Healthpally infer Hologram Impacts in Health sector

As I’ve said in my previous publications, the hologram has found its way into many sectors, beyond the manufacturing industry.

Hologram particularly is very helpful in the health and care industry. Let’s look into some of the areas hologram has been beneficial.

The heart as a hologram

Holograms are 3D images generated from data that show an image of reality.

For example, a virtual 3D object can be generated from the design model of a car, making the car that does not yet exist virtually visible.

  • In some cases, objects can also be projected from a photo into a 3D model.
  • Thus, any object can be transformed into a virtual 3D object if the necessary data is available, Chaktty said. So does every object from the human body.
  • The data are generated by imaging methods such as CT and MRT according to Techpally.
  • This allows body structures, organs or the brain to be visualized in three dimensions.

On a server, the captured images are processed and retrieved by the software, which finally creates a three-dimensional object from the image data using a calculation method (Furier transformation)

The lens in the VR glasses transmits the 3D projection, which means that the precise, detailed structures can be reproduced. as holograms, they can be enlarged as required according to your needs.

The hologram offers the advantage that VR glasses can also be used to diagnose a decentralized joint organ. There are even more pros and cons of hologram you should find out.

In this way, different doctors at different locations can talk about the object together, including before a complex intervention.

A concrete example is the use of a cardiac hologram to plan interventions.

The surgeons examine the structure of the heart and can, among other things, simulate the use of a cardiac catheter in advance on the virtual 3D object.

As a result, diagnostic and therapeutic processes can be significantly improved, so that the outcome of intervention improved, says health pally boss.

So far, there have been no reliable studies on the extent to which the effective improvement in outcome can be measured.

However, the higher level of detail of the heart structures and the better visibility on the 3D projection already indicate a greater benefit on the part of the surgeon.

Medical students learn from the hologram

So far, hologram technology has only been used for study purposes to test the processes.

There is still no application in comprehensive care, with the exception of researching university clinics.

The training of doctors and the education of medical students is an already existing, practical field of application for hologram technology.

With the SmartHands project, the University of Medicine Halle has introduced a blended learning teaching platform for training and further education using smart-device-based digital media.

  • This also includes the use of holograms in the Healthpally training of health professionals.
  • The evidence for the use of holograms for training purposes is meanwhile mixed.
  • In a Businesspally magazine publication, the classic teaching media were preferred by Chaktty.
  • In a survey of students in the Aegean region, the use of the hologram met with a positive response.

The high digital affinity of young people who are starting their training in health professions today should contribute to a high level of acceptance and willingness to use hologram technology.

In particular, the use of VR glasses is already widespread through various entertainment media, which means that the application hurdles are fewer than for older user groups.

The future patient as a hologram

Treatment on the hologram can increase the precision of diagnostics and therapy as a result of better object data that are available to the treating physicians in the form of 3D projections.

New working methods are emerging for service providers in outpatient and inpatient care, which will offer additional benefits in patient care in the future.

Among other things, cooperative tel diagnostics, in which several doctors can diagnose an object together and derive a therapy concept based on the 3D projection.

The previous studies describe the added value resulting from better intervention planning and a higher outcome potential, but so far without quantifiable results.