3D Model Artificial Intelligence-Guided Automatic Augmented Reality Images during Robotic Partial Nephrectomy

• Published in: Diagnostics (Basel) Vol. 13; no. 22; p. 3454
• Main Authors: Sica, Michele, Piazzolla, Pietro, Amparore, Daniele, Verri, Paolo, De Cillis, Sabrina, Piramide, Federico, Volpi, Gabriele, Piana, Alberto, Di Dio, Michele, Alba, Stefano, Gatti, Cecilia, Burgio, Mariano, Busacca, Giovanni, Giordano, Angelo, Fiori, Cristian, Porpiglia, Francesco, Checcucci, Enrico
• Format: Journal Article
• Language: English
• Published: Basel MDPI AG 01-11-2023
• Subjects: 3D models; Algorithms; Artificial intelligence; Augmented Reality; kidney cancer; Kidney transplants; Patients; Planning; Robotic surgery; Robotics; Software; Surgeons; Surgery; Technological change; Virtual reality
• ISSN: 2075-4418; 2075-4418
• DOI: 10.3390/diagnostics13223454

More than ever, precision surgery is making its way into modern surgery for functional organ preservation. This is possible mainly due to the increasing number of technologies available, including 3D models, virtual reality, augmented reality, and artificial intelligence. Intraoperative surgical navigation represents an interesting application of these technologies, allowing to understand in detail the surgical anatomy, planning a patient-tailored approach. Automatic superimposition comes into this context to optimally perform surgery as accurately as possible. Through a dedicated software (the first version) called iKidney, it is possible to superimpose the images using 3D models and live endoscopic images during partial nephrectomy, targeting the renal mass only. The patient is 31 years old with a 28 mm totally endophytic right-sided renal mass, with a PADUA score of 9. Thanks to the automatic superimposition and selective clamping, an enucleoresection of the renal mass alone was performed with no major postoperative complication (i.e., Clavien–Dindo < 2). iKidney-guided partial nephrectomy is safe, feasible, and yields excellent results in terms of organ preservation and functional outcomes. Further validation studies are needed to improve the prototype software, particularly to improve the rotational axes and avoid human help. Furthermore, it is important to reduce the costs associated with these technologies to increase its use in smaller hospitals.