3 Ways Mixed Reality Is Transforming HealthCare

Thanks to tremendous advancements in deep technology, scientific research, and artificial intelligence, healthcare has progressed at a breakneck pace. 

Terms like Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR) pop up in this debate of advancement (MR). 

Each of these opens up a whole new world of medical possibilities, allowing physicians, technicians, and other healthcare workers to innovate, optimize, and improve the efficiency of their solutions.

Numerous cutting-edge devices, such as Google Glass and Microsoft’s HoloLens, are shining a bright light on the future of virtual and remote healthcare. 

Before we get into the nitty-gritty of MR, let me give you a short rundown of what VR, AR, and MR are and how they vary.

Mixed reality technology is improving healthcare

Healthcare has been embracing technology innovations in aims to enhance the quality of hospital treatment. 

Artificial Intelligence has played an important role in this development, allowing medical practitioners to provide remote monitoring and care to patients. 

It has also assisted them in better utilizing their resources and making them more accessible to consumers.

This new type of interactive technology combines virtual reality with augmented reality to provide a new method of interacting with the environment. 

MR, also known as “hybrid reality” and “extended reality,” has the potential to transform almost any business. 

The healthcare industry is no exception. 

Consider a future where both basic and sophisticated medical operations are simplified and made safer. 

That world—no pun intended—is fast becoming a reality. 

Let’s take a look at three ways mixed reality might transform the healthcare business.

How will mixed reality change healthcare? 

Surgeons must be extremely accurate, focused, and analytical when doing medical operations. 

During essential procedures, surgeons must consider a variety of factors in order to make the best judgments possible. 

Most of the time, these split-second judgments may be the difference between life and death for patients. 

The use of augmented reality as a means of presenting critical information to operating surgeons through a hands-free interface has recently been investigated.

Medical operations may be made considerably easier for healthcare professionals to do while also being safer for patients via mixed reality. 

The usage of mixed reality in healthcare can make a difference in the following ways:

Diagnoses in a flash!

For years, virtual reality has been utilized to allow doctors to observe a patient’s anatomy in a way that would otherwise be impossible.

MR now provides healthcare practitioners with real-time data and visualizations that have the potential to revolutionize operations forever.

Images and information may be shown on top of a patient’s body, and a rapid diagnosis of their status can be performed.

Doctors using MR glasses will soon be able to glance at a patient and instantaneously determine not just their vital signs, but also the most likely diagnosis.

Medical education with a twist of mixed reality

Medical students may often learn how to do surgery in one of two ways: by watching a live surgery or by operating on a corpse.

There is now a third option: employing mixed reality to operate on a corpse.

Medical students can use MR to operate on cadavers in a simulation that is similar to operating on a live patient.

These mixed reality operations may react to a student’s activities as if they were genuine procedures, thanks to the use of half reality and half simulation.

Students may now train with realistic virtual operations that do not put anyone’s life in jeopardy.

Surgical enhancements

Surgeons can employ mixed reality to perform virtual surgeries with more precision than ever before.

Factual evidence (such as blood pressure and heart rate), patient imaging, and other things can be shown into mixed reality glasses or displays.

Doctors can use MR to track vital signs and changes in a patient’s condition more effectively than they can with the naked eye.

MR imaging also gives surgeons real-time 3D images of anatomy, allowing them to see more detail and make better judgments during surgeries.

With the perks of MR, even some of the riskiest treatments may become normal as technology advances.

Your medical records are now digital!

There are currently just a handful of completely effective virtual and augmented reality application cases in healthcare.

The majority of these technologies’ uses are still in the experimental stage.

As a result, it’s not unexpected that mixed reality applications, which are more sophisticated, are still in the exploratory stage.

While existing virtual and augmented reality applications and proof-of-concept implementations in healthcare show considerable potential, prudence in putting these technologies into full-scale deployment is warranted.

This is due to the fact that these apps have a direct influence on people’s physical health and well-being.

And any flaws in the technology might endanger human life.

The important applications of mixed reality in the future of healthcare, on the other hand, will be well worth the wait.

What do you think about the future of healthcare? 

Using new tech to view real-time operations and procedures will teach kids more than a classroom, a textbook, or even a PowerPoint presentation can.

Due to a variety of factors, MR integration is currently limited and constrained.

There are, however, some excellent examples of how MR is assisting us in fast and gradually improving healthcare.

By constructing a Mission Control Center to oversee its autonomous pharmacy equipment, a prominent pharmacy and medication management company hoped to expedite innovation.

WinWire assisted them in speeding up the innovation process by utilizing Microsoft’s Hololens as a remote monitoring tool for Azure-connected IoT devices.

The control center would function as an IoT-based centralized real-time surveillance system, allowing for predictive device repair with the goal of reducing downtime and cost.

To wrap things up 

Customers’ bespoke asset health scores and other analytics models were incorporated into the solution to determine the health of the devices, as well as an SAP-based ticketing system to issue service tickets automatically.

It enabled the customer to not only save costs and increase efficiency but also to achieve zero downtime by monitoring and predicting device maintenance in real-time.

Success stories like this one show how MR is assisting organizations in speeding up their efforts and making MR devices an important part of their technical infrastructure to improve their services and operations in general.