Join us for an engaging session where two leading thoracic surgeons, Dr. Sayzana Kassahun from University Hospital Frankfurt and Dr. Harry Etienne from Hôpital Tenon, share their unique experiences using InferOperate Thorax in their surgical planning workflows.
Each expert will present a fascinating case study, highlighting how this advanced AI tool has enhanced precision, efficiency, and outcomes in thoracic surgeries. This interactive discussion is perfect for healthcare professionals interested in cutting-edge solutions that transform surgical planning and execution.
⏰Nov 21, 2024 07:00pm - Nov 21, 2024 07:30pm
Add to Google · Outlook Web · Outlook Mobile · Yahoo · iCal
Speaker Introduction
Dr. Harry Etienne: Pioneering Innovation in Minimally Invasive Thoracic Surgery
Dr. Harry Etienne, a leading thoracic and vascular surgeon at Tenon University Hospital in Paris, specializes in minimally invasive surgical techniques. With training spanning Strasbourg, Paris, and Zurich, his expertise covers oncologic thoracic surgery, lung transplantation, and vascular access for hemodialysis.
A dedicated researcher, Dr. Etienne focuses on neurophysiology and advancing surgical innovations. In this webinar, he will share insights into his experience with InferVision's InferOperate Thorax 3D reconstruction tool, showcasing how it has revolutionized his approach to thoracic surgery.
Dr. Sayzana Kassahun: Advancing Thoracic Surgery with AI-Driven Precision
Dr. Sayzana Kassahun, a leading thoracic surgeon at University Hospital Frankfurt, specializes in lung cancer surgery, particularly segmental resections for non-small cell lung cancer (NSCLC). Recognized for his integration of AI-based 3D reconstruction technology, Dr. Kassahun leverages these tools to enhance surgical precision and elevate patient outcomes.
An active researcher, he explores the role of AI-driven 3D imaging in improving surgical accuracy and safety. In this webinar, Dr. Kassahun will share his expertise and discuss how cutting-edge technology is transforming thoracic surgery.
