VR nature experiences offer numerous health benefits, including stress reduction and relaxation by activating the parasympathetic nervous system and lowering cortisol levels. They also serve as an effective distraction for pain management by immersing patients in another world, which is particularly helpful after surgery or for chronic pain. In addition, these experiences can improve mood and enhance well-being, which is particularly beneficial for long-term hospital stays. They also support physical and psychological rehabilitation by creating a motivating environment that encourages participation. Finally, VR technology enables individualized therapy approaches that can be tailored to patients' needs and preferences, increasing patient satisfaction and improving quality of life.

Virtual reality therapy (VR therapy) has proven to be an effective method of pain management and offers numerous benefits for pain patients. VR therapy can effectively distract patients from their pain by immersing them in a virtual environment that captures their attention and thus reduces the perception of pain. In addition, VR has a calming and pain-relieving effect through visual and sensory stimulation, reduces anxiety and stress, and encourages movement, which is particularly helpful in cases of pain-related lack of movement. The therapy also supports neuroplasticity by training the brain to process pain signals differently and allows for personalized, non-invasive treatment without the risks of drug side effects. Research confirms the effectiveness of VR in treating acute and chronic pain, making it a valuable addition to traditional therapies.

Breathing exercises with virtual reality (VR) offer multiple benefits for patients by improving physical, psychological and motivational aspects. VR creates calming environments that can promote relaxation and reduce stress and anxiety. The immersive properties of VR increase motivation and engagement for regular breathing exercises, which is particularly helpful for chronic pain patients or in the post-operative phase. VR allows for customization of therapy, improves breathing technique through visual and auditory cues and provides a safe, controlled environment for exercise. In addition, modern VR systems can provide biofeedback and monitor therapy progress, further increasing the effectiveness of breathing exercises and helping to promote mental health.

The use of virtual reality (VR) in medicine offers significant benefits for patients, both before, during and after surgery. In the pre-operative phase, VR can reduce anxiety and stress in patients through calming scenes and detailed visualizations of the upcoming procedure, improving their understanding and confidence in the process. Intraoperatively, VR can contribute to pain control by distracting patients and potentially reducing the need for anesthetics, while assisting surgeons with 3D visualizations, improving the precision and efficiency of surgery. Post-operatively, VR helps with pain management and supports physiotherapy rehabilitation by engaging patients in a virtual environment for exercises. Overall, VR improves not only the physical but also the emotional well-being of patients and helps to optimize the overall surgical experience.

The use of virtual reality (VR) as cognitive training for intensive care patients is an emerging field of research and application with the potential to significantly improve patient recovery and well-being. VR provides cognitive stimulation that helps maintain or improve memory, attention and problem-solving skills, and can reduce the incidence of delirium by keeping patients mentally active. VR also creates a calming environment that reduces stress and anxiety, which is particularly important in intensive care. Interactive VR scenarios promote positive emotions and can increase motivation to participate in rehabilitation activities, leading to improved physical and cognitive outcomes. Despite technical and financial challenges, the integration of VR into the treatment of intensive care patients offers promising opportunities to improve their health and quality of life.

Virtual reality (VR) combined with bedside yoga can significantly improve patient care. Due to the immersive nature of VR, patients who are physically restricted can virtually immerse themselves in a relaxing yoga environment. This not only promotes mental relaxation and reduces stress and anxiety, but can also help to alleviate pain and discomfort. The visual and auditory elements of VR yoga sessions help patients to focus on movements and breathing techniques, making it easier to perform yoga exercises in bed. In addition, this technology supports physical rehabilitation and promotes mobility by providing targeted exercises adapted to the patient's needs.

Virtual Reality (VR) offers significant benefits for gamified training and memory work through its immersive nature. By creating engaging virtual worlds, VR can increase user concentration and motivation, which improves learning and memory formation. For memory work in particular, VR offers the opportunity to vividly depict past experiences or places, which contributes to cognitive stimulation, especially for older people or those with cognitive impairments. VR games can be specifically designed to train cognitive skills such as attention, problem solving and memory. In addition, the technology enables customized experiences tailored to the specific needs and abilities of users, which increases the effectiveness of the training.

Virtual reality (VR) can have a significant positive impact on the activation and performance of movement exercises at the bedside. By creating an immersive and motivating environment, VR can activate patients mentally and physically, even if their mobility is limited. This not only helps to gently stimulate muscles and promote blood circulation, but also helps to prevent complications such as muscle atrophy and thrombosis. VR also enables personalized exercise programs that are adapted to the individual abilities and needs of patients, making exercises safer and more effective. The playful component of VR applications can also benefit patients psychologically, as they experience entertainment and variety, which improves their overall quality of life and recovery.

Virtual reality (VR) can make an impressive contribution to biographical memory by vividly reconstructing past environments and experiences. This technology allows users to virtually "visit" places of their youth or important life events, which can be particularly valuable for people with dementia. The immersive representation can strengthen emotional and cognitive connections and revive memories that were thought to be lost. VR supports memory by providing sensory stimuli that activate memories of specific events or phases in the user's life. The technology also encourages conversation and interaction with caregivers or family members, which improves social integration and emotional well-being.