Experience over the past decade has shown that computationally demanding 3-D imaging is increasingly available due to rapid technological advances. Applied in thoracic imaging, it simplifies the understanding of the anatomy for both the trainee and the experienced surgeon and can increase the operational and technical quality in terms of precision, safety and speed.
Zentralbl Chir 2021; 146(S 01): S82
DOI: 10.1055/s-0041-1733450
To the publication (in German only)
Background
Experience over the past decade has shown that computationally demanding 3-D imaging is increasingly available due to rapid technological advances. Applied in thoracic imaging, it simplifies the understanding of the anatomy for both the trainee and the experienced surgeon and can increase the operational and technical quality in terms of precision, safety and speed.
Conclusion
The stereoscopic display of the 3D reconstruction increases the value of the sectional imaging significantly in the periprocedual setting. Especially in cases with high operational-technical complexity, the system offers an improved assessment for planning the operational procedure. Operation is as simple as it is intuitive. As an increasingly affordable tool, VR reconstruction offers the potential to be widely used in operational planning. As the development of hardware and software advances in the future, as well as increasing broadband networking, the systems will be expanded to include a multitude of options. Collaborative, location-independent viewing and processing of the reconstruction will be implemented. Surgical steps can be anticipated or simulated here and accelerate further surgical training. The 3D reconstruction in augmented reality offers the possibility of an intraoperative application.
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