Medical images used to guide treatment of tumor(s) are presently displayed on flat-panel monitors (like screens used with computers). This protocol will evaluate, using a new headset to view the images in true 3D ("360 degrees"), while using standard flat panel monitors as usual (in accordance with standard of care). The headset is combined with a mini-global positioning system (GPS)-like system to help navigate to treat tumor(s). This evaluation is to show that the headset has potential to provide guidance and navigation information that can improve the treatment of tumor(s) with heat.
This protocol will clinically evaluate new 3D holographic guidance and navigation for percutaneous ablation of solid tumors to ultimately overcome limitations of displaying images on 2D flat-panel monitors ("flat screens"). 3D Holographic percutaneous ablation (3D HPA) provides real-time, 360° visualization for guidance and navigation of tracked interventional instruments augmented to the operative site. In this preliminary protocol, 3D HPA will be evaluated as an adjunct to flat-screen display of conventional images used for guidance (ultrasound, fluoroscopy, CT), in accordance with standard of care.
Study Type
OBSERVATIONAL
Enrollment
11
use the HoloLens to evaluate new 3D holographic guidance and navigation for percutaneous ablation of solid tumors
Cleveland Clinic, Case Comprehensive Cancer Center
Cleveland, Ohio, United States
Standard System Usability Score on a Likert Scale
The surgeons and staff completing the intervention will rate the usability of the system. An average score greater than 3 will indicate acceptability of the 360 degree display.
Time frame: 1 day
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