Part I: Surgery Applications and Biomedical Modeling. Abdominal surgery with parascopie procedures.- Pancreas surgery procedure.- Vein graft surgery.- Inflammation and cell dynamic.- Biology of pancreas cancer.- Part II: Methods of Computational Surgery. Hemodynamic and vascular surgery.- Augmented reality and brain surgery.- Quantitative imaging.- System biology.- Augmented reality in abdominal surgery.- Medical robotics.- Optimization in image and signal processing.- Lung dynamics.- Cancer modeling.- Part III: Training in Computational Surgery. Training of surgeons with parascopy.- Training of surgeons with computational tools.- Medical imaging.- Surgery procedures.
First book on computational surgery and dual training
Provides a foundation in surgical methods for biomedical engineers who wish to do research in the surgical area
Includes material on surgery applications and biomedical modeling
Detailed discussion of imaging and optimization in computational surgery