O
livro
"Abordagens,
questões
e
avanços
na
saúde
sociedade"
foi
organizado
com
o
objetivo
de
recrutar
textos
científicos
diversos
pesquisadores
do
Brasil
avaliar
que
essa
comunidade
científica
está
produzindo
para
melhorar
entendimento
das
pesquisas
em
sociedade.
Encontramos
artigos
revisão,
prospecções,
estudos
casos
experimentais
grande
relevância
a
literatura
científica.
ISBN:
978-65-5388-115-0DOI:
doi.org/10.36926/editorainovar-978-65-5388-115-0
Biografia
dos
organizadores
Guilherme
Antônio
Lopes
Oliveira
-
Doutor
Biotecnologia
pela
Rede
Nordeste
UFPI,
estágio
Doutorado
Sanduíche
no
Departamento
Farmacologia
da
Universidade
Sevilla
Espanha.
Especialista
Docência
Ensino
Superior
Análises
Clínicas
Microbiologia
Cândido
Mendes.
Bacharel
Biomedicina
Faculdade
Maurício
Nassau/Aliança.
Tem
experiência
Bioprospecção
Produtos
Naturais
ênfase
Antioxidantes
Anti-inflamatórios.
Professor
Christus
Piauí
CHRISFAPI.
Defendeu
Tese
aos
26
anos,
considerado
um
doutores
mais
jovens
gerando
repercussão
nacional
internacional
decorrência
história
superação.
Foi
condecorado
Insígnia
Comendador
Ordem
Mérito
Renascença
Estado
Piauí,
Concedeu
entrevistas
à
nível
como
Programa
Encontro
Fátima
Bernardes
Globo
Domingo
Espetacular
Record
TV.
Mais
informações
podem
ser
conferidas
aba
Produção
Técnica
Entrevistas,
Mesas-redondas,
programas
comentários
mídia.
Contato
Instagram:
@drguilhermelopes
Genyvana
Criscya
Garcia
Carvalho
Possui
graduação
Direito
Ciências
Humanas,
Saúde,
Exatas
Jurídicas
Teresina
CEUT
(2010)
Graduação
Pedagogia
Federal
-UFPI
(2010).
Mestrado
Educação
UFPI
(2013).
UNIP/São
Paulo
(2022).
Advogada.
Pedagoga
Secretaria
Municipal
Saúde
Piripiri.
Acadêmica
Medicina.
Gabriel
Mauriz
Moura
Rocha
Engenharia
Biomédica
(Universidade
Brasil).
Mestre
Camilo
Castelo
Branco
(UNICASTELO).
Pós
Graduado
Fisioterapia
Cardiorrespiratória
(CEUT)
(FLATED).
pelo
Centro
Unificado
(CEUT).
Piaui
Coordenador
Curso
Chrisfapi.
Atua
nas
áreas
Envelhecimento
Oncologia.
Atualmente
é
Secretário
Piripiri
–
PI.
Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Апрель 21, 2025
Abstract
Achieving
WHO
air
pollution
guidelines
is
critical
to
reduce
the
health
burden
of
pollution,
which
disproportionately
affects
socioeconomically
disadvantaged
populations
and
varies
by
sector,
spatial
distribution,
seasonal
trends.
This
study
explores
implications
sectorial
spatial-seasonal
patterns,
socio-economic
disparities,
15-minute
communities
achieve
(2021)
quality
for
PM
2.5
NO
2
.
The
analyses
spatial-temporal
patterns
in
Belgium.
Seasonal
exposure
assessed
through
summer-to-winter
ratios,
stratified
land
cover,
urbanisation,
proximity
roads,
linked
disparities
using
LOESS
regression.
A
case
evaluates
mitigation
potential
traffic-related
leveraging
Mobiscore
tool
explore
relationship
between
accessibility
car
ownership,
a
proxy
emissions.
show
marked
variations,
with
higher
concentration
ratios
summer
near
busy
roads
urban
centres,
especially
In
general
pattern
more
heterogenous
compared
pattern.
Winter
significantly
hampers
meeting
targets,
although
levels
remain
high
around
major
traffic
routes.
observed
NO₂
highlight
significant
inequalities,
most
deprived
burdened
pollution.
results
from
our
case-study
mitigate
demonstrate
that,
up
8.0,
ownership
remains
constant
increasing
availability
services
public
transport.
From
turning
point
ownerships
starts
drop
significantly,
indicating
that
improving
Mobiscores
very
scores
(
>
=
8.0)
may
lead
reduced
lower
emissions
exposure.
Our
highlights
important
their
implications,
emphasizing
need
season-specific
structural
interventions
meet
on
mitigating
identifies
threshold
where
sufficient
transport
service
reduction
ownership.
Addressing
crucial,
as
these
areas
often
face
greater
challenges
guidelines,
particularly
NO₂.
PLOS Digital Health,
Год журнала:
2023,
Номер
2(12), С. e0000405 - e0000405
Опубликована: Дек. 21, 2023
The
flu
season
is
caused
by
a
combination
of
different
pathogens,
including
influenza
viruses
(IVS),
that
cause
the
flu,
and
non-influenza
respiratory
(NIRVs),
common
colds
or
influenza-like
illness.
These
exhibit
similar
dynamics
meteorological
conditions
have
historically
been
regarded
as
principal
modulator
their
epidemiology,
with
outbreaks
in
winter
almost
no
circulation
during
summer,
temperate
regions.
However,
after
emergence
SARS-CoV2,
late
2019,
these
were
strongly
perturbed
worldwide:
some
infections
displayed
near-eradication,
while
others
experienced
temporal
shifts
occurred
"off-season".
This
disruption
raised
questions
regarding
dominant
role
weather
also
providing
an
unique
opportunity
to
investigate
roles
determinants
on
epidemiological
IVs
NIRVs.
Here,
we
employ
statistical
analysis
modelling
test
effects
mobility
viral
dynamics,
before
COVID-19
pandemic.
Leveraging
surveillance
data
several
viruses,
from
Canada
USA,
2016
2023,
found
whereas
pre-COVID-19
pandemic
period,
had
strong
effect,
period
effect
was
reduced
played
more
relevant
role.
results,
together
previous
studies,
indicate
behavioral
changes
resulting
non-pharmacological
interventions
implemented
control
interfered
other
past
dynamical
equilibrium
disturbed,
perhaps
permanently
altered,
Environmental Research,
Год журнала:
2023,
Номер
236, С. 116755 - 116755
Опубликована: Июль 29, 2023
Several
studies
have
examined
the
possible
relationship
between
air
pollutants
and
risk
of
COVID-19
but
most
returned
controversial
findings.
We
tried
to
assess
association
(short-
long-term)
exposure
particulate
gaseous
pollutants,
SARS-CoV-2
infections,
immune
response
in
a
population
healthcare
workers
(HCWs)
with
well-characterized
individual
data.
collected
occupational
clinical
characteristics
all
HCWs
who
performed
nasopharyngeal
swab
(NPS)
for
detecting
at
Policlinico
Hospital
Milan
(Lombardy,
Italy)
February
24,
2020
(day
after
first
documented
case
our
hospital)
December
26,
before
start
vaccination
campaign).
Each
subject
was
assigned
daily
average
levels
matter
≤10
μm
(PM10),
nitrogen
dioxide
(NO2),
ozone
(O3)
retrieved
from
quality
monitoring
station
closest
his/her
residential
address.
Air
pollution
data
were
treated
as
time-dependent
variables,
generating
person-days
risk.
Multivariate
Poisson
regression
models
fit
evaluate
rate
positive
NPS
antibody
titer
among
NPS-positive
HCWs.
Among
3712
included
HCWs,
635
(17.1%)
had
least
one
NPS.
A
10
μg/m3
increase
NO2
concentration
four
days
preceding
associated
higher
testing
[Incidence
Rate
Ratio
(IRR)
=
1.08,
95%
confidence
interval
(CI):
1.01;
1.16)].
When
considering
1
2019
annual
average,
we
observed
infection
(IRR:
1.02,
95%CI:
1.00;
1.03)
an
increased
(+2.4%,
1.1;
3.6%).
Findings
on
PM10
O3
less
consistent
and,
differently
NO2,
not
confirmed
multipollutant
models.
Our
study
increases
body
evidence
suggesting
active
role
confirms
importance
implementing
reduction
policies
improve
public
health.
Research Square (Research Square),
Год журнала:
2023,
Номер
unknown
Опубликована: Май 30, 2023
Abstract
Introduction
Following
lockdown
periods
and
restricting
public
health
measures
in
response
to
the
COVID-19
pandemic,
respiratory
tract
infections
(RTIs)
rose
significantly
worldwide.
This
led
an
increased
burden
on
children's
hospitals
compromising
medical
care
of
acutely
chronically
ill
children.
We
characterized
changes
epidemiological
pattern
circulating
viral
infections.
Methods
assessed
number
patients
with
RTIs
annual
distribution
virus
detections
between
2019
2022
based
4809
clinical
samples
(4131
patients)
from
a
German
pediatric
tertiary
care-center.
investigated
impact
spectra
viruses,
coinfections,
age,
seasonality
Results
A
fourfold
increase
was
observed
vs
numbers
doubling
(vs
2021).
In
2022,
seasonal
patterns
circulation
were
less
pronounced
appeared
have
disappeared
for
Rhino/Enterovirus.
SARS-CoV-2,
Parainfluenza-
human
Metapneumovirus
(2019
p
<
0.01).
Coinfections
multiple
viruses
occurred
more
frequently
since
2021
compared
pre-pandemic
years,
especially
younger
children
Conclusion
Compared
we
dramatic
incrementing
spectrum
predominance
Rhino/Enterovirus
–
leading
high
rate
hospital
admissions,
particularly
conjunction
other
viruses.
caused
acute
shortage
may
also
be
followed
by
virus-triggered
secondary
chronic
diseases
like
asthma
-
rendering
system.
ERJ Open Research,
Год журнала:
2023,
Номер
10(3), С. 00880 - 2023
Опубликована: Ноя. 30, 2023
The
2023
European
Respiratory
Society
Congress
took
place
on
a
hybrid
platform,
with
participants
joining
online
and
in-person
in
Milan,
Italy.
congress
welcomed
over
20
000
attendees,
bringing
together
exciting
updates
respiratory
science
medicine
from
around
the
world.
In
this
article,
early
career
members
of
Assembly
10
(Respiratory
Infections)
summarise
selection
sessions
across
broad
range
topics,
including
presentations
bronchiectasis,
nontuberculous
mycobacteria,
tuberculosis,
cystic
fibrosis
coronavirus
disease
2019.
Research Square (Research Square),
Год журнала:
2024,
Номер
unknown
Опубликована: Янв. 30, 2024
Abstract
Purpose:
Studies
have
demonstrated
important
changes
in
the
seasonality
of
pediatric
respiratory
illnesses
since
onset
COVID-19
pandemic.
The
aim
this
study
was
to
describe
epidemiology
childhood
wheezing
episodes
before
and
after
start
pandemic
relation
their
potentially
associated
environmental
triggers.
Methods:
Files
all
children
treated
with
salbutamol
for
a
episode
September
October
2019,
2020
2021
were
retrospectively
reviewed.
Infection
epidemiology,
daily
concentrations
air
pollutants
(NO
2
,
O
3,
PM
10
2.5
)
fungal
spores
collected
over
same
time
period.
Results:
In
2021,
298
observed
compared
111
86
2019
(p<0.001).
Compared
significantly
older
(p<0.001),
less
likely
history
recurrent
(p<0.001)
required
hospitalization
(p=0.034).
Adenovirus
SARS-CoV-2
more
prevalent
as
concentration
3
higher
both
while
NO
airborne
lower
(p<0.0001).
Conclusion:
A
threefold
increase
autumn
post-COVID
(2021)
pre-COVID
(2019)
together
significant
some
viruses
most
pollutants.
We
hypothesize
that
abnormal
surge
may
be
related
release
restrictions
rapid
spread
who
exposed
high
levels
pollution.
Atmospheric Environment,
Год журнала:
2024,
Номер
336, С. 120745 - 120745
Опубликована: Авг. 6, 2024
Temperature
and
humidity
are
known
to
influence
seasonal
patterns
of
hand,
foot
mouth
disease
(HFMD)
transmission.
However,
the
effect
air
pollution
climate-air
interaction
on
intensity
HFMD
epidemics
is
poorly
understood.
This
study
aims
quantify
exposure-response
effects
risk
by
level
meteorological
indicators
in
Zhejiang
Province.
A
spatiotemporal
Bayesian
hierarchical
model
was
used
determine
association
between
pollution,
factors
relative
(RR)
HFMD.
The
fitted
monthly
case
data
for
92
counties
Province
January
2013,
December
2021.
We
assessed
both
linear
pollutants
HFMD,
modification
role
extreme
weather
conditions
nonlinear
pollutant-HFMD
association.
10
μg/m³
increase
PM10
NO2
concentration
raised
6.6%
(RR
=
1.066,
95%
CI:
1.042,
1.092)
20.8%
1.208,
1.162,
1.256)
respectively.
negatively
associated
with
O3
0.980,
0.968,
0.993),
SO2
0.820,
0.776,
0.868)
CO
0.770,
0.621,
0.956).
Temperature,
humidity,
precipitation
positively
interacted
most
while
wind
speed
had
a
negative
effect.
In
higher
temperature
conditions,
increased.
Elevated
levels
amplified
PM10,
as
did
concentrations
within
certain
range.
Heavy
rainfall
intensified
SO2,
CO.
Results
this
showed
that
incidence,
different
climate
playing
various
roles
associations
primarily
leading
increased
under
conditions.
These
findings
provide
theoretical
basis
personal
protection
government
prevention
control
measures.