Correlation between the force platform and the sensor.

Correlation between the force platform and the sensor.

<p>Correlation between the force platform and the sensor.</p>

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Bibliographic Details
Main Author: Aymee Lobato Brito (19812790) (author)
Other Authors: Amelia Pasqual Marques (19812793) (author), Yuzo Igarashi (16814110) (author), Luana Karine Resende Oliveira (16814107) (author), Luciane Lobato Sobral (8303736) (author), Marília Brasil Xavier (7234079) (author), Givago Silva Souza (10654833) (author), Bianca Callegari (2575204) (author)
Published: 2024
Subjects:
Cell Biology
Neuroscience
Biotechnology
Developmental Biology
Cancer
Science Policy
Space Science
Environmental Sciences not elsewhere classified
multibacillary type exhibit
measures except ml
findings may contribute
results partially confirmed
also partially confirmed
portable balance assessment
evaluated parameters exhibited
clinical settings due
td ), area
multibacillary leprosy compared
finding statistically confirmed
varied correlation ranging
specifically schwann cells
developing chronic pain
assess static balance
30 healthy participants
xlink "> leprosy
group differences observed
cop oscillations using
xlink ">
static balance
research confirmed
four parameters
differences demonstrated
control group
clinical validation
balance maintenance
30 participants
ce ),
apdisp ),
two conditions
total displacement
second hypothesis
public health
postural control
posterior displacement
plantar region
peripheral nerves
participants affected
outcomes obtained
observational study
low cost
lateral displacements
lateral displacement
inertial sensors
four variables
first hypothesis
finding accelerations
eyes open
eyes closed
directly interferes
cop measurements
control design
concurrent validity
concurrent validation
ce conditions
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Description
Summary:<p>Correlation between the force platform and the sensor.</p>

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