INSIGHT LUNG vs iBronch

INSIGHT LUNG - The human lung expedition - Winner of the 'German Medical Award 2021' - Platinum at the 'Muse Creative Awards 2021' - Gold at the 'Best Mobile App Awards 2021' Explore the human lung in augmented reality and learn more about Asthma and COPD. After Insight Heart this is the second augmented reality App to be rolled out in a series of INSIGHT Apps created and designed for medical education purposes. Our goal is to make medical education fascinating, explorable, and fun for students and physicians, as well as accessible to patients - anywhere and anytime, in or out of the classroom, lecture hall or living room. We have committed ourselves to take medical education one step further and have developed visually stunning and highly interactive content based on real life medical and scientific specifications. Using ARKit, INSIGHT LUNG lets users easily scan their physical surroundings and place the three-dimensional lung without the need of predefined markers. Our virtual assistant ANI will guide you through various states of the lung. Rotate and scale the high-resolution lung floating in front of you and feast your eyes on highly detailed textures. Trigger impressive visualizations of the healthy lung, asthma and COPD and visualize your condition and level of severity. And there is a lot more to come - so stay tuned! This and future apps in the INSIGHT series take medical education to a whole new level. Get the future of medical education for free. INSIGHT LUNG is supported by NOVARTIS. FUSE MLR ID 236600 | August 2022

Bronchoscopy is a procedure in which physicians are able to visualize the trachea and the bronchi that supply ventilation to the lungs. This is usually done under some form of anesthesia or sedation, and there is a learning curve in taking on this common operation. Bronchoscopy requires skill and patience to obtain the views needed for a complete study. iBronch uses images from an actual bronchoscopy to show the user typical views of a normal trachea-bronchial tree. Because its a simulation and does not involve a real patient, it can be used to familiarize oneself on the expected images seen on real patients.