Frontiers in Medicine,
Journal Year:
2022,
Volume and Issue:
9
Published: March 21, 2022
Purpose
To
compare
the
myopic
progression
before
and
during
strict
home
confinement
when
coronavirus
disease
2019
(COVID-19)
outbreak
explore
potential
influencing
factors.
Methods
A
cross-sectional
study.
One
hundred
fifteen
children
(115
right
eyes)
who
replace
their
frame-glasses
from
December
to
January
2020
with
complete
refractive
records
in
our
hospital
since
myopia
were
involved
At
beginning
of
after
a
3-month
COVID-19
pandemic,
they
invited
examine
axial
length
errors.
And
visual
functions,
convergence
insufficiency
symptom
survey
(CISS)
scale
questionnaires
also
performed.
Besides,
errors
got
outpatient
case
files.
The
effect
on
was
assessed
by
comparing
monthly
elongation
confinement.
Spearman
correlation
analysis
performed
between
factors
progression.
Results
Axial
length's
35%
higher
than
normal
periods
(0.046
vs.
0.033
mm/month,
P
=
0.003).
proportion
severe
asthenopia
doubled
(
0.020).
For
progression,
heredity,
close
indoor
work
time
electronic
products
risk
protective
age,
rest
continuous
eye
usage,
sleep
distance
computer
screen.
Conclusions
During
COVID-19,
decline
outdoor
activities
increase
exposure
digital
screens
accelerated
1/3.
Ophthalmology and Therapy,
Journal Year:
2024,
Volume and Issue:
13(4), P. 883 - 894
Published: Feb. 1, 2024
Over
the
last
two
decades,
prevalence
of
myopia
has
gradually
increased
in
China.
Numerous
epidemiological
studies
suggest
that
education
and
inadequate
time
spent
outdoors
are
major
causes
current
epidemic.
China
is
one
few
countries
begun
to
address
epidemic
with
a
national-level
strategy,
implementing
nationwide
reform,
cost-reduction
measurements,
dissemination
information
on
prevention
control.
These
"natural
experiments"
will
provide
insights
into
areas
may
face
similar
or
potential
problems.
Journal of Translational Medicine,
Journal Year:
2024,
Volume and Issue:
22(1)
Published: March 17, 2024
Abstract
Background
Global
myopia
prevalence
poses
a
substantial
public
health
burden
with
vision-threatening
complications,
necessitating
effective
prevention
and
control
strategies.
Precise
prediction
of
spherical
equivalent
(SE),
myopia,
high
onset
is
vital
for
proactive
clinical
interventions.
Methods
We
reviewed
electronic
medical
records
pediatric
adolescent
patients
who
underwent
cycloplegic
refraction
measurements
at
the
Eye
&
Ear,
Nose,
Throat
Hospital
Fudan
University
between
January
2005
December
2019.
Patients
aged
3–18
years
met
inclusion
criteria
were
enrolled
in
this
study.
To
predict
SE
specific
year,
two
distinct
models,
random
forest
(RF)
gradient
boosted
tree
algorithm
(XGBoost),
trained
validated
based
on
variables
such
as
age
baseline,
various
intervals.
Outputs
included
SE,
up
to
15
post-initial
examination.
Age-stratified
analyses
feature
importance
assessments
conducted
augment
significance
models.
Results
The
study
88,250
individuals
408,255
records.
XGBoost-based
model
consistently
demonstrated
robust
better
performance
than
RF
over
years,
maintaining
an
R
2
exceeding
0.729,
Mean
Absolute
Error
ranging
from
0.078
1.802
test
set.
Myopia
exhibited
strong
area
under
curve
(AUC)
values
0.845
0.953
showed
AUC
(0.807–0.997
13
14th
year
0.765),
emphasizing
models'
effectiveness
across
groups
temporal
dimensions
Additionally,
our
classification
models
excellent
calibration,
evidenced
by
low
brier
score
values,
all
falling
below
0.25.
Moreover,
findings
underscore
commencing
regular
examinations
early
myopia.
Conclusions
XGBoost
predictive
accuracy
predicting
among
children
adolescents
years.
Our
emphasize
young
thereby
providing
valuable
insights
practice.
Frontiers in Public Health,
Journal Year:
2022,
Volume and Issue:
10
Published: March 10, 2022
Background:
Myopia
is
one
of
the
most
common
causes
vision
impairment
in
children
and
adults
has
become
a
public
health
priority
with
its
growing
prevalence
worldwide.
This
study
aims
to
identify
evaluate
global
trends
myopia
research
past
century
visualize
frontiers
using
bibliometric
analysis.
Methods
The
literature
search
was
conducted
on
Web
Science
for
studies
published
between
1900
2020.
Retrieved
publications
were
analyzed
in-depth
by
annual
publication
number,
prolific
countries
institutions,
core
author
journal,
number
citations
through
descriptive
statistics.
Collaboration
networks
keywords
burst
visualized
VOSviewer
CiteSpace.
citation
network
CitNetExplorer.
Results
In
total,
11,172
retrieved
from
2020,
United
States.
Saw
SM,
National
University
Singapore,
contributed
citations.
Investigative
Ophthalmology
&
Visual
journal
highest
Journal
Cataract
Refractive
Surgery
maximum
publications.
top
10
cited
papers
mainly
focused
epidemiology
myopia.
Previous
emphasized
myopia-associated
experimental
animal
models,
while
recent
include
“SMILE”
“myopia
control”
stronger
burst,
indicating
shift
concern
etiology
therapy
coincided
increment
incidence.
Document
clustered
into
six
groups:
“prevalence
risk
factors
myopia,”
“surgical
control
“pathogenesis
“optical
interventions
glaucoma,”
“pathological
myopia.”
Conclusions
Bibliometrics
analysis
this
could
help
scholars
comprehend
better.
Hundred
years
groups,
among
which
myopia”
largest
groups.
With
increasing
myopia,
are
potential
hotspot
pressing
issue.
Frontiers in Medicine,
Journal Year:
2022,
Volume and Issue:
9
Published: March 21, 2022
Purpose
To
compare
the
myopic
progression
before
and
during
strict
home
confinement
when
coronavirus
disease
2019
(COVID-19)
outbreak
explore
potential
influencing
factors.
Methods
A
cross-sectional
study.
One
hundred
fifteen
children
(115
right
eyes)
who
replace
their
frame-glasses
from
December
to
January
2020
with
complete
refractive
records
in
our
hospital
since
myopia
were
involved
At
beginning
of
after
a
3-month
COVID-19
pandemic,
they
invited
examine
axial
length
errors.
And
visual
functions,
convergence
insufficiency
symptom
survey
(CISS)
scale
questionnaires
also
performed.
Besides,
errors
got
outpatient
case
files.
The
effect
on
was
assessed
by
comparing
monthly
elongation
confinement.
Spearman
correlation
analysis
performed
between
factors
progression.
Results
Axial
length's
35%
higher
than
normal
periods
(0.046
vs.
0.033
mm/month,
P
=
0.003).
proportion
severe
asthenopia
doubled
(
0.020).
For
progression,
heredity,
close
indoor
work
time
electronic
products
risk
protective
age,
rest
continuous
eye
usage,
sleep
distance
computer
screen.
Conclusions
During
COVID-19,
decline
outdoor
activities
increase
exposure
digital
screens
accelerated
1/3.