CLINICS
GOGOA
THE MOST EFFECTIVE WAY
TO BE REHABILITATED.
QUIRONSALUD BIZKAIA HOSPITAL (ERANDIO) • URRETXU, GIPUZKOA
PATIENTS FROM ALL OVER THE WORLD AND OF ALL AGES
THEY TRUST US.
Whether you are an early-stage patient who needs intensive and early rehabilitation , or a chronic patient who has not made progress with conventional therapies, at GOGOA CENTERS we help you regain your functionality, your independence and confidence in your body .
Our goal is to improve your quality of life and bring back the joy of living , accompanying you step by step towards your best version.
TAKE THE STEP AND JOIN THE INTERNATIONAL LEADER IN ADVANCED ROBOTIC NEUROREHABILITATION.
COME BACK
ENJOY LIFE
WE CREATE TECHNOLOGY + WE DESIGN THERAPIES
At GOGOA, we are unique in our ability to design and apply comprehensive treatments that combine our own technology with exclusive processes that maximize the recovery of motor problems in people with various pathologies such as:
Stroke, Spinal Cord Injury, Neurodegenerative Diseases, Muscle Dysfunctions
Musculoskeletal or Post-surgical Problems, etc.
In this field, we have no rival.
WHAT CONDITIONS DO WE TREAT?
SPINAL CORD INJURY
Traumatic | Tumors
Myelopathies
(various injuries of the
spinal cord)
POSTOPERATIVE SEQUELAE
AND TRAUMA
Musculoskeletal and knee injuries
Post-surgical rehabilitation
Post-traumatic neurological damage
Trauma and functional sequelae
DISEASES
NEURODEGENERATIVE
Parkinson
MS (Multiple Sclerosis)
ALS (Amyotrophic Lateral Sclerosis)
DISEASES
NEUROMUSCULAR
Ataxias
Muscular Dystrophies
SMA (Spinal Muscular Atrophy)
CEREBRAL PALSY
BRAIN TUMORS
OR OF THE SYSTEM
CENTRAL NERVOUS SYSTEM
INJURIES IN THE
PERIPHERAL NERVOUS SYSTEM
BRAIN DAMAGE
ACQUIRED (DCA)
Cerebrovascular accident (CVA)
Stroke: Ischemic / Hemorrhagic
Traumatic brain injury
We also support athletes in their functional recovery and performance optimization.
WHAT CAN YOU ACHIEVE WITH US?
Regain your mobility and independence.
With advanced robotic technology we help you regain your ability to walk after stroke, spinal cord injuries, accidents or surgeries, restoring your ability to move independently and safely.
Strengthen your strength, endurance, and coordination.
We design intensive programs that allow you to walk again, climb stairs or get up without help, gaining confidence with every movement.
Retrain balance and body awareness.
We improve stability and safety when performing everyday activities such as showering, dressing or moving around, reducing the risk of falls.
Boost neuroplasticity and accelerate your recovery.
Through advanced therapies such as vagus nerve stimulation, we promote brain reorganization and maximize the results of rehabilitation.
Train everyday gestures with virtual reality.
Thanks to immersive environments, we practice actions such as drinking, eating or dressing, helping you regain autonomy and self-esteem.
Rehabilitate upper and lower limbs.
We facilitate the functional recovery of arms, hands, legs and trunk, so that you can once again perform the movements that give meaning to your daily life.
GOGOA METHOD
PHASES OF ROBOTIC NEUROREHABILITATION
PHASE 1 • INITIAL ASSESSMENT
Functional assessment that includes an interview and a clinical examination, using functional scales.
PHASE 2 • REPORT AND TREATMENT PROPOSAL
The clinical team drafts the report and the individualized treatment proposal, focused on the goals and needs of each patient, including their deficits and abilities.
The idea is to combine rehabilitation technologies such as gait and hand exoskeletons, virtual reality, and balance platforms with conventional physiotherapy and therapeutic exercises. The rationale behind this combination is that clinical trials have demonstrated improved outcomes in key areas such as gait, balance, muscle strength, and sensation.
If the criteria for using exoskeletons are not met from the outset, a preliminary physiotherapy treatment will be carried out using complementary technologies. Balance and strength will be addressed with the aim of incorporating robotic technology as soon as possible.
PHASE 3 • INTENSIVE TREATMENT WITH ROBOTIC TECHNOLOGY (EXOSKELETONS)
Familiarization: Getting acquainted with the equipment
Rehabilitation: Intensive combined treatment (3 to 5 months)
Consolidation: Coordination of the movement
Follow-up: Recall sessions
During the treatment period, follow-up reports are made, always focused on the objectives initially set, with real data on the patient's evolution provided by the teams themselves.
THE MOST EFFECTIVE AND FASTEST METHOD.
All of this is thanks to the use of exoskeletons, as they allow for repetitive movements that cause two neurological phenomena in the patient:
Neuronal plasticity
Reprogramming of motor neurons
NEURONAL PLASTICITY
It recruits healthy areas of the brain to take over the functions of those that have suffered motor injury. In short, healthy neurons assume the functions of those that have been damaged, allowing the patient to regain mobility.
REPROGRAMMING OF MOTOR NEURONS
Patients suffering from these diseases or injuries receive a weak or distorted signal in their muscles, which is insufficient to activate and control movement. Through exoskeleton training, the neurons responsible for managing mobility, the motor neurons, are reprogrammed and learn to activate with weaker or distorted signals.
TESTIMONIALS
Even when traumatic events occur in life, there is always light, there is always hope.
Let us help you as we have helped people like Aurelio, Félix, Miguel Ángel or Isabel.
AURELIO
"I hadn't walked for years. Thanks to the last wish of the Miranda ya Gogoa Foundation, I have fulfilled my dream: to get up from my chair and walk again."
FELIX
"I came from Almería to rehabilitate at Movex Clinics. The results I'm getting are fantastic. I hadn't been able to achieve this much after years of expensive conventional rehabilitation..."
MICHAEL ANGEL
"Getting up from the chair was like seeing my son being born."
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"When my four-year-old son, Jairo, saw me walking with the exoskeleton, he happily said to me, 'Dad, you look like the robots from Iron Man.'"
-
"When the therapist tells you that they can't do any more, this 'framework' becomes your second body and allows you to look out the window."
ISABEL
"I've gained more mobility and stability. I can take much longer walks, climb stairs, and I've even managed to ride my bike."
AI-REHAB PROJECT: HAZITEK - BASQUE GOVERNMENT
Movex Clinics is pleased to present the innovative AI-REHAB project, which is receiving support and funding from the Basque Government through the HAZITEK program. This project is led by a consortium of leading companies and research institutions, with the aim of promoting research and development in critical areas of robotics and technology.
AI-REHAB Project : Integration of Artificial Intelligence in Robotic Neuro-Rehabilitation
Participants : GOGOA, MOVEX BILBAO, MIRANDA Foundation, University of Deusto.
Objectives : AI-REHAB focuses on improving therapy and procedures for robotic neuro-rehabilitation of mobility through the use of artificial intelligence. This project involves collaboration with robotics experts, rehabilitation clinics, and research institutions to personalize treatments and explore the use of robotic systems in preventing frailty in older adults.
