Frontiers in Physiology,
Год журнала:
2020,
Номер
11
Опубликована: Дек. 23, 2020
Objective
We
investigated
the
effects
of
combined
balance
and
strength
training
on
measures
muscle
in
older
women
with
a
history
falls.
Methods
Twenty-seven
aged
70.4
±
4.1
years
(age
range:
65
to
75
years)
were
randomly
allocated
either
an
intervention
(IG,
n
=
12)
or
active
control
(CG,
15)
group.
The
IG
completed
8
weeks
program
three
sessions
per
week
including
visual
biofeedback
using
force
plates.
CG
received
physical
therapy
gait
at
rehabilitation
center.
Training
volumes
similar
between
groups.
Pre
post
training,
tests
applied
for
assessment
(weight-bearing
squat
[WBS]
by
measuring
percentage
body
mass
borne
each
leg
different
knee
flexions
[0°,
30°,
60°,
90°],
sit-to-stand
test
[STS]),
balance.
Balance
used
modified
clinical
sensory
interaction
(mCTSIB)
eyes
closed
(EC)
opened
(EO),
stable
(firm)
unstable
(foam)
surfaces
as
well
spatial
parameters
such
step
width
length
(cm)
walking
speed
(cm/s).
Results
Significant
group
×
time
interactions
found
degrees
flexion
during
WBS
(0.0001
<
p
0.013,
0.441
d
0.762).
Post
hoc
revealed
significant
pre-to-post
improvements
both
legs
all
0.002,
0.697
1.875)
compared
CG.
firm
EO,
foam
EC,
EC
(0.006
0.029;
0.302
0.518).
showed
oscillations
0.004,
0.753
2.097)
This
study
indicates
that
improved
distribution
weight
conditions
(0°,
90°)
also
decreased
sway
oscillation
surface
closed,
(with
closed)
IG.
Conclusion
higher
positive
seen
standing
tests,
dynamic
suggests
exercises
lateral,
forward,
backward
static
greater
extent
women.
International Journal of Molecular Sciences,
Год журнала:
2020,
Номер
21(20), С. 7609 - 7609
Опубликована: Окт. 15, 2020
Stroke
is
the
second
leading
cause
of
death
and
a
major
contributor
to
disability
worldwide.
The
prevalence
stroke
highest
in
developing
countries,
with
ischemic
being
most
common
type.
Considerable
progress
has
been
made
our
understanding
pathophysiology
underlying
mechanisms
insult.
therapy
primarily
focuses
on
restoring
blood
flow
brain
treating
stroke-induced
neurological
damage.
Lack
success
recent
clinical
trials
led
significant
refinement
animal
models,
focus-driven
study
design
use
new
technologies
research.
Simultaneously,
despite
management,
post-stroke
care
exerts
substantial
impact
families,
healthcare
system
economy.
Improvements
pre-clinical
are
likely
underpin
successful
treatment,
recovery,
rehabilitation
prevention.
In
this
review,
we
focus
stroke,
advances
identification
therapeutic
targets
trends
Sensors,
Год журнала:
2023,
Номер
23(3), С. 1712 - 1712
Опубликована: Фев. 3, 2023
In
recent
years,
next
to
conventional
rehabilitation’s
techniques,
new
technologies
have
been
applied
in
stroke
rehabilitation.
this
context,
fully
immersive
virtual
reality
(FIVR)
has
showed
interesting
results
thanks
the
level
of
immersion
subject
illusional
world,
with
feeling
being
a
real
part
environment.
This
study
aims
investigate
efficacy
FIVR
PubMed,
Web
Science
and
Scopus
were
screened
up
November
2022
identify
eligible
randomized
controlled
trials
(RCTs).
Out
4623,
we
included
12
RCTs
involving
post-acute
chronic
survivors,
total
350
patients
(234
men
115
women;
mean
age
58.36
years).
High
heterogeneity
outcomes
considered,
that
provides
additional
benefits,
comparison
standard
particular,
an
improvement
upper
limb
dexterity,
gait
performance
dynamic
balance,
influencing
patient
independence.
Therefore,
represents
adaptable,
multi-faceted
rehabilitation
tool
can
be
considered
post-stroke
rehabilitation,
improving
compliance
treatment
increasing
functioning
quality
life
survivors.
Systematic Reviews,
Год журнала:
2023,
Номер
12(1)
Опубликована: Июнь 8, 2023
Abstract
Data
continue
to
accumulate
indicating
that
many
systematic
reviews
are
methodologically
flawed,
biased,
redundant,
or
uninformative.
Some
improvements
have
occurred
in
recent
years
based
on
empirical
methods
research
and
standardization
of
appraisal
tools;
however,
authors
do
not
routinely
consistently
apply
these
updated
methods.
In
addition,
guideline
developers,
peer
reviewers,
journal
editors
often
disregard
current
methodological
standards.
Although
extensively
acknowledged
explored
the
literature,
most
clinicians
seem
unaware
issues
may
automatically
accept
evidence
syntheses
(and
clinical
practice
guidelines
their
conclusions)
as
trustworthy.
A
plethora
tools
recommended
for
development
evaluation
syntheses.
It
is
important
understand
what
intended
cannot
do)
how
they
can
be
utilized.
Our
objective
distill
this
sprawling
information
into
a
format
understandable
readily
accessible
authors,
editors.
doing
so,
we
aim
promote
appreciation
understanding
demanding
science
synthesis
among
stakeholders.
We
focus
well-documented
deficiencies
key
components
elucidate
rationale
The
constructs
underlying
developed
assess
reporting,
risk
bias,
quality
distinguished
from
those
involved
determining
overall
certainty
body
evidence.
Another
distinction
made
between
used
by
develop
opposed
ultimately
judge
work.
Exemplar
practices
described,
complemented
novel
pragmatic
strategies
improve
latter
include
preferred
terminology
scheme
characterize
types
organize
best
resources
Concise
Guide
widely
adopted
adapted
routine
implementation
journals.
Appropriate,
informed
use
encouraged,
but
caution
against
superficial
application
emphasize
endorsement
does
substitute
in-depth
training.
By
highlighting
with
rationale,
hope
guidance
will
inspire
further
evolution
advance
field.
Journal of Clinical Medicine,
Год журнала:
2021,
Номер
10(7), С. 1478 - 1478
Опубликована: Апрель 2, 2021
Neurological
disorders
are
a
leading
cause
of
death
and
disability
worldwide.
Can
virtual
reality
(VR)
based
intervention,
novel
technology-driven
change
paradigm
in
rehabilitation,
reduce
impairments,
activity
limitations,
participation
restrictions?
This
question
is
directly
addressed
here
for
the
first
time
using
an
umbrella
review
that
assessed
effectiveness
quality
evidence
VR
interventions
physical
cognitive
rehabilitation
patients
with
stroke,
traumatic
brain
injury
cerebral
palsy,
identified
factors
can
enhance
outcomes
safety
concerns.
Forty-one
meta-analyses
were
included.
The
data
synthesis
found
mostly
low-
or
very
low-quality
supports
interventions.
Only
limited
number
comparisons
rated
as
having
moderate
high
evidence,
but
overall,
results
highlight
potential
benefits
improving
ambulation
function
children
mobility,
balance,
upper
limb
function,
body
structure/function
people
acquired
injury.
Customization
systems
one
important
factor
linked
improved
outcomes.
Most
studies
do
not
address
concerns,
only
nine
reviews
reported
adverse
effects.
provide
critical
recommendations
design
implementation
future
programs,
trials
systematic
reviews,
including
need
randomized
controlled
to
test
principles
mechanisms,
primary
meta-analyses,
order
formulate
evidence-based
guidelines
designing
VR-based
Frontiers in Neurology,
Год журнала:
2020,
Номер
11
Опубликована: Июнь 17, 2020
Stroke
survivors
show
greater
postural
oscillations
and
altered
muscular
activation
compared
to
healthy
control.
This
results
in
difficulties
walking
standing,
an
increased
risk
of
falls.
A
proper
control
the
trunk
is
related
a
stable
walk
lower
falling
risk;
this
extent,
rehabilitative
protocols
are
currently
working
on
core
stability.
The
main
objective
work
was
evaluate
effectiveness
balance
training
performed
with
hunova,
new
robotic
device
designed
for
evaluation
stability,
improving
recovery
chronic
stroke
patients
traditional
physical
therapy
program.
Thirty
patients,
randomly
divided
two
groups,
either
underwent
protocol,
or
robot-based
Each
patient
assessed
before
after
rehabilitation
at
three-months
follow-up
clinical
exercises
focused
static
dynamic
balance,
stability
Results
from
scales
showed
improvement
both
groups
Robot-based
indices
analysis
indicated
that
experimental
group
improvements
proprioceptive
control,
reactive
unstable
conditions,
group,
showing
improved
reduced
compensatory
strategies
end
training.
Moreover,
had
retention
obtained
three
months
follow
up.
These
support
idea
hunova
promising
tool
rehabilitation.
Advanced Healthcare Materials,
Год журнала:
2021,
Номер
10(9)
Опубликована: Март 10, 2021
Conventional
flexible
pressure
sensors
are
not
suitable
for
high-pressure
applications
due
to
their
low
saturation
pressure.
In
this
study,
an
ultra-wide
range
sensor
is
designed
based
on
the
optimized
microstructure
of
polyimide/carbon
nanotubes
(PI/CNT)
nanocomposite
film.
The
sensing
expanded
by
adopting
polyimide
(PI)
with
a
high
elastic
modulus
as
matrix
material
and
its
sensitivity
improved
through
functional
film
tip-flattened
microdome
arrays.
As
result,
can
measure
wide
(≈
0-3000
kPa)
possesses
≈
5.66
×
10-3
-0.23
kPa-1
reliability
durability
up
1000
cycles.
proposed
integrated
into
hand
foot
monitoring
systems
workout
monitoring.
representative
values
distribution
in
hands
feet
during
powerlifting
acquired
analyzed
Pearson's
correlation
coefficient
(PCC).
results
suggest
that
provide
useful
real-time
information
healthcare
sports
performance
Summary
High‐quality
systematic
reviews
(SR)
and
meta‐analyses
(MA)
are
considered
to
be
reliable
sources
of
information.
This
study
aims
assess
the
quality
studies
published
as
SR
or
MA
in
field
bariatrics
2016
2017.
We
identified
by
searching
electronic
databases
(MEDLINE,
Embase,
Cochrane
Database
Systematic
Reviews).
Eligible
were
those
SR/MA
title/abstract,
which
aimed
any
outcome
patients
with
morbid
obesity
undergoing
scheduled
undergo
bariatric
surgery.
Two
authors
independently
reviewed
all
titles
abstracts,
assessed
full
texts
potentially
eligible
studies,
included
studies.
Any
discrepancies
resolved
third
reviewer.
evaluated
risk
bias
each
using
AMSTAR
2
checklist
ROBIS
tool,
respectively.
Seventy‐eight
4236
references
met
inclusion
criteria
for
their
quality/risk
bias.
The
methodological
99%
papers
was
classified
“critically
low.”
A
total
6%
at
low
bias,
78%
being
high
2017
is
highly
unsatisfactory.
Systematic Reviews,
Год журнала:
2022,
Номер
11(1)
Опубликована: Июль 23, 2022
The
Measurement
Tool
to
Assess
systematic
Reviews
(AMSTAR)
2
is
a
critical
appraisal
tool
for
reviews
(SRs)
and
meta-analyses
(MAs)
of
interventions.
We
aimed
perform
the
first
AMSTAR
2-based
quality
assessment
heart
failure-related
studies.
Medical science monitor basic research/Medical science monitor. Basic research,
Год журнала:
2018,
Номер
24, С. 210 - 215
Опубликована: Дек. 3, 2018
BACKGROUND:Tai
Chi
is
an
ancient
form
of
physical
activity
that
has
been
shown
to
improve
cardiovascular
function,
but
date
there
had
no
comprehensive
systematic
review
on
the
effect
Tai
exercise
balance
function
patients
with
stroke.
This
study
evaluated
in
stroke
patients.
MATERIAL
AND
METHODS:PubMed,
Cochrane
library,
and
China
National
Knowledge
Information
databases
Wan
Fang
medical
network
were
searched
collect
articles.
The
random-effects
model
was
used
assess
RESULTS:Six
studies
chosen
perform
meta-analysis
according
inclusion
exclusion
criteria.
There
significant
improvements
Berg
Balance
Scale
score
(MD=4.823,
95%
CI:
2.138–7.508),
standing
fall
rates
(RR=0.300,
95%CI:
0.120–0.770),
functional
reach
test
dynamic
gait
index
intervention
group
compared
control
group.
However,
short
performance
battery
for
(SPBB)
showed
did
not
significantly
ability
(MD=0.293,
–0.099~0.685).
CONCLUSIONS:Tai
might
have
a
impact
improving
efficiency
by
increasing
BBS
reducing
rate.