Demonstration of Virtual Human Twin technology in Orthopedics device R&D (Concept design to In-silico clinical trials) and patient specific orthopedic pre-surgical planning.
Due to rapid commoditization, Orthopedic companies are under pressure to launch new innovative devices to market faster. Moreover, the traditional clinical trial approach is plagued by under-representation, consumes a lot of time and money which results in increased likelihood of device recalls. In addition, 1000s of patients undergo orthopedic revision surgeries every year due to the lack of personalization and pre-surgical planning.
Virtual Human Twin technology enabled by MODSIM AI from Materialise and SIMULIA offer an efficient approach by combining patient anatomy, population insights and simulation technology to support both device innovation and patient-specific treatment. For orthopedic device development, these technologies can help accelerate product development and help reduce and refine clinical trials. For optimal patient care, these technologies enable personalized devices and pre-surgical planning to drastically decrease revision surgery and improve patient outcomes.
Key Highlights
Who should attend?
Statistical Shape Modeling (SSM) and measurement tools enable analysis of 3D anatomical variation, precise morphometrics and patient population data for medical device R&D
3DEXPERIENCE platform enables engineers to parametrize a 3D geometry created from image segmentation thereby allowing them to create population models of virtual femur twins.
