Journal of Clinical Medicine,
Journal Year:
2025,
Volume and Issue:
14(5), P. 1446 - 1446
Published: Feb. 21, 2025
Background/Objectives:
Pulmonary
comorbidities,
such
as
chronic
obstructive
pulmonary
disease
(COPD),
asthma,
and
interstitial
lung
diseases
(ILDs),
have
emerged
critical
factors
influencing
the
severity
outcomes
of
COVID-19.
This
review
aims
to
evaluate
interplay
between
these
comorbidities
COVID-19,
both
during
acute
phase
in
long-term
recovery,
focusing
on
their
impact
clinical
management
outcomes.
Methods:
systematic
examined
studies
sourced
from
major
medical
databases,
including
PubMed
Scopus,
using
keywords
“COVID-19”,
“pulmonary
comorbidities”,
“long
COVID”,
“respiratory
sequelae”.
Peer-reviewed
articles
published
January
2020
present
were
included,
with
data
extracted
effects
COVID-19
patients.
Results:
Patients
COPD
demonstrated
significantly
higher
risks
severe
increased
hospitalization
mortality.
Asthma,
while
less
consistently
associated
outcomes,
showed
a
variable
risk
based
control.
ILDs
strongly
correlated
poor
rates
respiratory
failure
Long-term
complications,
persistent
dyspnea,
impaired
function,
structural
changes
like
fibrosis,
prevalent
patients
recovering
moderate
These
complications
adversely
affected
quality
life
healthcare
dependency.
Conclusions:
amplify
consequences
Effective
necessitates
tailored
strategies
addressing
phases,
integrating
rehabilitation
continuous
monitoring
mitigate
impairments.
Future
research
should
prioritize
understanding
mechanisms
behind
interactions
inform
public
health
interventions
improve
patient
PLoS ONE,
Journal Year:
2025,
Volume and Issue:
20(3), P. e0316553 - e0316553
Published: March 6, 2025
To
assess
how
changes
in
outpatient
services
during
the
first
year
of
COVID-19
pandemic
were
related
to
acute
healthcare
use
(emergency
department
or
hospitalizations)
for
individuals
with
asthma
chronic
obstructive
pulmonary
disease
(COPD).
We
conducted
an
observational
study
using
health
administrative
data
Ontario
(Canada)
from
January
2016
March
2021
on
all
adults
diagnosed
COPD.
used
monthly
time
series
auto-regressive
integrated
moving-average
(ARIMA)
and
pre-pandemic
rates
(January
February
2020)
calculate
projected
(i.e.,
a
had
not
occurred)
(March
2020
2021),
Quasi-Poisson
models
two-way
interaction
estimate
crude
adjusted
rate
ratios.
In
year,
COPD,
visit
started
lower
than
(Mar-May
2020),
returned
middle
(Jun-Aug
then
rose
higher
between
Sep
Mar
2021:
observed
80,293
per
100,000
persons
vs.
74,192
(95%
CI:
68,926-79,868)
asthma,
92,651
85,871
79,975-92,207)
Acute
care
remained
below
year.
While
function
test
(PFT)
both
populations,
decrease
visits
pandemic,
compared
pre-pandemic,
was
noted
months
highest
PFT
(interaction
p-values
<
0.0001).
Despite
COPD
being
ambulatory-care
sensitive
conditions,
beginning
associated
increased
use.
Lower
rates,
suggesting
that
access
is
likely
important
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: June 16, 2024
Abstract
While
studies
have
suggested
increased
risks
of
severe
COVID-19
infection
in
chronic
obstructive
pulmonary
disease
(COPD),
the
persistent
and
delayed
consequences
on
patients
with
COPD
upon
recovery
remain
unknown.
A
prospective
clinical
study
was
conducted
Hong
Kong
to
investigate
outcomes
who
had
different
severity
(mild-moderate
COVID-19),
compared
those
did
not.
Chinese
≥
40
years
old
were
recruited
from
March
September
2021.
They
prospectively
followed
up
for
24.9
±
5.0
months
until
31st
August
2023.
The
primary
outcome
deterioration
control
defined
as
change
mMRC
dyspnea
scale.
secondary
included
exacerbation
frequency
non-COVID-19
respiratory
mortality
(including
death
or
bacterial
pneumonia).
328
analysis.
Patients
mild-moderate
statistically
significant
worsening
dyspnoea
scale
by
increase
1
score
baseline
follow-up
adjusted
odds
ratios
4.44
(95%
CI
=
1.95–10.15,
p
<
0.001)
6.77
2.08–22.00,
respectively.
significantly
4.73
1.55–14.41,
0.006)
pneumonia
hazard
ratio
11.25
2.98–42.45,
0.001).
After
COVID-19,
dyspnea,
(COPD
pneumonia)
observed
among
COVID-19.
Mild
moderate
also
associated
symptomatic
deterioration.
Vaccines,
Journal Year:
2023,
Volume and Issue:
11(8), P. 1392 - 1392
Published: Aug. 21, 2023
Background/Objective:
Little
is
known
about
the
impact
of
COVID-19
pandemic
on
mortality
from
COPD
at
population
level.
The
objective
was
to
investigate
COPD-related
throughout
different
epidemic
waves
in
Italy
before
and
after
vaccination
campaign,
which
started
late
December
2020
initially
targeted
aged
≥80
years.
Methods:
Death
certificates
residents
Veneto
(Northeastern
Italy)
≥40
years
between
2008
2021
were
analyzed.
Age-standardized
morality
rates
computed
for
death
with
any
mention
COPD.
Generalized
estimating
equation
(GEE)
models
fitted
estimate
expected
during
pandemic.
results
stratified
by
age
groups
40–79
years,
main
comorbidities,
place
death.
Results:
mentioned
3478
(+14%
compared
2018–2019
average)
3133
(+3%).
increased
all
sex
2020;
2021,
returned
pre-pandemic
levels
among
elderly
but
not
(+6%).
GEE
confirmed
this
differential
trend
age.
peaks
observed,
especially
first
waves,
identified
as
underlying
cause
a
relevant
proportion
(up
35%
November
2020–January
2021).
Mortality
comorbid
diabetes
hypertensive
diseases
slightly
Conclusion:
beginning
pandemic,
due
deaths
COVID-19.
start
campaign
associated
an
important
decline
mortality,
elderly,
who
benefited
vaccines.
study
findings
show
role
mass
reducing
later
phases
European journal of medical research,
Journal Year:
2024,
Volume and Issue:
29(1)
Published: Feb. 15, 2024
Abstract
Background
Several
scores
aimed
at
predicting
COVID-19
progression
have
been
proposed.
As
the
variables
vaccination
and
early
SARS-CoV-2
treatment
were
systematically
excluded
from
prognostic
scores,
present
study's
objective
was
to
develop
a
new
model
adapted
current
epidemiological
scenario.
Methods
We
included
all
patients
evaluated
by
Infectious
Disease
Unit
in
Sassari,
with
infection
without
signs
of
respiratory
failure
first
evaluation
(P/F
>
300).
defined
prescription
supplemental
oxygen.
In
addition,
related
demographics,
vaccines,
comorbidities,
symptoms,
CT
scans,
blood
tests,
therapies
collected.
Multivariate
logistic
regression
modelling
performed
determine
factors
associated
progression;
any
variable
significant
univariate
test
or
clinical
relevance
selected
as
candidate
for
multivariate
analysis.
Hosmer–Lemeshow
(HL)
goodness
fit
statistic
calculated.
Odds
ratio
values
used
derive
an
integer
score
developing
easy-to-use
risk
score.
The
discrimination
performance
index
determined
using
AUC,
best
cut-off
point,
according
Youden
index,
sensitivity,
specificity,
predictive
value,
likelihood
ratio,
chosen.
Results
1145
[median
(IQR)
age
74
(62–83)
years;
53.5%
males]
enrolled;
336
(29.3%)
had
disease
progression.
Patients
older
showed
more
comorbidities;
furthermore,
they
less
vaccinated
exposed
preventive
therapy.
analysis,
≥
60
years,
COPD,
dementia,
haematological
tumours,
heart
failure,
exposure
no
one
vaccine
dose,
fever,
dyspnoea,
GGO,
consolidation,
ferritin,
De
Ritis
1.2,
LDH,
anti-SARS-CoV-2
final
ranged
0
45.
ROC
curve
analysis
AUC
0.92
(95%
CI
0.90–0.93)
93.7%
specificity
72.9%
sensitivity.
Low
when
value
than
23.
Three
levels
identified:
low
(0–23
points),
medium
(24–35),
high
(≥
36).
Conclusions
proportion
increases
scores:
assessment
could
be
helpful
clinicians
plan
appropriate
therapeutic
strategies.
Biomedicine,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: Feb. 28, 2024
Background:
COVID-19
patients
usually
present
multiple
comorbidities
and
complications
associated
with
severe
forms
of
SARS-CoV-2
infection.
This
study
aimed
to
assess
the
risk
factors
prevalence
contributing
severity
COVID-19.