Exercise in virtual reality.
Expert studies and case report
1. Training brain functions
A 28year-old man after a car accident with spinal cord damage and movement, speech therapy and memory problems from the MENS SANA Memory Training Center
2. Patients with breathing difficulties
1st patient after lung decortication and 2nd patient after collapse in mine from ARO Faculty Hospital Ostrava
3. Patients with psychiatric disorders
6 patients with brain damage, dementia, schizophrenia, anxiety disorder, paranoid schizophrenia, alcohol addiction, emotionally unstable personality disorder,etc.from the Psychiatric Hospital in Opava
4. Evaluation of the level of spasticity in individuals in wheelchairs following movement in virtual reality
Diploma thesis of Charles University from 7 probands with spastic paraplegia.
5. Effect of virtual reality therapy on quality of life and self-sufficiency in stroke patients
A study of 50 patients by Mgr. Marcela Dabrowská, Ph.D.
6. Patient with paranoid schizophrenia and suicidal thoughts
Patient with personality disorder, toxi, mental subnorms from Psychiatric Hospital in Opava
7. Acute respiratory failure
1. patient after ARDS and 2. patient after diaphragm rupture from ARO University Hospital Ostrava
8. Bilateral stroke
Rehabilitation in VR of a patient incapable of independent mobility in bed or independent sitting from Mgr. Marcela Dabrowská, Ph.D.
9. Spinal muscular atrophy
Deteriorating performance and stability of the lower limbs and pelvic plexus in 10 year-old patients from Pohoda Physiotherapy
10. Patient with paranoid schizophrenia
Patient 27 years old with protective treatment ordered by the Psychiatric Hospital in Opava
11. Neurorehabilitation of the upper extremity – Immersive virtual reality vs. robot-assisted training. A comparative study
A comparative study from Mauritius Hospital and Neurorehabilitation Center Meerbusch, Medical Faculty and University Hospital Düsseldorf and District Hospital Mainkofen
12. Virtual reality in rehabilitation of patients after stroke
A review article on current knowledge and brief information on VR-based neurorehabilitation after stroke by University Hospital Ostrava, University of Ostrava and VR LIFE Ltd.
13. The effect of virtual reality therapy on cognitive functions and quality of life in patients with Parkinson's disease
9 patients with Parkinson's disease from University of Ostrava, University Hospital Ostrava and VR Vitalis® Ostrava
14. Patients after stroke and hand injuries
28 patients after stroke and 66 patients after hand injury Kremenchuk Regional Clinical Hospital for War Veterans
15. Effect of virtual reality therapy on stability and walking in patients with Parkinson's disease
9 patients with Parkinson's disease from University of Ostrava, University Hospital Ostrava and VR Vitalis® Ostrava
16. The "medicine" journal - results of a study of patients with Parkinson's disease
CEO Mgr. Jana Trdá, Ph.D. co-authored for article that was accepted for publication in the medical impacted journal "medicina".
17. The proven process of putting VR Vitalis into practice
Mgr. Veronika Horká from AGEL Prostějov Hospital describes the successful implementation of VR Vitalis into practice
Expert opinions
VR Vitalis® Pro is developed in close collaboration with leading experts

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."

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."

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."

Neurologist, vice dean for science and research at the Faculty of Medicine of the Ostrava University
"The use of virtual reality in medicine is expanding significantly every year. One of the very promising areas of its use is in the field of neurological diseases, in particular stroke and neurodegenerative diseases or multiple sclerosis. In particular, applications that work with specifically designed exercises for individual diseases seem to be a promising part of comprehensive rehabilitation for these patients. The use of these specific exercises in virtual reality could not only lead to a faster adjustment of the affected functions, but also to a slower progression of movement disorders and in some diseases even to a delay in the onset of the first symptoms, for example in patients in the early stages of Parkinson's disease. The set of exercises in VR VITALIS, which the company has developed with experts in the field of neurorehabilitation, is a very promising way forward for many patients with neurological disease."

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."
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