can
be
structured
regulate
general
population.
Oxford University Press eBooks,
Journal Year:
2023,
Volume and Issue:
unknown
Published: Nov. 23, 2023
Abstract
How
does
perception
of
abstract
tonal
patterns—music—lead
to
the
pleasure
we
experience
from
these
sounds?
The
answer
presented
in
this
book
is
that
music
arises
interactions
between
cortical
loops
enable
processing
sound
patterns
and
subcortical
circuits
responsible
for
reward
valuation.
auditory
cortex
its
ventral-stream
connections
encode
acoustical
features
their
relationships,
maintain
them
working
memory,
form
internal
representations
statistical
which
predictions
are
made
about
how
evolve
time.
Disruption
pathway
leads
amusia.
dorsal
stream
allows
sensory-motor
transformations,
production,
metrical
representation,
leading
when
events
will
occur.
These
predictive
processes
play
a
central
role
creating
expectancies
musical
transmitted
dopaminergic
system,
where
hedonic
responses
generated
according
well
an
event
fits
with
predictions.
linked
balance
predictability
surprise
patterns.
perceptual
systems
anhedonia.
Engagement
system
also
related
movement
vocal
cues,
social
factors,
preference,
emotion
regulation.
European Journal of Nuclear Medicine and Molecular Imaging,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 4, 2025
The
μ-opioid
receptor
(MOR)
system
mediates
incentive
motivation
and
the
hedonic
component
of
primary
rewards
such
as
food
sex.
However,
there
is
no
direct
in
vivo
evidence
for
involvement
MOR
pleasure
derived
from
aesthetic
music.
METHODS:
We
measured
availability
with
positron
emission
tomography
(PET)
agonist
radioligand
[11C]carfentanil
high
affinity
MORs
during
listening
pleasurable
music
neutral
baseline
condition.
Haemodynamic
responses
associated
dynamic
ratings
to
control
stimuli
were
using
functional
magnetic
resonance
imaging
(fMRI).
PET
results
revealed
that
increased
binding
several
cortical
subcortical
regions,
including
ventral
striatum
orbitofrontal
cortex,
known
contain
"hedonic
hotspots".
nucleus
accumbens
condition
was
number
chills,
linking
subjective
experience
striatal
opioid
release.
Individual
variation
tone
influenced
pleasure-dependent
haemodynamic
regions
interoceptive,
sensorimotor,
reward
processing.
These
findings
provide
first
neuroimaging
modulates
function.
indicate
governs
complex
addition
biologically
essential
rewards.
Brain and Cognition,
Journal Year:
2024,
Volume and Issue:
179, P. 106186 - 106186
Published: June 5, 2024
Most
of
the
literature
on
neural
bases
human
reward
and
punishment
processing
has
used
monetary
gains
losses,
but
less
is
known
about
neurophysiological
mechanisms
underlying
anticipation
consumption
other
types
rewarding
stimuli.
In
present
study,
EEG
was
recorded
from
19
participants
who
completed
a
modified
version
Monetary
Incentive
Delay
(MID)
task.
During
task,
cues
providing
information
potential
future
outcomes
were
presented
to
participants.
Then,
they
had
respond
rapidly
target
stimulus
win
money
or
listening
pleasant
music,
avoid
losing
unpleasant
music.
Results
revealed
similar
responses
for
music
cues,
with
increased
activity
indicating
compared
losses.
However,
differences
emerged
in
outcome
phase
between
showed
an
interaction
type
cue
Feedback
Related
Negativity
Fb-P3
ERPs
theta
negative
feedbacks.
contrast,
significant
interactions
activities.
These
findings
suggest
positive
these
two
Research Square (Research Square),
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 15, 2024
Abstract
Music
can
evoke
pleasurable
and
rewarding
experiences.
Past
studies
that
examined
task-related
brain
activity
revealed
individual
differences
in
musical
reward
sensitivity
traits,
linked
them
to
interactions
between
the
auditory
systems.
However,
state-dependent
fluctuations
spontaneous
neural
relation
music-driven
experiences
have
not
been
studied.
Here,
we
used
functional
MRI
(N=49)
examine
whether
coupling
of
auditory-reward
networks
during
a
silent
period
immediately
before
music
listening
predict
degree
experience.
We
machine
learning
models
showed
connectivity
networks,
but
others,
could
robustly
subjective,
physiological,
neurobiological
aspects
strong
chills.
Specifically,
right
cortex-striatum/orbitofrontal
connections
predicted
reported
duration
chills
activation
level
NAcc
insula,
whereas
auditory-amygdala
connection
was
associated
with
psychophysiological
arousal.
Furthermore,
predictive
model
derived
from
first
sample
individuals
generalized
an
independent
dataset
using
different
samples.
The
current
study
reveals
critical
role
sensory-reward
pre-task
state
modulating
subsequent
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2024,
Volume and Issue:
unknown
Published: April 14, 2024
Abstract
The
μ-opioid
receptor
(MOR)
system
mediates
incentive
motivation
and
the
hedonic
component
of
primary
rewards
such
as
food
sex.
However,
there
is
no
direct
in
vivo
evidence
for
involvement
MOR
pleasure
derived
from
aesthetic
music.
We
measured
activation
with
positron
emission
tomography
(PET)
agonist
radioligand
[
11
C]
carfentanil
high
affinity
MORs
during
listening
pleasurable
music
neutral
baseline
condition.
Haemodynamic
responses
to
were
using
functional
magnetic
resonance
imaging
(fMRI).
PET
results
revealed
that
increased
C]carfentanil
binding
several
cortical
subcortical
regions,
including
ventral
striatum
orbitofrontal
cortex,
known
contain
“hedonic
hotspots”.
Individual
variation
tone
influenced
pleasure-dependent
haemodynamic
regions
associated
interoceptive,
sensorimotor,
reward
processing.
Our
provide
first-ever
neuroimaging
modulates
indicate
governs
complex
addition
biologically
salient
rewards.
Translational Psychiatry,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: Sept. 17, 2024
Social
bonding,
essential
for
health
and
survival
in
all
social
species,
depends
on
mu-opioid
signalling
non-human
mammals.
A
growing
neuroimaging
psychopharmacology
literature
also
implicates
mu-opioids
human
connectedness.
To
determine
the
role
of
connectedness
healthy
humans,
we
conducted
a
preregistered
(
https://osf.io/x5wmq
)
multilevel
random-effects
meta-analysis
randomised
double-blind
placebo-controlled
opioid
antagonist
studies.
We
included
data
from
8
publications
2
unpublished
projects,
totalling
17
outcomes
(N
=
455)
sourced
final
search
Web
Science,
Scopus,
PubMed
EMBASE
October
12,
2023,
through
community
contributions.
All
studies
used
naltrexone
(25-100
mg)
to
block
system
measured
by
self-report.
Opioid
antagonism
slightly
reduced
feelings
(Hedges'
g
[95%
CI)
-0.20]
[-0.32,
-0.07].
Results
were
highly
consistent
within
between
(I
Neuropsychological Rehabilitation,
Journal Year:
2023,
Volume and Issue:
34(5), P. 649 - 678
Published: June 21, 2023
Music
is
increasingly
used
in
a
wide
array
of
settings,
from
clinical
recovery
to
sports
or
well-being
interventions.
Motivation
related
music
often
considered
as
possible
working
mechanism
for
facilitate
these
processes,
however
this
has
not
previously
been
systematically
evaluated.
The
current
systematic
review
studies
that
involved
(therapy)
interventions,
together
with
motivation-related
measures
such
wanting
practise,
liking
the
musical
activities,
patient
adherence
an
intervention.
Our
objective
was
examine
whether
increased
motivation
task
performance
and/or
rehabilitation
and
turn
better
training
outcomes.
Seventy-nine
met
inclusion
criteria,
majority
which
(85%)
indicated
level
compared
without.
Moreover,
those
where
increased,
other
outcomes
were
improved
most
cases
(90%).
These
results
support
notion
underlying
music-based
but
more
robust
evidence
needed
ascertain
mechanisms
are
crucial
increasing
behavioural,
cognitive,
neurobiological
point
view,
well
how
motivational
relate
factors
effectiveness
paradigms.