Machine learning prediction of mental health strategy selection in school aged children using neurocognitive data
Computers in Human Behavior,
Год журнала:
2024,
Номер
156, С. 108197 - 108197
Опубликована: Март 18, 2024
Язык: Английский
Autism spectrum disorder in young patients with congenital central hypoventilation syndrome: role of the autonomic nervous system dysfunction
Orphanet Journal of Rare Diseases,
Год журнала:
2024,
Номер
19(1)
Опубликована: Июль 3, 2024
Abstract
Background
Congenital
central
hypoventilation
syndrome
(CCHS)
is
a
rare
condition
characterized
by
alveolar
and
autonomic
nervous
system
(ANS)
dysfunction
requiring
long-term
ventilation.
CCHS
could
constitute
risk
factor
of
autism
spectrum
disorder
(ASD)
due
to
birth
injury
related
respiratory
failure,
which
remains
be
determined.
ANS
has
also
been
described
in
ASD
there
are
indications
for
altered
contribution
ANS-central
interaction
processing
social
information;
thus,
based
on
pathophysiological
background
also.
Our
study
aimed
determine
the
prevalence
among
patients,
identify
factors,
explore
relationship
between
ANS,
evaluated
heart
rate
variability
indices,
adaptative
functioning.
Results
retrospective
study,
analysis
records
French
national
center
patients
with
under
20
years
age,
determined
that
(diagnosed
psychiatrist,
following
criteria
DSM-4
or
DSM-5)
was
6/69
8.7%
(95%
confidence
interval:
3.3–18.0%).
In
case
(CCHS
ASD,
n
=
6)
–
control
without
12)
matching
sex,
longer
neonatal
hospitalization
stay
glycemic
were
associated
ASD.
Adaptative
functioning
assessed
using
Vineland
behavioral
scales
(VABS)
indices
(including
daytime
RMSSD
as
an
index
parasympathetic
modulation)
obtained
from
ECG
Holter
performed
same
day.
19
young
subjects
who
had
both
VABS,
significant
positive
correlations
observed
three
four
sub-domains
VABS
(communication:
R
0.50,
p
0.028;
daily
living
skills:
0.60,
0.006;
socialization:
0.52,
0.021).
Conclusion
suggests
high
CCHS.
Glycemic
initial
stays
development.
A
defect
modulation
worse
Язык: Английский
Do we all synch alike? Brain–body-environment interactions in ASD
Frontiers in Neural Circuits,
Год журнала:
2023,
Номер
17
Опубликована: Дек. 20, 2023
Autism
Spectrum
Disorder
(ASD)
is
characterized
by
rigidity
of
routines
and
restricted
interests,
atypical
social
communication
interaction.
Recent
evidence
for
altered
synchronization
neuro-oscillatory
brain
activity
with
regularities
in
the
environment
peripheral
nervous
system
function
ASD
present
promising
novel
directions
studying
pathophysiology
its
relationship
to
clinical
phenotype.
Human
cognition
action
are
significantly
influenced
physiological
rhythmic
processes
that
generated
both
central
(CNS)
autonomic
(ANS).
Normally,
perception
occurs
a
dynamic
context,
where
oscillations
signals
synchronize
external
events
optimally
receive
temporally
predictable
information,
leading
improved
performance.
The
recent
findings
on
time-sensitive
coupling
between
periphery
effective
successful
interactions
typically
developed
highlight
within
brain–body-environment
triad
as
critical
direction
study
ASD.
Here
we
offer
perspective
autism
case
temporal
dynamics
impaired.
We
from
literature
support
idea
fails
operate
an
adaptive
manner
optimize
behavior.
This
framework
could
potentially
lead
biomarkers
hallmark
deficits
such
cognitive
Язык: Английский
Do we all synch alike? Brain-body-environment interactions in Autism
Опубликована: Авг. 9, 2023
Autism
Spectrum
Disorder
(ASD)
is
characterized
by
rigidity
of
routines
and
restricted
interests,
atypical
social
communication
interaction1.
Recent
evidence
for
altered
synchronization
neuro-oscillatory
brain
activity
with
regularities
in
the
environment
peripheral
nervous
system
function
ASD
present
promising
novel
directions
studying
pathophysiology
its
relationship
to
clinical
phenotype.Human
cognition
action
are
significantly
influenced
physiological
rhythmic
processes
that
generated
both
central
(CNS)
autonomic
(ANS).
Normally,
perception
occurs
a
dynamic
context,
where
oscillations
signals
synchronize
external
events
optimally
receive
temporally
predictable
information,
leading
improved
performance.
The
recent
findings
on
time-sensitive
coupling
between
periphery
effective
successful
interactions
typically
developed
highlight
within
brain-body-environment
triad
as
critical
direction
study
ASD.
Here
we
offer
perspective
autism
case
temporal
dynamics
impaired.
We
from
literature
support
idea
fails
operate
an
adaptive
manner
optimize
behavior.
This
framework
could
potentially
lead
biomarkers
hallmark
deficits
such
cognitive
interaction2,
suggest
therapeutic
approaches.The
following
takes
how
reaction
illuminate
ASD:
Cognitive
rigidity,
interaction.
Язык: Английский