Training
has
a
significative
effect
on
physiology
of
blood
coagulation
both
in
humans
and
horses.
Several
hemostatic
changes
have
been
reported
after
exercise
the
horse
but
data
available
are
inconclusive.
The
aim
this
study
was
to
investigate
platelet
activation
primary
platelet-related
hemostasis
modifications
young
untrained
Thoroughbred
racehorses
first
4-month
timeframe
incremental
training
period
order
improve
knowledge
topic.
Twenty-nine
clinically
healthy,
untrained,
2-year-old
racehorses.
Never
trained
Thoroughbreds
were
followed
during
their
sprint
schedule.
Blood
collection
performed
once
month
(T-30,
T0,
T30,
T60,
T90).
Platelet
aggregation
measured
by
light
transmission
aggregometer
response
various
agonists:
adenosine
diphosphate
(ADP),
collagen
calcium
ionophore
A23187.
function
evaluated
using
Function
Analyzer
(PFA-100®)
collagen/ADP
collagen/adrenaline
cartridges.
Nitrite-nitrate
(NOx)
plasma
concentrations
colorimetric
assay
assess
vivo
nitric
oxide
bioavailability.
investigated
also
through
gene
expression
analyses
(selectin
P-SELP,
ectonucleotidase
CD39-ENTPD1,
prostaglandin
I2
synthase-PTGIS,
endothelial
synthase
3-NOS3).
Differences
among
time
points
analyzed
mean±SEM
calculated.
Significant
identified
compared
with
T-30
increase
(collagen:32.6±4.8
vs
21.6±4.9%;
ADP:
35.5±2.0
24.5±3.1%;
A23187:
30±4.7
23.8±4%)
shorter
closure
C-ADP
cartridges
(75.6±4.4
87.7±3.4
sec)
that
tended
return
baseline
value
at
T90.
NOx
significantly
increased
30
days
program
baseline.
long-term
induce
hyperactivity
already
Thoroughbreds.
Regular
physical
blunts
negative
effects
acute
efforts
platelets
activation.
Atherosclerosis,
Journal Year:
2024,
Volume and Issue:
395, P. 117577 - 117577
Published: May 10, 2024
A
sedentary
lifestyle,
low
levels
of
physical
activity
and
fitness,
poor
dietary
patterns,
psychosocial
stress
are
strongly
associated
with
increased
morbidity
mortality
from
atherosclerotic
cardiovascular
disease
(ASCVD).
Conversely,
engaging
in
regular
activity,
maintaining
optimal
fitness
levels,
adhering
to
a
heart-healthy
pattern,
effectively
managing
body
weight,
ensuring
adequate
sleep,
implementing
stress-reduction
strategies,
addressing
risk
factors
reduced
ASCVD.
This
comprehensive
review
synthesizes
current
evidence
large
observational
studies
randomized
controlled
trials
on
lifestyle
as
determinants
ASCVD
health.
It
also
briefly
reviews
mechanistic
insights
into
how
such
shear
stress,
reactive
oxygen
species
production,
chronic
inflammation,
platelets
coagulation
activation,
endothelial
dysfunction,
sympathetic
hyperactivity
contribute
the
initiation
exacerbation
factors.
These
include
obesity,
hyperglycemia,
type
2
diabetes,
hypertension,
dyslipidemia,
subsequently
leading
development
progression
atherosclerosis,
ultimately
resulting
or
acute
events.
To
bridge
translational
gap
between
epidemiologic
trial-based
clinical
practice,
practical
recommendations
summarized
facilitate
translation
scientific
knowledge
actionable
interventions
promote
Acknowledged
is
evidence-based
adoption
within
healthcare
systems,
which
remains
crucial
objective
advancing
health
at
population
level.
International Journal of Molecular Sciences,
Journal Year:
2025,
Volume and Issue:
26(3), P. 1098 - 1098
Published: Jan. 27, 2025
This
article
reviews
the
synergistic
effects
of
antioxidant-enriched
functional
foods
and
exercise
in
improving
metabolic
health,
focusing
on
underlying
molecular
mechanisms.
The
review
incorporates
evidence
from
PubMed,
SCOPUS,
Web
Science,
PsycINFO,
reference
lists
relevant
up
to
20
December
2024,
highlighting
central
role
Nrf2
pathway.
As
a
critical
regulator
oxidative
stress
adaptation,
mediates
benefits
these
interventions.
presents
an
innovative
approach
understanding
regulation
inflammation,
its
potential
prevention
treatment
various
diseases,
including
cancer,
neurodegenerative
disorders,
cardiovascular
pulmonary
diabetes,
inflammatory
conditions,
ageing,
infections
such
as
COVID-19.
novelty
this
study
is
investigate
bioactive
compounds
found
(such
polyphenols,
flavonoids,
vitamins)
exercise-induced
activation
combined
reveals
their
improve
insulin
sensitivity
lipid
metabolism
reduce
offering
promising
strategy
for
management
chronic
diseases.
However,
there
are
significant
gaps
current
research,
particularly
regarding
mechanisms
interaction
between
diet,
physical
activity,
activation,
well
long-term
different
populations,
those
with
In
addition,
interactions
other
signalling
pathways,
AMPK,
NF-κB,
PI3K/Akt,
collective
contributions
health
explored.
Furthermore,
novel
biomarkers
presented
assess
impact
strategies,
NAD+/NADH
ratio,
GSH
markers
mitochondrial
health.
findings
provide
valuable
insights
into
how
integration
antioxidant-rich
diet
regular
can
by
activating
related
pathways
represent
strategies
disorders.
Further
studies
needed
fully
understand
therapeutic
interventions
diseases
stress,
disease,
cancer.
PLoS ONE,
Journal Year:
2025,
Volume and Issue:
20(2), P. e0314698 - e0314698
Published: Feb. 4, 2025
Aerobic
exercise
exerts
a
significant
impact
on
the
gut
microbiota
imbalance
and
atherosclerosis
induced
by
high-fat
diet.
However,
whether
fecal
transplantation,
based
aerobic
exercise,
can
improve
progression
remains
unexplored.
In
this
study,
we
utilized
male
C57
mice
to
establish
models
of
atherosclerosis,
followed
transplantation(Fig
1a).
Firstly,
analyzed
body
weight,
somatotype,
adipocyte
area,
aortic
HE
images
model
mice.
Our
findings
revealed
that
diet
-induced
exhibited
elevated
lipid
accumulation,
larger
more
severe
progression.
Additionally,
assessed
plasma
levels,
inflammatory
factors,
composition
in
each
group
displayed
dyslipidemia
along
with
responses
reduced
diversity
as
well
abundance
beneficial
bacteria.
Subsequently
performing
transplantation
demonstrated
experienced
weight
loss
accompanied
accumulation
while
normalizing
their
profile;
furthermore
it
significantly
improved
blood
lipids
inflammation
markers
thereby
exhibiting
notable
anti-
effects.
The
suggest
modify
diet-induced
atherosclerosis(Fig
1b).
Moreover,
these
effects
be
effectively
transmitted
through
offering
promising
therapeutic
approach
for
managing
atherosclerosis.
Journal of sport and health science/Journal of Sport and Health Science,
Journal Year:
2023,
Volume and Issue:
13(3), P. 311 - 338
Published: Nov. 3, 2023
Regular
physical
exercise
has
been
recognized
as
a
potent
modulator
of
immune
function,
with
its
effects
including
enhanced
surveillance,
reduced
inflammation,
and
improved
overall
health.
While
strong
evidence
exists
that
affects
the
specific
expression
activity
non-coding
RNAs
(ncRNAs)
also
involved
in
system
regulation,
heterogeneity
individual
study
designs
analyzed
protocols
exists,
condensed
list
functional,
exercise-dependent
ncRNAs
known
targets
is
missing
from
literature.
A
systematic
review
qualitative
analysis
was
used
to
identify
categorize
participating
modulation
by
exercise.
Two
combined
approaches
were
used:
(a)
literature
search
for
"ncRNA
immunology",
(b)
database
microRNAs
(miRNAs)
(miRTarBase
DIANA-Tarbase
v8)
aligned
target
genes
based
on
Reactome
database,
exercise".
Literature
searches
PubMed,
Web
Science,
SPORTDiscus;
miRNA
databases
filtered
validated
vitro
experimental
data.
Studies
eligible
if
they
reported
exercise-based
interventions
healthy
humans.
After
duplicate
removal,
95
studies
included
reporting
164
miRNAs,
which
synthesis.
Six
long-noncoding
(lncRNAs)
or
circular
identified.
Results
using
ordering
tables
modality
(endurance/resistance
exercise),
acute
chronic
interventions,
well
consistency
change
between
studies.
Evaluation
criteria
defined
"validated"
100%
≥3
independent
showing
identical
direction
"plausible"
(≥80%),
"suggestive"
(≥70%).
For
resistance
exercise,
upregulation
miR-206
while
downregulation
miR-133a
appeared
plausible.
endurance
15
miRNAs
categorized
validated,
12
being
consistently
elevated
3
downregulated,
most
them
after
training.
In
conclusion,
our
approach
provides
play
major
role
exercise-induced
innate
adaptive
targeting
different
pathways
affecting
cell
distribution,
trafficking
production
(anti-)inflammatory
cytokines.
miR-15,
miR-29c,
miR-30a,
miR-142/3,
miR-181a,
miR-338
emerged
key
players
mediating
immunomodulatory
predominantly
bouts
Lipids in Health and Disease,
Journal Year:
2024,
Volume and Issue:
23(1)
Published: Feb. 10, 2024
Abstract
Objective
This
study
aims
to
investigate
the
prevalence
of
dyslipidemia
and
assess
joint
association
physical
activity
(PA)
diet
quality
on
risk
in
urban
areas
Xinjiang.
Methods
Conducted
from
July
2019
September
2021
Xinjiang,
China,
this
cross-sectional
involved
11,855
participants
(mean
age
47.1
±
9.4
years,
53.1%
male).
Standard
methods
were
used
measure
plasma
cholesterol
levels,
validated
questionnaires
employed
evaluate
dietary
habits
PA.
The
definition
is
based
2023
Chinese
guidelines
for
lipid
management.
PA
was
divided
into
guideline-recommended
moderate-to-vigorous
(MVPA)
non-MVPA,
following
World
Health
Organization
guidelines.
Food
Frequency
Questionnaire
obtain
intake
frequency
each
term.
Each
item
scored
consumption
three
groups
(good,
intermediate,
poor)
total
score.
Multivariate
logistic
regression
analysis
performed
identify
factors,
as
well
quality.
Results
Dyslipidemia
among
adults
Xinjiang
39.3%,
with
notable
sex
disparities
(52.6%
males
vs.
24.3%
females,
P
<
0.001).
Among
dyslipidemia,
awareness,
treatment
control
rates
6.9%,
3.1%,
1.9%,
respectively.
A
significant
multiplicative
interaction
between
associated
(P
0.05).
Less
poor
an
increased
odds
dyslipidemia.
Even
individuals
(OR
=
1.464,
95%
CI:
1.106–1.939)
or
intermediate
1.229,
1.003–1.505)
but
adhering
recommended
MVPA
had
lower
compared
those
good
inadequate
1.510,
1.252–1.821).
Conclusions
39.3%
limited
treatment,
control.
Following
maintaining
protective
against
Low
levels
a
higher
even
JMIR Aging,
Journal Year:
2025,
Volume and Issue:
8, P. e64148 - e64148
Published: Jan. 21, 2025
Background
The
atherosclerotic
cardiovascular
disease
(ASCVD)
is
associated
with
dementia.
However,
the
risk
factors
of
dementia
in
patients
ASCVD
remain
unclear,
necessitating
development
accurate
prediction
models.
Objective
aim
study
to
develop
a
machine
learning
model
for
use
predict
using
available
clinical
and
sociodemographic
data.
Methods
This
prognostic
included
between
2006
2010,
registration
follow-up
data
ending
on
April
2023
based
UK
Biobank.
We
implemented
data-driven
strategy,
identifying
predictors
from
316
variables
developing
incident
dementia,
Alzheimer
disease,
vascular
within
5,
10,
longer-term
ASCVD.
Results
A
total
29,561
were
included,
1334
(4.51%)
developed
during
median
time
10.3
(IQR
7.6-12.4)
years.
best
(UK
Biobank
model)
was
light
gradient
boosting
machine,
comprising
10
including
age,
complete
pairs
matching
tasks,
mean
correctly
identify
matches,
sphered
cell
volume,
glucose
levels,
forced
expiratory
volume
1
second
z
score,
C-reactive
protein,
vital
capacity,
engaging
activities,
age
first
had
sexual
intercourse.
achieved
following
performance
metrics
all
dementia:
area
under
receiver
operating
characteristic
curve:
0.866
(SD
0.027),
accuracy:
0.883
0.010),
sensitivity:
0.637
0.084),
specificity:
0.914
0.012),
precision:
0.479
0.031),
F1-score:
0.546
0.043).
Meanwhile,
this
well-calibrated
(Kolmogorov-Smirnov
test
showed
goodness-of-fit
P
value>.99)
maintained
robust
across
different
temporal
cohorts.
Besides,
beneficial
potential
practice
decision
curve
analysis.
Conclusions
findings
suggest
that
predictive
modeling
could
inform
clinicians
about
at
Animals,
Journal Year:
2024,
Volume and Issue:
14(3), P. 414 - 414
Published: Jan. 27, 2024
Training
has
a
significant
effect
on
the
physiology
of
blood
coagulation
in
humans
and
horses.
Several
hemostatic
changes
have
been
reported
after
exercise
horse
but
data
available
are
inconclusive.
The
aim
this
study
was
to
investigate
platelet
activation
primary
platelet-related
hemostasis
modifications
young
never-trained
Thoroughbreds
first
incremental
training
period
order
improve
knowledge
topic.
Twenty-nine
clinically
healthy,
untrained,
2-year-old
Thoroughbred
racehorses
were
followed
during
their
4-month
sprint
training.
Blood
collection
performed
once
month,
five
times
total
(T-30,
T0,
T30,
T60,
T90).
Platelet
aggregation
measured
by
light
transmission
aggregometry
response
various
agonists:
adenosine
diphosphate
(ADP),
collagen,
calcium
ionophore
A23187.
function
evaluated
using
analyzer
(PFA-100®)
collagen/ADP
collagen/adrenaline
cartridges.
Nitrite-nitrate
(NOx)
plasma
concentrations
via
colorimetric
assay
assess
vivo
nitric
oxide
bioavailability.
also
investigated
through
gene
expression
analyses
(selectin
P-SELP,
ectonucleotidase
CD39-ENTPD1,
prostaglandin
I2
synthase-PTGIS,
endothelial
synthase
3-NOS3).
Differences
among
time
points
analyzed
mean
±
SEM
calculated.
Significant
identified
compared
with
T-30,
an
increase
(collagen:32.6
4.8
vs.
21.6
4.9%;
ADP:
35.5
2.0
24.5
3.1%;
A23187:
30
4.7
23.8
4%)
shorter
closure
C-ADP
cartridges
(75.6
4.4
87.7
3.4
s)
that
tended
return
baseline
value
at
T90.
NOx
significantly
increased
days
program
baseline.
long-term
seems
induce
hyperactivity
Thoroughbreds.
Regular
physical
reduces
negative
effects
acute
efforts
activation.