F1000Research,
Год журнала:
2023,
Номер
12, С. 1507 - 1507
Опубликована: Ноя. 27, 2023
Background
Tuberculosis
is
one
of
the
diseases
that
requires
comprehensive
treatment.
This
disease
highly
contagious
and
can
be
transmitted
through
air.
Climate
factors
play
a
role
in
increasing
cases
tuberculosis.
study
aimed
to
determine
correlation
between
climatic
variables
TB
Kolaka
District,
Southeast
Sulawesi
Province,
Indonesia,
Methods
research
was
modeled
using
an
autoregressive
(AR)
Bayesian
model
with
three
possible
likelihoods;
Gaussian,
Poisson
Negative
Binomial
responses.
Results
Minimum
temperature,
coefficient
4.234
suggests
for
every
1
degree
increase
minimum
there
estimated
approximately
four
cases,
assuming
other
remain
constant.
Maximum
17.851
maximum
around
17-18
Average
average
Humidity,
-13.413
1%
humidity,
decrease
13
Rainfall,
-0.327
mm
rainfall,
0.327
Light,
-4.322
1-hour
light
duration,
Conclusions
change
has
significant
impact
on
tuberculosis
temperature-related
factors.
These
influence
prevalence,
spread,
vulnerability
TB.
Addressing
these
challenges
holistic
approach
involving
adaptation
planning.
Strong
public
health
systems
healthcare
infrastructure
help
mitigate
risks
impacts
climate
change-related
tuberculosis.
European Respiratory Review,
Год журнала:
2024,
Номер
33(172), С. 230249 - 230249
Опубликована: Апрель 30, 2024
Paediatric
populations
are
particularly
vulnerable
to
respiratory
diseases
caused
and
exacerbated
by
aeroallergens,
pollutants
infectious
agents.
Worsening
climate
change
is
expected
increase
the
prevalence
of
aeroallergens
while
amplifying
disease
severity
causing
disproportionate
effects
in
under-resourced
areas.
The
purpose
this
narrative
review
summarise
role
anthropogenic
literature
examining
future
impact
agents
on
paediatric
with
a
focus
equitable
mitigation.
selected
for
discussion
include
pollen,
dust
mites
mould
as
these
prevalent
triggers
asthma
worldwide.
Human
rhinovirus
syncytial
virus
key
viruses
interacting
pollution
primary
causal
viral
disease.
Within
review,
we
present
propensity
synergistically
exacerbate
outline
measures
that
can
ameliorate
morbidity
through
health
equity
lens.
We
support
shifting
from
fossil
fuels
renewable
energy
worldwide,
across
sectors,
means
reducing
increases
morbidity.
Diseases,
Год журнала:
2024,
Номер
12(6), С. 118 - 118
Опубликована: Июнь 3, 2024
According
to
the
definition
provided
by
United
Nations,
“climate
change”
describes
persistent
alterations
in
temperatures
and
weather
trends.
These
may
arise
naturally,
such
as
fluctuations
solar
cycle.
Nonetheless,
since
19th
century,
human
activities
have
emerged
primary
agent
for
climate
change,
primarily
attributed
combustion
of
fossil
fuels
coal,
oil,
gas.
Climate
change
can
potentially
influence
well-being,
agricultural
production,
housing,
safety,
employment
opportunities
all
individuals.
The
immune
system
is
an
important
interface
through
which
global
affects
health.
Extreme
heat,
events
environmental
pollutants
could
impair
both
innate
adaptive
responses,
promoting
inflammation
genomic
instability,
increasing
risk
autoimmune
chronic
inflammatory
diseases.
Moreover,
has
impact
on
soil
gut
microbiome
composition,
further
explain
changes
health
outcomes.
This
narrative
review
aims
explore
disease,
focusing
specifically
its
effects
microbiota.
Understanding
how
these
factors
contribute
development
physical
mental
illness
allow
design
strategies
aimed
at
reducing
negative
pollution
Air
pollution
is
a
major
global
environment
and
health
concern.
Recent
studies
have
suggested
an
association
between
air
COVID-19
mortality
morbidity.
In
this
context,
close
increased
levels
of
pollutants
such
as
particulate
matter
≤2.5
to
10
µM,
ozone
nitrogen
dioxide
SARS-CoV-2
infection,
hospital
admissions
due
COVID
19
has
been
reported.
can
make
individuals
more
susceptible
infection
by
inducing
the
expression
proteins
angiotensin
converting
enzyme
(ACE)2
transmembrane
protease,
serine
2
(TMPRSS2)
that
are
required
for
viral
entry
into
host
cell,
while
causing
impairment
in
defence
system
damaging
epithelial
barrier,
muco-ciliary
clearance,
inhibiting
antiviral
response
immune
dysregulation.
The
aim
review
report
epidemiological
evidence
on
impact
up-to-date
manner,
well
provide
insights
vivo
vitro
mechanisms.
International Journal of Environmental Research and Public Health,
Год журнала:
2024,
Номер
21(6), С. 675 - 675
Опубликована: Май 24, 2024
The
Brazilian
Amazon,
a
vital
tropical
region,
faces
escalating
threats
from
human
activities,
agriculture,
and
climate
change.
This
study
aims
to
assess
the
relationship
between
forest
fire
occurrences,
meteorological
factors,
hospitalizations
due
respiratory
diseases
in
Legal
Amazon
region
2009
2019.
Employing
simultaneous
equation
models
with
official
data,
we
examined
association
deforestation-induced
fires
health
issues.
Over
studied
period,
recorded
staggering
1,438,322
wildfires,
1,218,606
(85%)
occurring
during
August–December,
known
as
season.
During
season,
substantial
portion
(566,707)
of
total
1,532,228
hospital
admissions
for
were
individuals
aged
0–14
years
60
above.
A
model
consisting
two
sets
equations
was
constructed.
illustrates
seasonal
fluctuations
conditions
driving
activities
associated
increased
fires.
It
also
represents
how
air
quality
variations
impact
occurrence
modeling
approach
unveiled
that
drier
conditions,
elevated
temperatures,
reduced
precipitation
exacerbate
incidents,
impacting
at
rate
high
22
per
1000
events
season
2009–2019.
research
highlights
urgent
need
environmental
policies
mitigate
effects
rainforest
stressing
interplay
deforestation,
change,
human-induced
on
health.
The Journal of Climate Change and Health,
Год журнала:
2024,
Номер
17, С. 100313 - 100313
Опубликована: Апрель 4, 2024
Fossil
fuel
combustion
and
climate
change
are
endangering
respiratory
health.
As
these
threats
increase,
healthcare
delivery
systems
must
adapt
build
resilience.
In
this
scoping
review,
we
aim
to
assess
the
current
landscape
of
care
impacts
from
change,
identifying
priorities
for
future
study.
We
performed
a
review
scientific
gray
literature,
selected
institutional
websites,
understand
on
healthcare.
Medline,
Embase,
Scopus,
Cochrane
Library,
Lens.org,
Google
Scholar
were
searched
database
inception
through
28
July
2023.
The
initial
search
yielded
1207
unique
articles.
Of
67
articles
identified
as
relevant
care,
50
(74.6%)
had
been
published
between
2020
most
studied
severe
weather
exposures
extreme
heat
(n
=
31,
46.3%),
particulate
matter
not
wildfires
22,
32.8%),
19,
28.4%).
Respiratory-related
hospital
admissions
33,
49.3%)
emergency
department
visits
24,
35.8%)
common
study
outcomes.
Few
studies
potential
telehealth
services,
facility
energy
distribution,
pharmaceutical
supplies.
Climate
is
projected
increase
respiratory-related
admissions.
Limited
research
available
economic
costs,
infrastructure
effects,
supply
chain
impacts.
While
increasing
strain
systems,
additional
work
needed
develop
evidence-based
strategies
adaptation.
Jornal de Pediatria,
Год журнала:
2025,
Номер
unknown
Опубликована: Янв. 1, 2025
To
assess
the
impact
of
climate
change
and
air
pollution
on
children's
respiratory
health.
Narrative
review
articles
published
in
English,
Portuguese,
French,
Spanish
last
decade
following
databases:
PubMed,
Google
Scholar,
EMBASE,
SciELO.
The
keywords
used
this
search
were:
changes
OR
indoor
pollutants
wildfires
AND
human
health
children
exposome.
Increases
extreme
weather
events,
such
as
heat
waves,
forest
fires,
floods,
droughts,
hurricanes,
dust
storms,
put
system
at
greater
risk.
growing
global
increase
diseases
recent
decades
raises
questions
about
environmental
factors
resulting
from
industrialization,
urbanization,
individual's
Understanding
it
better
is
a
key
point
for
treatment.
