Case Report: Potential benefits of a single functional neurology intervention in athletic rehabilitation and recovery: a case study
Frontiers in Sports and Active Living,
Journal Year:
2025,
Volume and Issue:
6
Published: Jan. 17, 2025
This
study
analyze
the
effect
of
a
single
functional
neurology
session
on
sports
performance,
pain
perception,
fatigue
perception
and
thermographic
muscular
response
in
an
international
female
weightlifting
athlete
with
incapacity
to
tolerate
weight.
Functional
is
discipline
leveraging
neuroplasticity
for
non-invasive
recovery
performance
optimization.
We
found
how
improved
load
tolerance,
enabling
her
lift
weights
at
pre-injury
levels
after
just
reduced
from
80
0
90
20
100-point
scale
while
data
showed
up
15%
decrease
body
temperature
indicating
inflammation
muscle
recovery.
Then,
we
intervention
produced
improve
perceptions,
peripheral
vascular
inter-national
initial
supports
incorporation
into
rehabilitation,
under-scoring
its
potential
optimizing
athletes'
health
performance.
Language: Английский
Neuropsychophysiological Effects of a Single Functional Neurology Intervention on Semicircular Canals Stimuli Dysfunction
Behavioral Sciences,
Journal Year:
2025,
Volume and Issue:
15(3), P. 242 - 242
Published: Feb. 20, 2025
This
exploratory
observational
study
analyzed
the
neuropsychophysiological
effects
of
Functional
Neurology
interventions
on
semicircular
canal
dysfunction,
with
a
focus
enhancing
neuromuscular
responses
and
pain
perception.
A
cohort
45
healthy
volunteers,
comprising
both
males
females
an
average
age
26.5
years,
participated
in
this
controlled,
experimental
study.
The
methodology
involved
baseline
assessments
their
psychophysiological
state
physical
abilities,
followed
by
specific
tests
to
analyze
dysfunction.
Participants
then
received
customized
treatment
aimed
at
correcting
detected
imbalances.
were
evaluated
comparing
variables
such
as
hand
strength,
blood
oxygen
saturation,
heart
rate,
Critical
Flicker
Fusion
Threshold
before
after
intervention.
found
significant
increase
tolerance
stimuli,
from
1.0
±
0.0
stimuli
tolerated
intervention
21.0
14.0
post-treatment,
suggesting
that
can
markedly
improve
context
vestibular
However,
no
changes
observed
saturation
or
cortical
arousal,
indicating
these
may
not
affect
all
parameters.
In
conclusion,
show
promise
treating
disorders
significantly
response
tolerance,
despite
impacting
other
measures.
research
underscores
potential
improving
quality
life
for
individuals
dysfunctions
advocates
further
exploration
into
its
comprehensive
neurophysiological
effects.
Language: Английский
Acute Effect of a Single Functional Neurology Intervention on Muscular Trigger Point
Applied Sciences,
Journal Year:
2025,
Volume and Issue:
15(5), P. 2293 - 2293
Published: Feb. 20, 2025
Background:
Myofascial
trigger
points
(MTrPs)
are
hyperirritable
spots
in
skeletal
muscle
associated
with
pain
and
dysfunction,
often
impacting
individuals’
quality
of
life.
Various
interventions,
such
as
dry
needling
manual
therapy,
have
shown
limited
effects
addressing
these
conditions.
This
study
aimed
to
assess
the
effectiveness
a
functional
neurology
intervention
reducing
improving
function
patients
MTrPs
upper
trapezius
muscle.
We
hypothesized
that
single
session
would
significantly
increase
pressure
threshold
(PPT)
improve
peripheral
vascular
response
individuals
myofascial
compared
control
group.
Methods:
A
randomized
controlled
trial
(RCT)
was
conducted
63
participants
randomly
assigned
an
experimental
(receiving
treatment)
or
Pre-
post-treatment
assessments
were
conducted,
both
intra-
inter-group
comparisons
performed
using
algometry
measure
PPT
infrared
thermography
analyze
response.
Data
analyzed
dependent
independent
t-tests
statistical
significance
set
at
p
<
0.05.
Results:
The
group
demonstrated
significant
46.4%
PPT,
while
showed
negligible
changes.
Thermographic
analysis
indicated
improved
blood
flow
group,
reflected
by
increased
skin
temperatures
reduced
thermal
anomalies.
No
differences
observed
between
groups
baseline.
Conclusions:
MTrPs.
These
findings
suggest
offers
promising
non-invasive
alternative
traditional
treatments,
potential
implications
for
more
rapid
sustained
therapeutic
outcomes.
Language: Английский
Psychophysiological Acute Effects of Functional Neurology Intervention on Vestibulo-Ocular Reflex Dysfunction
Journal of Functional Morphology and Kinesiology,
Journal Year:
2025,
Volume and Issue:
10(2), P. 146 - 146
Published: April 27, 2025
Objectives:
The
present
study
aimed
to
analyze
the
psychophysiological
and
neuromuscular
reflex
modifications
following
a
single
functional
neurology
intervention
in
individuals
presenting
vestibulo-ocular
(VOR)
cancellation
dysfunction.
Methods:
A
total
of
66
healthy
participants,
comprising
an
experimental
group
(n
=
48;
22
females,
26
males;
mean
age
28.1
±
7.8
years)
control
18;
9
28.6
7.0
years),
underwent
comprehensive
assessments
at
four
distinct
measurement
moments:
baseline,
post-indicator
muscle
failure
pre-intervention,
immediately
post-functional
intervention,
post-intervention
indicator
failure,
assessing
(handgrip
strength)
parameters,
including
blood
oxygen
saturation,
heart
rate,
cortical
arousal
(critical
flicker
fusion
threshold,
CFFT),
pain
perception
(pressure
PPT).
treatment
was
tailored
based
on
®NeuroReEvolution
protocol,
emphasizing
individualized
proprioceptive
recalibration,
trigger
point
desensitization,
holistic
neuroreflex
modulation.
Results:
Statistical
analyses
indicated
significant
improvements
within
intervention.
Specifically,
tolerance
VOR
stimuli
significantly
increased
from
baseline
1.0
0.0
129.0
36.7
(p
<
0.001,
η2
0.926),
whereas
demonstrated
no
meaningful
change.
Furthermore,
enhancements
were
noted
pressure
threshold
(27.49
0.67
35.69
0.60
kgf;
p
0.029),
handgrip
strength
(20.41
0.72
N
26.56
0.52
N;
0.012),
critical
(32.24
0.45
Hz
38.32
Hz;
0.003).
Conclusions:
results
this
demonstrate
that
improved
responses
performance
participants
with
led
marked
tolerance,
arousal,
strength,
notably,
stimuli,
indicating
vestibular
control.
Cardiovascular
parameters
remained
stable,
highlighting
safety
These
findings
support
as
effective
therapeutic
approach
address
VOR-related
dysfunctions
by
promoting
neurophysiological
resilience
motor
function
optimization.
Language: Английский
How to Keep Lactose Avoiders Healthy
Dairy,
Journal Year:
2024,
Volume and Issue:
5(4), P. 702 - 726
Published: Nov. 6, 2024
A
large
portion
of
the
world’s
population
has
lactose
intolerance.
Fundamentally,
this
condition
occurs
when
small
intestine
does
not
produce
enough
lactase
enzyme,
which
digests
disaccharide
in
milk.
Lactose
avoiders
might
unconsciously
decide
to
limit
or
exclude
milk
and
dairy
products
from
their
diets.
This
group
includes
people
with
intolerance,
an
allergy
protein,
vegans,
those
expressing
personal
preferences.
are
often
self-reported
as
being
intolerant.
In
review,
specific
amounts
different
types
presented.
The
micro-
macronutrients
them
compared
daily
requirements
established
by
accepted
sources.
Foods
suggested
that
can
play
vital
roles
permanently
avoiding
lactose-containing
products,
for
example,
brussels
sprouts,
a
good
source
vitamin
B1;
kale,
K;
cereals
at
breakfast
B6.
Attention
is
paid
mature
cheeses
they
extremely
beneficial
health
due
rich
elemental
compositions,
also
suitable
intolerance
low
content.
information
rarely
provided
on
packaging.
addition,
current
state
labeling
presence
food
pharmaceutical
discussed.
term
“hidden
lactose”
introduced
include
added
unexpected
foods,
drinks,
even
medicines.
Language: Английский
Physiological Response and Sports Injury Risk Relevant Biomechanics in Endurance Obstacle Course Races
Applied Sciences,
Journal Year:
2024,
Volume and Issue:
14(20), P. 9604 - 9604
Published: Oct. 21, 2024
Obstacle
course
races
(OCR)
have
experienced
significant
growth
in
recent
years,
with
millions
of
participants
worldwide.
However,
there
is
limited
research
on
the
specific
physiological
demands
and
injury
prevention
strategies
required
for
these
events.
This
study
aimed
to
analyze
responses
risks
a
5
km
(Sprint)
13
(Super)
OCR.
Sixty-eight
were
assessed
cortical
arousal,
leg
strength,
isometric
handgrip
blood
lactate,
heart
rate,
oxygen
saturation,
body
temperature,
urine
composition,
spirometry
values,
hamstring
flexibility,
lower
limb
stability,
foot
biomechanics,
scapular
kinematics,
one
hour
before
immediately
after
races.
The
results
showed
decrease
strength
(Sprint:
r
=
−0.56,
p
<
0.01;
Super:
−0.54,
0.01)
pH
−0.70,
0.03;
−0.67,
both
distances,
increases
colour,
protein,
glucose
0.04).
In
race,
stability
decreased
significantly
post-race
(r
−0.53,
0.01).
Positive
correlations
found
between
performance
pre-race
0.71,
0.001;
0.72,
values
(FVC,
FEF
25–75%,
FEV1)
0.52,
0.031;
0.48,
0.035).
Thermoregulation
capacity,
reflected
higher
temperature
also
correlated
improved
0.49,
0.046).
Injury
risk
increased
post-race,
decline
(p
0.05).
These
findings
highlight
importance
targeted
training
programs,
focusing
grip
respiratory
muscle
training,
hydration
optimize
reduce
OCR
athletes.
Language: Английский