Vitalis® Care | VR Vitalis

VR Vitalis® Care

A resource designed to meet the needs of clients in social services

VR Vitalis® Care application

A device designed by top experts to activate social service clients

Non-binding consultation License and Implementation

More effective activation
The immersive effect of our app leads to unblocking the client's fears and motivating them to exercise, whether cognitive, physical or relaxation. Motivating the client helps with improving their mood and thus helps the staff in their work. The app allows for a unique combination with molecular hydrogen inhalation.
Simple and safe operation
Intuitive app with simple controls. It is safe to use even for elderly or disabled clients. It is also easy to use for the therapist, who can adjust everything from a tablet or computer if the client cannot manage it themselves.
Efficient operation
Lack of funding and qualified staff. This is a common situation in social services. Regular activation of clients is crucial for their physical and mental well-being. Our personal experience with this issue made us develop our app. The aim is not to replace rehabilitation workers, just to make their work much easier.

Reference

What do others say about us?

We have been working with VR VITALIS® for a short time, but for our patients, the therapeutic exercise in virtual reality is a welcome and interesting change. We use therapeutic exercise programs with patients in the outpatient setting after upper extremity injuries, for pain syndromes in the shoulder joint and back pain. The use of virtual reality exercise has also been successful in patients with neurological conditions such as RSM and post stroke conditions. This exercise is also in great demand with pediatric patients, where we have even been able to target attention and overall better concentration in children. The people at VR VITALIS® are experts in their field and working with them is very rewarding for us.

PhDr. Jarmila Kristiníková, Ph.D. Fyzioterapie POHODA s.r.o.
We started using virtual glasses with seniors at the Iris Home in early July. Despite initial concerns and for their safety, we only do the exercises sitting down, or in a mechanical wheelchair, and the seniors' fear of the new technology has almost become an addiction. In this way, our seniors are exercising their upper arms and engaging their cognitive functions by finding solutions. By having others watch on a tablet how their companion is doing and cheering them on, social aspects and communication with each other are also developed.

Silvie Švecová Ergoterapeut
At the Pohoda Social Services Centre, virtual reality has become a very popular activity for many of our users, especially in that it rests on two pillars that are important to every senior. Virtual reality has managed to combine these two important elements such as cognitive function and physical activity into one. Another major benefit for us and for the user is that the version available today allows the user to set the appropriate conditions for customised activation. The experts at VR Vitalis® are constantly working to innovate and thus provide users with insight into a simulated real-world environment. We firmly believe that the cooperation with VR Vitalis® will continue to be a rewarding and long-lasting one.

Bc. Simona Víchová Coordinator

Exercise modules

VR Vitalis® Care is a modular application providing activation in a variety of areas

1
Cognitive functions

Activation for clients with cognitive deficits caused by illness, injury or surgery. Usually in conjunction with upper limb exercises.
2
Upper limbs

Activation suitable for large joints (shoulder and elbow) and wrist, including rotation.
3
Lower limbs

Activation suitable for non-ambulatory clients who have problems with walking or need to be verticalized.
4
Back and neck

Corrective activation for poor posture or inappropriate movement patterns.
5
Breathing and relaxation

Modules to calm clients and improve breathing capacity can be augmented by inhaling molecular hydrogen.
6
Testing

Modules focused on movement, speech or cognitive analysis of the patient and its evaluation over time.
7
Fine motor skills

Exercise suitable for clients who need to practice the fine motor skills of the upper limbs.
8
Passive

Modules in this category are non-interactive, and serve mainly for psychological rest or for clients with dementia.

Cooperation with experts

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

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

Michal is an experienced neurosurgeon. He also has experience in spa care and has managed a regional hospital and a rehabilitation institute. He is now the head of the Center for Artificial Intelligence, VR and Telemedicine at OSU Faculty of Medicine and credits his experience as our medical expert.
Mgr. Marcela Dabrowská Ergoterapeutka Occupational therapist - Department of Rehabilitation and Physical Medicine, Faculty of Medicine, OU

Marcela is an experienced occupational therapist who also passes on her experience to students at the Faculty of Medicine at the OU. She is very helpful in setting up the product, testing it and conducting expert studies.
MUDr. Šárka Baníková Rehabilitation doctor, head of the Department of Rehabilitation and Physical Medicine, Ostrava University Hospital

Šárka is a rehabilitation physician and head of the Clinic of Rehabilitation and Physical Medicine at the Ostrava University Hospital. She leads a team of physiotherapists who design and test exercise modules for us.
MuDr. Štefan Reguli, Ph.D. Neurosurgeon and head of the LERCO project at FNO

Štefan is a neurosurgeon and also leads the LERCO project at FNO, which aims to link basic research, applied research and commercialization of scientific outputs. He is our main expert on the awake surgery application.
prof. Mgr. Roman Jašek, Ph.D., DBA Director of the Institute of Informatics and Artificial Intelligence at Tomas Bata University in Zlín

Roman is the director of the Institute of Informatics and Artificial Intelligence at Tomas Bata University in Zlín and a great expert in new technologies.
prof. MUDr. David Školoudík, Ph.D., FESO, FEAN Neurologist, vice dean for science and research at the Faculty of Medicine of the Ostrava University

David is an experienced neurologist and also Vice Dean for Science and Research at the Faculty of Medicine of the University of Ostrava.
Mgr. Marie Kaniová, Ph.D. Clinical speech therapist

Marie is a clinical speech and language therapist with a lot of experience. In the project she helps us especially with the module for recognition and testing of speech disorders, for example in awake operations.
Mgr. Renáta Čecháčková Physiotherapist

Renáta is a physiotherapist who works at the Department of Rehabilitation and Physical Medicine at the Ostrava University Hospital with experience in both outpatient and inpatient settings. Together with others from the department, she co-developed the designs and descriptions of exercises within the project and participated in the correction of the modules in VR, their use and verification in practice, especially in patients in the subacute stage with overlap to the outpatient component.
Bc. Irena Skřinařová Physiotherapist

Irena also works as a physiotherapist at the Clinic of Rehabilitation and Physical Medicine of the Ostrava University Hospital. She has used her experience from outpatient and inpatient practice together with others from the department within the project in designing, describing exercises and correcting new modules in VR. She further integrates these into the therapy of patients and finds out their effect. She is particularly involved in the design and validation of modules in the acute phase of rehabilitation.
Mgr. Kristýna Müllerová Physiotherapist

Kristýna is another experienced physiotherapist from the Clinic of Rehabilitation and Physical Medicine at the Ostrava University Hospital with experience in outpatient and inpatient services. In the project team, she collaborated on the design, exercise descriptions and modifications of the developed modules in VR. Kristýna is mainly involved in the testing of patients undergoing rehabilitation exercises in the VR environment.