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The advent of Artificial Intelligence (AI) and Virtual Reality (VR) has ushered in a new era for the healthcare industry. Healthcare’s continued collaboration with software providers has transformed its ability to broaden its reach for patient care delivery and reevaluate how treatment plans are created and implemented. Accurate diagnosis is paramount for effective treatment plans, and resources driven by adept software developers have created new avenues to monitor patient progress while proactively creating new treatment strategies. VR provides healthcare personnel unprecedented opportunities to prepare better and perform procedures while aiding medical personnel in implementing individualized care plans adhering to outcome-based health models.
Healthcare’s metrics have shifted to an outcome-based model that gauges treatment success based on the quality of treatment plans and the positive impact or outcome for the patient. Decreased pain, disease mitigation, and overall reduction of services needed are useful to gauge outcome-based healthcare models.
Tech resources are critical to achieving outcome-based health models because they provide new avenues to monitor patients, create and implement individualized treatment plans, and streamline operations for healthcare providers.
Virtual Reality is not exclusively relegated to entertainment. When deployed within healthcare, it remains a powerful and versatile resource. This immersive experience combines headset hardware with a combination of highly nuanced video imagery and real world images to create an engaging, detailed experience for users.
Skilled software developers have enhanced VR graphics with quicker response times, creating a resource that healthcare providers have utilized for surgical trainings. The platform is akin to simulations with real-time responses that create scenarios doctors can use to refine their skillset or expand their knowledge when training for new, modernized procedures. Traditional instruction and methodologies are still pertinent for successful training completion but VR offers individualized instruction and instant, real-time feedback that enables healthcare providers to complete trainings with a higher understanding of protocols. VR simulations offer the following for users:
The ability to preview surgical procedures for practice and increased comprehension
They can boost surgical efficiency with expedited completion times. Surgeons can run VR-based simulations that time procedures.
Improved communication with patients and families. VR resources can present clear, pre-surgical presentations for families and patients, facilitating greater understanding of procedures and increased patient engagement.
The ability to collaborate with colleagues via the Cloud for real-time, individualized instruction.
Healthcare and technology have always intersected, and the industry remains receptive to new resources that elevate patient care. Healthcare remained in a quandary due to the global pandemic, which required the entire industry to adopt a new model for delivering patient care. Telemedicine’s prominence reinforced the need to utilize tech resources to meet evolving demands. Post-pandemic response to telemedicine remains strong, with Allied Market Research forecasting the market to reach $431 million by 2030.
Virtual Reality continues facilitating patient independence for a more self-directed approach to treatment plans. With the shift to outcome-based healthcare, measured by the effectiveness for each patient and response to individualized treatment plans, VR can be used as another resource to achieve this goal. Using physical therapy as just one of several healthcare models VR can be applied to, treatment is gamified to make PT more engaging and enjoyable. The immersive experience implements physically-based exercises with VR visual stimuli within the headset. Expert-level software developers can customize programs according to specific patient needs, enabling providers to optimize patient outcomes.
Successful outcome-based healthcare can be predicated on a provider’s ability to empathize with their patient. Connecting with patients simplifies the already challenging healing process as the provider engages in a more personalized approach to care. Utilizing VR, healthcare providers can truly ‘walk in another’s shoes’ and, through simulations, achieve greater insight into what a patient struggles with. If a patient is experiencing limited mobility, a VR simulation designed by skilled software developers will demonstrate to a provider what restricted physical mobility feels like in real-time, daily scenarios. After experiencing their patients’ challenges, healthcare providers can customize treatment plans to achieve outcome-based results.
ReportsandData, a market intelligence and research firm, reported the global market for VR-based tech resources in healthcare was valued at $2.82 billion in 2022 and forecasted to reach $12.14 billion in 2032; we see this as a growing opportunity for software companies as healthcare continues embracing and deploying tech resources to mitigate challenges and elevate patient care.
VR is a versatile resource because it serves providers and patients. Providers engaging in simulations enhanced by adept software developers receive immersive real-time training that enables them to gain unprecedented insight into surgical procedures. Patients utilizing VR-based treatment plans have a greater opportunity for engagement, allowing them to take paths toward independence and self-directed care.
With technology’s pairing with healthcare, we have seen the delivery and implementation of quality treatment plans grow significantly. With the sustained success of telemedicine, a tech-based approach toward healthcare continues modernizing medicine. As adept software developers persevere with optimizing resources, it remains up to the healthcare industry to implement these resources to deliver the best treatment plans for today’s patients.
Chetu, Inc. does not affect the opinion of this article. Any mention of specific names for software, companies or individuals does not constitute an endorsement from either party unless otherwise specified. All case studies and blogs are written with the full cooperation, knowledge and participation of the individuals mentioned. This blog should not be construed as legal advice.
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