Exercise in virtual reality.

Expert studies and case report

Up to 200% Strength Increase: How VR Vitalis® Helps Soldiers with Severe Blast Injuries

A breakthrough study from a prestigious Ukrainian institute proves that integrating the VR Vitalis® system into the rehabilitation of devastating war injuries yields staggering results.

Clinical Study: Virtual Reality Proven to Boost Independence and Balance After Stroke

Study of 50 patients confirmed that adding 20 minutes of VR Vitalis® to therapy statistically improves balance and accelerates the return to daily activities after a stroke.

St. Elizabeth Hospital: Virtual Reality Helps Cancer Patients Achieve Independence and Improved Mobility

Clinical findings from 30 oncology patients at St. Elizabeth Hospital show that VR Vitalis® in occupational therapy significantly improves hand motor function, self-reliance, and motivation.

Virtual Reality Provides Immediate Relief from Spasticity in Wheelchair-Bound Patients

Centrum Paraple study shows 10 mins daily of VR Vitalis® Care relieves muscle spasms and significantly improves comfort in spastic paraplegia patients.

9 out of 10 Stroke Patients Accept VR Without Issues: Research Confirms the Benefits of VR Vitalis® Pro in Early-Stage Treatment

A study by Ostrava University Hospital in Frontiers in Rehabilitation Sciences examined the use of VR Vitalis® Pro in patients immediately after a stroke, proving high tolerance and safety.

Is Age a Barrier to Virtual Reality? Research from Ostrava University Hospital Debunks Myths About Aging and Modern Technology

Concerns exist about VR for seniors, but research shows patients over 70 tolerate VR Vitalis® Pro exercises just as exceptionally well as younger age groups, proving age is no barrier to therapy.

ICU at Ostrava University Hospital: Virtual Reality in the Care of Patients with Acute Respiratory Distress Syndrome (ARDS)

ICU case studies show VR Vitalis® Pro slows breathing in severe lung or ECMO patients from 37 to 12 breaths/min, while boosting oxygen saturation and limb mobility.

Pulmonary Rehabilitation at Ostrava University Hospital ICU: Virtual Reality in Patients Following Severe Trauma

Experience from the Ostrava ICU shows how VR Vitalis® Pro helps restore respiratory function and overall physical condition in patients following complex lung surgeries and mining accidents.

From a Paralyzed Arm to Chainsaws and Via Ferratas: How VR Helped After a Severe Brachial Plexus Injury

Study shows VR Vitalis® occupational therapy relieved severe neuropathic pain, restored arm function, and helped a 55-year-old man return to swimming and cycling 5 years after a brachial plexus injury

From Bedridden to Driving a Wheelchair: How VR Vitalis® Helped a Patient After a Bilateral Stroke

After 2 years bedridden, occupational therapy with VR enabled a severe bilateral stroke patient to sit, drive an electric wheelchair, and use both arms.

Exercise as Play: How VR Vitalis® Helps a 10-Year-Old Girl with SMA Achieve Better Stability

Study by PhDr. Kristiníková shows adding 10–15 mins of VR therapy improves postural stability and coordination in a child with spinal muscular atrophy.

A Story from the MENS SANA Center: How VR Helped a 28-Year-Old Man After a Severe Car Accident

Intensive cognitive and motor training in VR Vitalis® Care helped a young patient with spinal cord and memory damage achieve significantly better concentration and an easier return to social life.

Practical Experience: How to Successfully Integrate Virtual Reality into Routine Rehabilitation in Hospitals

Physiotherapist Veronika Horká shares her VR Vitalis® approach with 34 patients at AGEL Prostějov Hospital, highlighting why combining VR with proper movement fundamentals is key.

Experience from Kremenchuk: How VR Vitalis® Awakens the Desire to Exercise in Veterans and Patients

Testing 94 patients in Kremenchuk confirmed VR Vitalis® benefits in 95%+ of hand injuries and strokes, with patients actively requesting workouts due to high motivation.

Clinical Overview: Combining Conventional Therapy with VR Vitalis® Demonstrably Accelerates Post-Stroke Motor Recovery

Ostrava University Hospital study confirms VR Vitalis® boosts post-stroke rehab efficacy, stimulates brain neuroplasticity, and enables home exercises.

Pilot Study: Virtual Reality Therapy Demonstrably Accelerates Gait and Improves Stability in Parkinson's Patients

Study by OU & Ostrava University Hospital proves VR improves motor skills in Parkinson's disease, increasing gait speed to maintain long-term independence and safe mobility.

From gerontopsychiatry to schizophrenia: Discover how Bohnice Psychiatric Hospital uses VR Vitalis® to support cognitive and motor rehabilitation.

Nikola Junková Svobodová shares VR Vitalis® insights from Bohnice Hospital, showing how hand tracking engages seniors and why fears in anxious patients proved unfounded.

Opava Psychiatric Hospital story: See how VR Vitalis® supports cognitive training, engagement, and therapy for patients with paranoid schizophrenia.

Opava Hospital case study: VR therapy for a 27-year-old in protective care significantly boosted independence, creativity, and active involvement in his own treatment.

Ostrava University Hospital Research: How Exercise Intensity in Virtual Reality Impacts Satisfaction in Post-Stroke Patients

Ostrava University Hospital study shows high VR Vitalis® Pro satisfaction doesn't require dozens of hours. Fewer sessions still yield a strong boost in motivation and treatment perception.

From Flowers and Butterflies to a Hatchet: How VR Helped a 56-Year-Old Stroke Patient Regain Her Independence

How daily virtual reality training at Uherské Hradiště Hospital restored a 56-year-old stroke patient’s independence, fine motor skills, and joy of life.

Expert opinions

VR Vitalis® Pro is developed in close collaboration with leading experts

Assoc. Prof. Ondřej Volný, MD, PhD, FESO
Neurologist, Ostrava University Hospital, Head of the Department of Artificial Intelligence, Digitization and Innovative Technologies, Faculty of Medicine, University of Ostrava, Chairman of ČSAIM ČLS JEP

For us at the Neurological Clinic of the University Hospital Ostrava and the Faculty of Medicine of the University of Ostrava, cooperation with VR Vitalis is a natural part of our scientific and research activities focused on innovative approaches in neurorehabilitation. The results of our studies in patients after a stroke confirm that virtual reality is not just a technological novelty, but a clinically relevant tool with a demonstrable impact on patients' motor and cognitive functions, their motivation, and quality of life. In my opinion, VR rehabilitation is one of the most significant examples of how digital technology can meaningfully enter everyday clinical practice—not as a replacement for a doctor or therapist, but as an effective complement to comprehensive care (not only) for neurological patients.

doc. MUDr. Michal Filip, Ph.D., MBA
Head of the Centre for Artificial Intelligence, VR and Telemedicine at OSU Faculty of Medicine, neurosurgeon at KNTB Zlín

"Since 2020, a multidisciplinary team of experts, mainly from the Faculty of Physiotherapy, Speech Therapy, Psychology, Neurosurgery and Neurology at OSU and Ostrava University Hospital, has been collaborating with VR VITALIS, developing therapeutic modules using VR technology for patients primarily with disabilities of the nervous and musculoskeletal system. These are mainly patients with neurodegenerative diseases, post-ictal, post-traumatic conditions and psychological disorders. The team's results, supported by a national project, demonstrate the potential of VR as a suitable adjunct to complex therapy for these patients of all ages in health and social care settings. At the same time, we create simulations of neurosurgical operations using VR technology. I see potential in teaching medics and aspiring surgeons. It can complement, for example, anatomical knowledge and teaching of surgical procedures on cadavers. Numerous international studies have shown that training in VR significantly shortens the learning curve compared to a control group without VR. We see its potential in improving the quality of treatment procedures in parallel with a more efficient use of the economic resources invested in treatment and education."

prof. Mgr. Roman Jašek, Ph.D., DBA
Director of the Institute of Informatics and Artificial Intelligence at Tomas Bata University in Zlín

"The use of virtual reality in physiotherapy allows targeted activity in a simulated environment of a fictional world to perform activities leading to the strengthening of neural pathways. VR LIFE has implemented a set of exercises that significantly supports the restoration or strengthening of motor or cognitive functions and the activation of brain centres. Based on my professional experience, I believe in the positive impact of these exercises for each indicated patient."

MUDr. Šárka Baníková
Rehabilitation doctor, Head of the Department of Rehabilitation and Physical Medicine, Ostrava University Hospital

"Virtual reality in medicine is dynamically expanding its scope, both in education and in medical practice. A great benefit is seen in neurorehabilitation, where its effect has been confirmed by numerous clinical studies. Virtual reality environment enriched with gaming elements is very motivating for patients and mistakes made during the exercise are immediately visible and can be corrected right away. Feedback control, the possibility of escalating load and high task repetition are key factors to improve motor learning and promote neuro-plastic changes in the brain. In addition, everyday activities can be practiced in a real-world-like environment. The already started cooperation of our clinic with VR VITALIS in a joint project seems to be very promising, as the combination of conventional rehabilitation and virtual reality training has proven to be beneficial for neurorehabilitation."

Mgr. Marcela Dabrowská, Ph. D.
Occupational therapist - Department of Rehabilitation and Physical Medicine, Faculty of Medicine, OU

"The use of virtual reality in rehabilitation has great potential and I believe that in the future we will encounter it more and more often. As an occupational therapist, I have had the opportunity to try VR LIFE's programs with patients after CMP, shoulder trauma, peripheral paresis, Alzheimer's disease and spinal injuries. Based on my previous experience, subjective evaluation of patients and the results of standardized tests, I can confirm that virtual reality exercises positively affect the motor and cognitive functions of patients and thus contribute to a better quality of life. At the same time, it changes the emotional mood and positively motivates patients to be active. It's a therapy that patients always look forward to."

Contact us

Are you interested in our application? Do you have any questions about it? We will be happy to answer them, please contact us.

Newsletter

Want to stay up to date? Subscribe to our newsletter.

You agree to the processing of personal data.