OmnifyXR Makes Global Debut with First-Ever Clinical Use in Interventional Procedures

Jun 24, 2024 19:17 CST Updated 19:17

GE Healthcare

Digital Solution Provider

MediView XR

AR Medical Solutions Developer

GE Healthcare and MediView XR Announce CollaborationOmnifyXR Intervention Suite Based on Augmented Reality TechnologyAt North Star Vascular and Interventional in Minnesota, USAFirst Successful Implementation of Surgery and Entry into Clinical Use
Head-Mounted DisplayCapable of holographic real-time imaging, assisting in the precise execution of various interventional surgeries.

Recently, GE Healthcare and MediView XR announced the successful deployment of their collaborative achievement — the OmnifyXR Interventional Imaging Suite — at North Star Vascular and Interventional in Minneapolis, Minnesota, USA, which has been put into clinical use. ThisInnovative interventional imaging suite based on augmented reality technology integrates holographic real-time medical imaging, 3D anatomical model visualization, and advanced imaging techniques, while supporting remote collaboration, promoting precision treatment in interventional procedures.。

The field of image-guided therapy is in a phase of rapid advancement, utilizing sophisticated imaging and visualization solutions to assist in the treatment of various diseases such as cancer and cardiovascular conditions, with nearly no surgical incisions required. However, practitioners face multiple challenges during different interventional procedures, such as compromised positioning due to unclear visual interfaces or screen control areas, and the significant time consumed in adjusting the workspace.

In response to these challenges,GE Healthcare Partners with MediView XRMediView XR Launches OmnifyXR with Microsoft HoloLens Mixed Reality Technology. OmnifyXR can be seamlessly integrated into existing interventional suites, while enhancing efficiency through augmented reality technology., providing support to clinicians in the following areas:

Work Efficiency and Ergonomics

Head-Up Display (HUD) can holographically display multiple imaging video streams., more ergonomic design ensures that doctors, no matter where they are, can simultaneously display up to four video streams (such as real-time fluoroscopy, reference images, workstation images, ultrasound, and hemodynamics). It also allows for customization of size, angle, and orientation to meet workflow requirements and enables interaction through voice commands.

Improving Visualization with 3D Assistance

Digital visualization aids in assessing complex anatomical structures.Clinical doctors can interact with the patient's holographic 3D model to deploy surgical plans.

Collaborative Care

OmnifyXR supports remote collaboration, consultation, training, monitoring, and support.Users can access holographic experiences in a first-person perspective via any internet-connected device, enabling collaboration regardless of location.

Dr. Jafar Golzarian is a professor of radiology and the founder of North Star Vascular and Interventional,In the world's first clinical application of OmnifyXR, he performed two separate interventional surgeries — knee artery embolization and prostate artery embolization.Dr. Jafar Golzarian stated: "The head-mounted display and augmented reality features of OmnifyXR, especially the 3D anatomical views provided by holographic real-time imaging, are revolutionary, allowing us to approach treatments from a completely new perspective."I am delighted to be part of the team that completed the first case and look forward to seeing more cases where OmnifyXR helps patients and doctors improve clinical outcomes."

Amin Astani, M.D., of North Star Vascular and Interventional, shared: "OmnifyXR Will Change the Way We WorkWith the help of GE HealthCare's Allia IGS platform, we can create a highly detailed 3D generative model in a short period of time., without the need to maintain sterility by taking off sterile gloves during the surgical procedure. OmnifyXR can place 3D models almost anywhere in the room, around which we can walk and evaluate from different angles, allowing for more precise decision-making regarding surgical plans and processes."