SiMucosa: AI-based endoscopy simulation on silicone models

Training in minimally invasive endoscopic procedures in the form of gastroscopy or colonoscopy is playing an increasingly important role in quality assurance today. Thanks to these procedures, cancer and its precursors can be detected and treated directly. 

Usually, navigation and orientation are trained using widely used silicone-based simulators. However, due to the low level of difficulty and the fact that the artificial surfaces always look the same, these simulators cannot compete with the animal model. 

Bringing intestinal models to life

We have been able to collect numerous endoscopy videos in the course of joint research work in recent years. Using these videos we created an AI-based training module for doctors to help them better identify and classify precancerous lesions. This work enabled us to create an AI prototype, called SiMucosa, that has the potential to bring silicone-based intestinal models to life. Using SiMucosa we will be able to simulate normal findings and pathological changes better than an animal model.

 

We thank Dr Henke Medical Training for providing us with silicone-based endoscopy phantoms.

Funding

This research project is funded by the Eva Mayr-Stihl Foundation.

Logo Eva Mayr-Stihl Stiftung

Contact

Portraitfoto von Univ.-Prof. Dr. med. Alexander Hann

Prof. Dr. med.
Alexander Hann

Head of the working group

+49 931 201-45918

Portraitfoto von Joel Troya


Joel Troya

Member of the working group

Portraitfoto von Ioannis Kafetzis

Dr.
Ioannis Kafetzis

Member of the working group

Address

Medizinische Klinik und Poliklinik II | Gastroenterologie | Oberdürrbacher Straße 6 | Haus A4 | 97080 Würzburg | Deutschland

Auvera Haus | Grombühlstraße 12 | 97080 Würzburg | Deutschland