system emg resp hub prt pack protocols stand

biofeedback EMG system for physiotherapy rehabilitation
physioplux collects biosignals by sensors placed on the skin
that connects to the wireless belt clip system
most frequently used
PROTOCOLS
SYSTEM
tablet & software
tablet stand*
wearable wireless belt clip
body sensors
EMG | respiration belt* | vaginal probe*
* optional
shoulder disorders
knee disorders
dynamic stability coxiofemural
biofeedback generic
postoperative recovery
symmetric relaxation
The Dynamic Stability - Shoulder protocol allows
monitorization and training of four muscles: Superior
Trapezius, Inferior Trapezius, Anterior Serratus and
Anterior Deltoid. It includes Maximum Voluntary
Contraction, Muscle Activation Order analysis and
the possibility to train the muscles using graphic bars
with configurable thresholds. During the muscle
analysis and training, feedback is immediate for
muscle response and accomplished results.
The Dynamic Stability - Knee protocol allows
monitorization and training of the dynamic stability of
the knee. It uses three channels of electromyography
with three muscles: Vastus medialis, Vastus lateralis
and Rectus femoris. It includes Muscle Activation
Order analysis. With a very intuitive design, this
protocol measures the balance between the muscles
Vastus medialis and Vastus lateralis.
access & guide the patient
objective evaluation
learn body control
faster recovery & less pain
EVIDENCE
50% reduction
in shoulder recovery time 1
more effective
reducing low back pain
than with exercise 2
97% - 100% recovery
for urinary incontinence 3
rheumatoid arthritis patients
felt more than 25% reduction
in long term pain 4
1) Levargie e Humphrey, 2000,Paterson e Sparks (2006)
e Matias e Cruz (2004); 2) Schleenbaker & Mainous, 1993;
Corrado et al., 2003; 3) Bo et al., 1999; Bo, 2003; Benedetto,
2004; Adam et al., 2006 4) Lavigne et al., 1992
PACK
1 android tablet computer w/ biofeedback software
1 wireless wearable 4 channel hub belt clip
4 EMG sensors
25 reusable disposable detection surfaces
online user manual & patient intro flyers
software updates available via android store
The Dynamic Stability – Hip protocol allows
monitorization & training of 4 muscles: Quadriceps,
Hamstrings, Gluteus Maximus and Adductor. It
features Muscle Activation Order analysis &
Maximum Voluntary Contraction allowing to train
muscles using configurable tresholds graphic bars.
The training screen shows time (in secs) for the
physiotherapist predefined goal, maximum result,
elapsed time and the times that the objective has
been reached.
The Biofeedback – Generic protocol uses intuitive
graphic bars to monitor and train up to 4 muscles in
4 electromyography channels. The therapist is able
to set parameters manually, like threshold, and adjust
the protocol to the desired muscles. It includes
Maximum Voluntary Contraction analysis and
configurable graphic bars with exercise information
in real time.
Biofeedback Dynamic Generic.....
HUB
This wireless belt clip collects & digitizes the signals
from the sensors, transmitting them via Bluetooth®
to the computer to be visualized in real time. Its 4
channels have 12 bits, and its sampling frequency
is 1000Hz. It has a 12 hours battery life.
EMG
Our miniaturized sEMG active sensors have low
noise characteristics that allows them to be used in
the most adverse condition of EMG acquistion.
STAND
This portable and flexible stand has a charging and
data cable between the rotational adjustable head
holder to the base inside an alluminium adjustable
flexible gooseneck stretching from 500 to 800 mm.
Postoperative training protocol can be used when
recovering a muscle after surgery.
The exercise's intensity increases over time,
re-educating the muscle. One electromyography
channel can be used, training one muscle at a time.
The protocol's parameters can be set manually by
the therapist, including the number of repetitions and
aim time. The patient has immediate visualization of
the muscle signal through an intuitive graphic bar
with color information on aim value.
Symmetric Relaxation protocol measures the
relaxation between two muscles. It uses two channels
with electromyographic sensors. The therapist is able
to configure the exercise time and parameters like
tolerance and rest level. An intuitive graphic is used
giving information on how symmetric the force is
applied by both muscles with moving particles. These
particles slow down when the objective is
accomplished, measuring how many times the
objective was accomplished and for how long.
1.00
RESP
1
14
With high sensitivity it is specially designed to
measure abdominal or thoracic respiratory
cycles. Helps ensure correct breathing during the
pelvic floor training.
PRT
http://www.physioplux.com
Use vaginal probe to measure the pelvic floor
muscle pressure and provide visual biofeedback of
the contraction or relaxation. Techniques for PRT
enable the patient to improve pelvic muscle function
through muscle awareness, which leads to increased
muscle strength and improved coordination.
pelvic floor | urinary incontinence
The Dynamic Stability - Shoulder protocol allows
monitorization and training of four muscles: Superior
Trapezius, Inferior Trapezius, Anterior Serratus and
Anterior Deltoid. It includes Maximum Voluntary
Contraction, Muscle Activation Order analysis and
the possibility to train the muscles using graphic bars
with configurable thresholds. During the muscle
analysis and training, feedback is immediate for
muscle response and accomplished results.
rapid contractions
Allows training and access levels of contraction of a
muscle from a electromyography or pressure probe.
Rapid contractions protocol allows the measurement
of rapid contractions by one muscle. The therapist is
able to configure parameters such a threshold and
activation time prior to exercise. During the exercise,
the patient has to contract the muscle when the
sliding bar is within the goal area. Results of the
exercise are shown with each contraction.
most frequently used
PROTOCOLS
shoulder pain
work-related neck pain
chronic pain
repetitive strain injury
fibromyalgia
prostheses
arthritis
urinary incontinence
fecal incontinence
stroke
subacromial impingement syndrome
glenohumeral instability
low back pain
chronic fatigue syndrome
headache
syncope (neurocardiogenic)
tinnitus
patellofemoral pain syndrome
http://www.physioplux.com
levator ani syndrome
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biofeedback EMG system for physiotherapy rehabilitation