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Neurological Rehabilitation with Brain-Computer Interface Technology

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99 % of Patients Improve Their Motor Functions

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99,9 % of Patients Improve Spasticity in Fingers & Wrist

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Highly Effective Even 10, 20 or 30 Years After The Brain Injury, Stroke... 

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Hand & Foot Therapy For Neurological Disorders and Brain Injuries

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Medical Product
 
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Patented Technology
 

#Movement "Movement"
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Regain your Mobility!

Each year, around 15 million people suffer a stroke, with a mortality rate around 30 percent. Another third of these people suffer permanent physical disorders, which cannot be fully rehabilitated by standard therapy. Other neurological illnesses such as traumatic brain injuries, Multiple Sklerosis can cause motor malfunctions, hemiplegia or spasticity. 

A prolonged period of mobility reduction not only affects the patient’s quality of life, but can also entail more serious complications such as pneumonia, thrombosis and contractures. And sometimes, standard physical therapy doesn’t offer anymore rehabilitation to help patients regain satisfying control of the hand or foot years after the stroke.

This is when recoveriX comes into play, offering a new chance of rehabilitation!

 

#Stroke "Stroke"
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Hand- & Foot Therapy

recoveriX is an innovative and unique neurotechnology for the rehabilitation of stroke patients and patients with other neurological deficits. It helps the patient regain functions of the upper and lower extremities.

recoveriX supplements standard physical therapy with the chance for a quicker and more successful recovery. Also, when standard therapy can no longer yield any further benefit, recoveriX provides a second chance for improvements. It can be used in the acute, sub-acute, or chronic states.

 

#effects "effects"
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The recoveriX Effect

There are multiple positive impacts of recoveriX therapy ranging from decreases in pain, spasticity, tremor, improvements of motor movements, passive joint movements, sensitivity and, interestingly enough, in gait.

Patients also report that upper and lower limbs feel warmer and sometimes, even memory, concentration and speech functions improve.

  • 99.9% of patients improve spasticity in fingers and the wrist
  • 99.9% of patients improve daily activities
  • 99% of patients improve their gross motor functions
  • 99% of patients improve their mental performance
  • 95% of patients improve their fine motor skills
  • 95% of patients improve their concentration
  • 0% side effects

All these positive effects can be explained by the activation of both hemispheres by the recoveriX therapy.

 

#testimonial-branstaetter "testimonial-branstaetter"
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recoveriX made my days worth living again. Since therapy, my motor functions in my right hand improved a lot. I learned to move and control my hand again and I even got my job back as a hairdresser. I never imagined this could be possible. My arm and my hand now belong to my body again.”

Astrid Brandstaetter
Former recoveriX Patient, Austria

#How "How does recoveriX work?"
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recoveriX is a unique combination of 3 therapies

 

A neurological disorder might inhibit your ability to move, but maybe not your ability to imagine movement! Imagine a hand or a foot movement – the imagination triggers nearly the same activity in the brain as a real hand or foot movement. This is what exactly recoveriX uses for your therapy! With three different kinds of neurofeedback, recoveriX improves your chances for successful therapy.

 

Motor Imagery (MI)

Imagine a hand or a foot movement. recoveriX measures and analyses brain waves, which reflect the motor imagery and determines whether the motor imagery was correct. Once motor imagery has been recognized, virtual reality and functional electrical stimulation will be activated.

 

The Positive Impacts

The responsible areas of the brain are activated by the motor imagery, which can facilitate brain plasticity. Unlike conventional physiotherapy, the BCI guarantees that actual movements only occur when people imagine the corresponding movement.  
The simultaneous activation of relevant cortical areas and peripheral neurons encourages Hebbian learning.

Virtual Reality (VR)

The simulation on the screen makes motor imagery visible. Patients sit in front of a screen, where they see hands and feet of an avatar. This gives patients the feeling of watching their own movements in front of a mirror. If recoveriX recognizes motor imagery of the movement (such as a right hand movement), the avatar moves the right hand. 
 

The Positive Impacts

This real-time feedback is very easy to understand. If a patient imagines a movement, then the avatar performs the movement.
The experience is similar to watching yourself in a mirror. It can facilitate mirror neuron activation. 

Electrical Stimulation (FES)

For this stimulation, two electrodes are placed (for example) on the dorsiflexors of the wrist or on the leg. If the system recognizes a correct motor imagery, the muscles get electrically stimulated, causing a real movement. This should help you re-learn how to initiate movement, and thus make movement possible again.

 

The Positive Impacts

The patient receives clear, user-friendly feedback through active movement. Just imagine a movement, and you can see your body move accordingly. 
The patient is motivated because the experience repeatedly reminds the patient of the desired goal: being able to move again. 

#testimonial-tuominen "testimonial-tuominen"
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“Here in Finland, we already have a reimbursement code for recoveriX therapy, this means that the social security system already pays for the treatment.”

Ville Tuominen
Fysioline Oy, Distributor for Finland

#success "success"
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Early recovery in the acute phase 

When patients suffer a stroke or other neurological injury, they are hospitalized. In this acute phase, rehabilitation is most relevant and determine success of the mostly long-lasting recovery process. recoveriX is easy to use and mobile and can be used already with hospitalized patients at bedside.

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It's never too late for rehabilitation

Patients often lack further therapies to improve their motor functions. This is where recoveriX training offers a new chance! recoveriX trains the brain and therefore supplements standard physical therapy in the subacute or chronic phase - even decades after the stroke. 

Make a new start!

When other therapies seem exhausted, recoveriX can help your brain to regain lost functions. It may improve your situation even years after the stroke when other therapies barely offer noticeable success anymore. It doesn't matter how young or old the patient is!

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#franchisepartner "franchisepartner"

recoveriX Franchise Business Model

The recoveriX franchise concept allows hospitals, rehabilitation centers, neurologists, physical therapists, occupational therapists, neurofeedback therapists or electrotherapists who treat motor disabilities to get their competitive advantage with recoveriX neurotechnology.

You will be equipped with recoveriX neurotechnology and receive an intense training on the handling and therapy process. This allows you to become a recoveriX therapy expert and to train patients with recoveriX.

 

#Success "Success-Stories"

recoveriX Success Stories
 

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Josef Unterbuchschachner

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Alfred Mühlbacher

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Michael Atzmon

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Evelyn Giron

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Reinhold Ninaus

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Günther Hufnagl

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Tja Min Hie

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Manfred Stangl

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Alois Gruber

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Ewald Zimmermann

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Bernhard Fösleitner

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Andreas Tsohohey

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Karl Einböck

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Marlene Mayerhofer

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Marija Pudic

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Klaus Brandstetter

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Ingrid Miglbauer

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Josef Haslhofer

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Astrid Brandstätter

#WorldMap "World Map"
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The Green Room Physical Therapy
16 North Greenbush Road, Suite 203
Troy, New York 12180
USA

 

Mengumino Hospital
Dr. Kyousuke Kamada
Sapporo, Japan

 

Asahikawa Medical University Hospital
Dr. Tetsuo Ota
Asahikawa, Hokkaido | Japan

 

recoveriX gym Barcelona
g.tec medical engineering Spain S.L.
Barcelona | Spain

 

Massachusetts General Hospital
Boston, Massachusetts | USA

 

University of Calgary
Pediatric Stroke Program Alberta Children's Hospital
Pediatrics and Clinical Neurosciences Cumming School of Medicine
Dr. Adam Kirton
Calgary,  Alberta | Canada

 

Swedish Medical Center
Colorado | USA

 

Hammel Neurocenter
Hammel | Denmark

 

Tam's at Kahala Nui
Honolulu, Hawaii
USA

 

Toimintakeidas Oy
Helsinki | Finland

 

Vetrea Neuron Kupoli
Itkonniemenkatu 9 | 70500 Kuopio
Finland

 

Kruunupuisto
Punkaharju
Finland

 

Sheng Kung Hui Center of Wellness
Hong Kong | China

 

Technical University Iași
Iași | Romania

 

Medipoint Medical Center
Dr. Cengiz Bahadir
Istanbul | Turkey

 

recoveriX Gym Raanana
Sarah Aaronsohn 1 Street
4339990 Raanana
Israel

 

recoveriX Gym Binyamina
Building # 3 Floor 2
HaMelacha St 3
Binyamina-Giv'at Ada, Israel

 

Fysio Center Jyväskylä Oy
Jyväskylä | Finland

 

Fysiokipinä
Vähänkyröntie 12
66500 VÄHÄKYRÖ | | Finland

 

National Institute for Minamata Disease
Dr. Massaki Nakamura
Kumamoto | Japan

 

National Rehabilitation Center
Insu-dong, Seoul
South Korea

 

Max Planck Institute
for Human Cognitive and Brain Sciences
Leipzig | Germany

 

recoveriX Gym Linz
Promenade 1, 4020 Linz
Austria

 

recoveriX Gym Dubrovnik
Poliklinika Marin Med
Ul. dr. Ante Starčevića 45 
20000 Dubrovnik
Croatia

 

AdventHealth for Children
Dr. Milena Korostenskaja
Orlando, Florida | USA

 

Tutorisfysio Oy
Pohjois-Pohjanmaan Erikoiskuntoutus
Oulu | Finland

 

University of Palermo
Dr. Rossella Spataro
Palermo | Italy

 

recoveriX Flagship Gym Schiedlberg
Sierningstrasse 14
4521 Schiedlberg
Austria

 

Trier University of Applied Sciences
Department for Medical Engineering
Dr. Jörg Lohscheller
Trier | Germany

 

University of Wisconsin-Madison
Dr. Vivek Prabhakaran
Madison, Wisconsin | USA

 

East China University of
Science and Technology
Prof. Jing Jin
Shanghai | China

 

Tutoris Oy - Pirkanmaan Aluekeskus
Tampere | Finland

 

National Hospital of Paraplegics
Dr. Antonio Oliviero
Toledo | Spain

 

Klaipeda Seamen's Hospital
Mr. Vaidas Petrulevicius, Occupational Therapist
92288 Klaipeda, Lithuania

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