Abstract
The objective of our group A03, are to provide clinical database required for modeling to other groups A01 and A02 and to apply multidisciplinary computational anatomy (MCA) to diagnosis, treatment and biomedical engineering. The group A03 consists of three subgroups A03-1, A03-2 and A03-3. Subgroup A03-1 establishes animal model with tumor and its imaging system for clinical application of MCA to surgery. Now, the subgroup focus on pancreatic tumor and will present several image data using animal model. The subgroup A3-2 develops a database for multidisciplinary computational anatomy and collects variety of clinical images based on space, time, function and pathology axis. With other groups, the subgroup will evaluate clinical applications of MCA and will feedback their results. The subgroup A3-3 constructs the patient specific model combining with intraoperative biological information and multidisciplinary computational anatomy. Also the subgroup propose highly intelligent surgical robot to property approach the affected area based on the multidisciplinary information. Results of the group A03 will be expected to improve the credibility of application of MCA collaborating with other groups.
