Journal of Clinical Medicine,
Journal Year:
2024,
Volume and Issue:
13(8), P. 2228 - 2228
Published: April 12, 2024
Background:
Autonomic
function
and
baroreflex
control
might
influence
the
survival
rate
of
coronavirus
disease
2019
(COVID-19)
patients
admitted
to
intensive
care
unit
(ICU)
compared
respiratory
failure
without
COVID-19
(non-COVID-19).
This
study
describes
physiological
mechanisms
in
critically
ill
ICU
comparison
non-COVID-19
individuals
with
aim
improving
stratification
mortality
risk.
Methods:
We
evaluated
autonomic
markers
extracted
from
heart
period
(HP)
systolic
arterial
pressure
(SAP)
variability
acquired
at
rest
supine
position
(REST)
during
a
modified
head-up
tilt
(MHUT)
17
(age:
63
±
10
years,
14
men)
33
60
12
23
their
stays.
Patients
were
categorized
as
survivors
(SURVs)
or
non-survivors
(non-SURVs).
Results:
found
that
populations
exhibited
similar
vagal
sympathetic
markers;
however,
featured
smaller
sensitivity
an
unexpected
reduction
HP-SAP
association
MHUT
group.
Nevertheless,
none
functions
could
distinguish
SURVs
non-SURVs
either
population.
Conclusions:
concluded
more
preserved
individuals,
even
though
this
information
is
ineffective
stratifying
Journal of Clinical Medicine,
Journal Year:
2021,
Volume and Issue:
10(24), P. 5861 - 5861
Published: Dec. 14, 2021
Coronavirus
disease-19
(COVID-19)
is
a
predominantly
respiratory
syndrome.
Growing
reports
about
SARS-CoV-2
neurological
involvement,
including
autonomic
dysfunction
(AD),
have
been
reported,
mostly
in
critically-ill
patients,
or
the
long-COVID
In
this
observational,
cross-sectional
study,
we
investigated
prevalence
of
AD
20
non-critically-ill
COVID-19
patients
(COVID+
group)
acute
phase
disease
through
composite
instrumental
evaluation
consisting
Sudoscan,
automated
pupillometry,
heart
rate
variability
(HRV),
and
pulse
transit
time
(PTT).
All
parameters
were
compared
to
control
group
healthy
volunteers
(COVID−
group).
COVID+
presented
higher
values
pupillary
dilatation
velocities,
baseline
pupil
diameter
than
COVID−
subjects.
Moreover,
incidence
feet
sudomotor
group.
No
significant
differences
emerged
HRV
PTT
between
groups.
study
observed
occurrence
early
stage
disease.
Frontiers in Physiology,
Journal Year:
2022,
Volume and Issue:
12
Published: Jan. 21, 2022
Previous
studies
suggest
that
autonomic
dysfunction
is
associated
with
disease
severity
in
acute
phase
patients
coronavirus
2019
(COVID-19).
However,
the
association
between
and
pulmonary
sequelae
COVID-19
unknown.
We
conducted
a
prospective
study
to
investigate
discharged
for
6
months.
included
40
eligible
participants
collected
following
indicators:
heart
rate
variability
(HRV),
function
tests
(PFTs),
lung
X-ray
computed
tomography
(CT),
routine
blood
parameters,
liver
lymphocyte
subsets.
found
at
months
post-discharge,
HRV
still
had
tight
correlation
fibrosis.
There
was
significant
difference
without
diffusion
dysfunction,
but
did
not
differ
or
ventilatory
dysfunction.
Diffusion
fibrosis
were
tightly
associated,
index
changes
same
trend
as
of
They
lower
standard
deviation
NN
intervals
(SDNN),
average
(SDANN),
triangular
index,
higher
ratio
LF
HF
power
(LF/HF).
In
addition,
WBC,
neutrophils,
CD4/CD8
correlated
HRV.
concluded
closely
immune
mechanisms
may
potentially
contribute
this
process.
International Journal of Environmental Research and Public Health,
Journal Year:
2023,
Volume and Issue:
20(3), P. 2251 - 2251
Published: Jan. 27, 2023
Coronavirus
disease
2019
(COVID-19)
has
detrimental
multi-system
consequences.
Symptoms
may
appear
during
the
acute
phase
of
infection,
but
literature
on
long-term
recovery
young
adults
after
mild
to
moderate
infection
is
lacking.
Heart
rate
variability
(HRV)
allows
for
observation
autonomic
nervous
system
(ANS)
modulation
post-SARS-CoV-2
infection.
Since
physical
activity
(PA)
can
help
improve
ANS
modulation,
investigating
factors
that
influence
HRV
outcomes
COVID-19
essential
advancements
in
care
and
intervention
strategies.
Clinicians
use
this
research
aid
development
non-medication
interventions.
At
baseline,
18
control
(CT)
20
post-COVID-19
(PCOV)
participants
were
observed
where
general
anamnesis
was
performed,
followed
by
PA
assessment.
Thus,
10
CT
7
PCOV
subjects
returned
follow-up
(FU)
evaluation
6
weeks
complete
immunization
(two
doses)
assessments
repeated.
Over
period,
a
decrease
sympathetic
(SNS)
(mean
heart
rate:
p
=
0.0024,
CI
-24.67--3.26;
SNS
index:
0.0068,
-2.50--0.32)
increase
parasympathetic
(PNS)
RR:
0.0097,
33.72-225.51;
PNS
0.0091,
-0.20-1.47)
observed.
follow-up,
not
different
between
groups
(p
>
0.05).
Additionally,
no
differences
moments
groups.
This
study
provides
evidence
SARS-CoV-2
insult
over
independent
changes
PA.
Cureus,
Journal Year:
2024,
Volume and Issue:
unknown
Published: March 15, 2024
In
this
paper
we
synthesize
an
expansive
body
of
literature
examining
the
multifaceted
influence
chiropractic
care
on
processes
within
and
modulators
neuroendocrine-immune
(NEI)
system,
for
purpose
generating
inductive
hypothesis
regarding
potential
impacts
integrated
physiology.
Taking
a
broad,
interdisciplinary,
integrative
view
two
decades
research-documented
outcomes
care,
inclusive
reports
ranging
from
systematic
meta-analysis
randomized
observational
trials
to
case
cohort
studies,
review
encapsulates
rigorous
analysis
research
suggests
appropriateness
more
perspective
impact
systemic
A
novel
salutogenic,
health-promoting
effects
adjustment
is
presented,
focused
improvement
physical
indicators
well-being
adaptability
such
as
blood
pressure,
heart
rate
variability,
sleep,
benefits
that
may
be
facilitated
through
multiple
neurologically
mediated
pathways.
Our
findings
support
biological
plausibility
complex
intervention
not
limited
simple
neuromusculoskeletal
open
new
avenues
future
research,
specifically
exploration
mapping
precise
neural
pathways
networks
influenced
by
adjustment.
Journal of Clinical Medicine,
Journal Year:
2024,
Volume and Issue:
13(8), P. 2228 - 2228
Published: April 12, 2024
Background:
Autonomic
function
and
baroreflex
control
might
influence
the
survival
rate
of
coronavirus
disease
2019
(COVID-19)
patients
admitted
to
intensive
care
unit
(ICU)
compared
respiratory
failure
without
COVID-19
(non-COVID-19).
This
study
describes
physiological
mechanisms
in
critically
ill
ICU
comparison
non-COVID-19
individuals
with
aim
improving
stratification
mortality
risk.
Methods:
We
evaluated
autonomic
markers
extracted
from
heart
period
(HP)
systolic
arterial
pressure
(SAP)
variability
acquired
at
rest
supine
position
(REST)
during
a
modified
head-up
tilt
(MHUT)
17
(age:
63
±
10
years,
14
men)
33
60
12
23
their
stays.
Patients
were
categorized
as
survivors
(SURVs)
or
non-survivors
(non-SURVs).
Results:
found
that
populations
exhibited
similar
vagal
sympathetic
markers;
however,
featured
smaller
sensitivity
an
unexpected
reduction
HP-SAP
association
MHUT
group.
Nevertheless,
none
functions
could
distinguish
SURVs
non-SURVs
either
population.
Conclusions:
concluded
more
preserved
individuals,
even
though
this
information
is
ineffective
stratifying
