This
work
proposed
predictive
modeling
approach
for
Autism
Spectrum
Disorder
(ASD)
assessment,
employing
machine
learning
algorithms
to
analyze
multifactorial
features.
Utilizing
a
diverse
dataset
that
includes
demographic,
behavioral,
and
clinical
information,
our
models
aim
predict
the
likelihood
of
ASD.
The
chosen
evaluation
metric
is
Area
Under
Receiver
Operating
Characteristic
Curve
(AUC-ROC
Score),
ensuring
robust
model
performance
assessment.
Through
rigorous
experimentation,
we
demonstrate
effectiveness
methodology
in
accurately
identifying
individuals
at
risk
research
contributes
advancing
early
detection
methods
enhancing
understanding
intricate
interplay
features
influencing
ASD,
laying
groundwork
more
informed
diagnostic
strategies.
Digital Health,
Journal Year:
2025,
Volume and Issue:
11
Published: March 1, 2025
Artificial
Intelligence
(AI)
has
demonstrated
significant
potential
in
transforming
psychiatric
care
by
enhancing
diagnostic
accuracy
and
therapeutic
interventions.
Psychiatry
faces
challenges
like
overlapping
symptoms,
subjective
methods,
personalized
treatment
requirements.
AI,
with
its
advanced
data-processing
capabilities,
offers
innovative
solutions
to
these
complexities.
This
study
systematically
reviewed
meta-analyzed
the
existing
literature
evaluate
AI's
efficacy
care,
focusing
on
various
disorders
AI
technologies.
Adhering
PRISMA
guidelines,
included
a
comprehensive
search
across
multiple
databases.
Empirical
studies
investigating
applications
psychiatry,
such
as
machine
learning
(ML),
deep
(DL),
hybrid
models,
were
selected
based
predefined
inclusion
criteria.
The
outcomes
of
interest
efficacy.
Statistical
analysis
employed
fixed-
random-effects
subgroup
sensitivity
analyses
exploring
impact
methodologies
designs.
A
total
14
met
criteria,
representing
diverse
diagnosing
treating
disorders.
pooled
was
85%
(95%
CI:
80%-87%),
ML
models
achieving
highest
accuracy,
followed
DL
models.
For
efficacy,
effect
size
84%
82%-86%),
excelling
plans
symptom
tracking.
Moderate
heterogeneity
observed,
reflecting
variability
designs
populations.
risk
bias
assessment
indicated
high
methodological
rigor
most
studies,
though
algorithmic
biases
data
quality
remain.
demonstrates
robust
capabilities
offering
data-driven
approach
mental
healthcare.
Future
research
should
address
ethical
concerns,
standardize
methodologies,
explore
underrepresented
populations
maximize
transformative
health.
Journal of Clinical Medicine,
Journal Year:
2025,
Volume and Issue:
14(7), P. 2265 - 2265
Published: March 26, 2025
Background/Objectives:
This
systematic
review
explores
the
integration
of
digital
and
AI-enhanced
cognitive
behavioral
therapy
(CBT)
for
insomnia,
focusing
on
underlying
neurocognitive
mechanisms
associated
clinical
outcomes.
Insomnia
significantly
impairs
functioning,
overall
health,
quality
life.
Although
traditional
CBT
has
demonstrated
efficacy,
its
scalability
ability
to
deliver
individualized
care
remain
limited.
Emerging
AI-driven
interventions-including
chatbots,
mobile
applications,
web-based
platforms-present
innovative
avenues
delivering
more
accessible
personalized
insomnia
treatments.
Methods:
Following
PRISMA
guidelines,
this
synthesized
findings
from
78
studies
published
between
2004
2024.
A
search
was
conducted
across
PubMed,
Scopus,
Web
Science,
PsycINFO.
Studies
were
included
based
predefined
criteria
prioritizing
randomized
controlled
trials
(RCTs)
high-quality
empirical
research
that
evaluated
AI-augmented
interventions
targeting
sleep
disorders,
particularly
insomnia.
Results:
The
suggest
improves
parameters,
patient
adherence,
satisfaction,
personalization
in
alignment
with
individual
profiles.
Moreover,
these
technologies
address
critical
limitations
conventional
CBT,
notably
those
related
access
scalability.
AI-based
tools
appear
especially
promising
optimizing
treatment
delivery
adapting
cognitive-behavioral
patterns.
Conclusions:
While
demonstrates
strong
potential
advancing
through
broader
accessibility,
several
challenges
persist.
These
include
uncertainties
surrounding
long-term
practical
implementation
barriers,
ethical
considerations.
Future
large-scale
longitudinal
is
necessary
confirm
sustained
benefits
AI-powered
Molecular Psychiatry,
Journal Year:
2024,
Volume and Issue:
29(12), P. 3865 - 3873
Published: May 23, 2024
Abstract
There
have
been
increasing
efforts
to
develop
prediction
models
supporting
personalised
detection,
prediction,
or
treatment
of
ADHD.
We
overviewed
the
current
status
science
in
ADHD
by:
(1)
systematically
reviewing
and
appraising
available
models;
(2)
quantitatively
assessing
factors
impacting
performance
published
models.
did
a
PRISMA/CHARMS/TRIPOD-compliant
systematic
review
(PROSPERO:
CRD42023387502),
searching,
until
20/12/2023,
studies
reporting
internally
and/or
externally
validated
diagnostic/prognostic/treatment-response
Using
meta-regressions,
we
explored
impact
affecting
area
under
curve
(AUC)
assessed
study
risk
bias
with
Prediction
Model
Risk
Bias
Assessment
Tool
(PROBAST).
From
7764
identified
records,
100
were
included
(88%
diagnostic,
5%
prognostic,
7%
treatment-response).
Of
these,
96%
validated,
respectively.
None
was
implemented
clinical
practice.
Only
8%
deemed
at
low
bias;
67%
considered
high
bias.
Clinical,
neuroimaging,
cognitive
predictors
used
35%,
31%,
27%
studies,
The
increased
those
including,
compared
not
(β
=
6.54,
p
0.007).
Type
validation,
age
range,
type
model,
number
predictors,
quality,
other
alter
AUC.
Several
developed
support
diagnosis
However,
predict
outcomes
response
limited,
none
is
ready
for
implementation
into
use
which
may
be
combined
seems
improve
A
new
generation
research
should
address
these
gaps
by
conducting
replicable,
models,
followed
research.
Abstract
Mental
illnesses
affect
almost
15%
of
the
world's
population,
with
half
cases
emerging
before
age
14.
Improved
methods
for
predicting
progression
mental
distress
among
adolescents,
particularly
in
vulnerable
populations,
are
needed.
This
study
utilized
traditional
machine
learning
techniques
to
predict
health
status
at
17.
We
assessed
correlates
outcomes
a
sample
632
adolescents
general
(i.e.,
total
difficulties
score
17
or
higher)
11,
who
participated
UK
Millennium
Cohort
Study.
was
best
predicted
using
Balanced
Random
Forest
model
(AUC
0.75).
Explainability
enabled
identification
several
critical
factors,
such
as
school
environment,
emotional
distress,
sleep
patterns,
patience,
and
social
network
ages
11
14,
which
were
able
differentiate
participants
poor
good
Individuals
experiencing
persistent
between
most
likely
suffer
from
unhappiness
academic
struggles.
Our
results
point
potentially
modifiable
factors
associated
high
risk.
These
could
pave
way
improved
early
intervention
preventive
strategies
young
people
during
adolescence.
Psychology Research and Behavior Management,
Journal Year:
2024,
Volume and Issue:
Volume 17, P. 1191 - 1203
Published: March 1, 2024
Purpose:
With
the
rise
of
big
data,
deep
learning
neural
networks
have
garnered
attention
from
psychology
researchers
due
to
their
ability
process
vast
amounts
data
and
achieve
superior
model
fitting.We
aim
explore
predictive
accuracy
network
models
linear
mixed
in
tracking
when
subjective
variables
are
predominant
field
psychology.We
separately
analyzed
both
conduct
a
comparative
study
further
investigate.Simultaneously,
we
utilized
examine
influencing
factors
problematic
internet
usage
its
temporal
changes,
attempting
provide
insights
for
early
interventions
use.Patients
Methods:
This
compared
longitudinal
junior
high
school
students
using
ascertain
efficacy
these
two
methods
processing
psychological
data.
Results:The
exhibited
significantly
smaller
errors
model.Furthermore,
outcomes
revealed
that,
analyzing
single
time
point,
influences
seventh
grade
better
predicted
Problematic
Internet
Use
ninth
grade.And
multiple
points,
sixth,
seventh,
eighth
grades
more
accurately
grade.
Conclusion:Neural
surpass
precision
predicting
data.Furthermore,
lower
accurate
predictions
higher
grades.The
highest
prediction
is
attained
through
utilization
points.
Frontiers in Psychiatry,
Journal Year:
2024,
Volume and Issue:
15
Published: May 1, 2024
Introduction
Depression
constitutes
one
of
our
largest
global
health
concerns
and
current
treatment
strategies
lack
convincing
evidence
effectiveness
in
youth.
We
suggest
that
this
is
partly
due
to
inherent
limitations
the
present
diagnostic
paradigm
may
group
fundamentally
different
conditions
together
without
sufficient
consideration
etiology,
developmental
aspects,
or
context.
Alternatives
complement
system
are
available
yet
understudied.
The
Power
Threat
Meaning
Framework
(PTMF)
option,
developed
for
explanatory
practical
purposes.
While
based
on
scientific
evidence,
empirical
research
framework
itself
still
lacking.
This
qualitative
study
was
performed
explore
experiences
adolescents
young
adults
with
depression
from
perspective
PTMF.
Methods
conducted
semi-structured
interviews
11
Swedish
individuals
aged
15–
22
years,
mainly
female,
currently
enrolled
a
clinical
trial
major
depressive
disorder.
Interviews
were
transcribed
verbatim
analyzed
analysis
informed
by
Results
A
complex
multitude
adversities
preceding
onset
described,
rich
variety
effects,
interpretations,
reactions.
In
total,
17
themes
identified
four
dimensions
PTMF,
highlighting
power
Not
all
participants
able
formulate
coherent
narratives.
Discussion
PTMF
provides
understanding
complexities,
common
themes,
lived
depression.
be
essential
development
new
interventions
increased
precision
young.