Fluorescence-Guided Surgery

​Takeaki Ishizawa, MD, PhD, FACSDepartment of Hepatobiliary-Pancreatic Surgery,Graduate School of Medicine, Osaka Metropolitan UniversityOsakaJapanEditorial Supervisor: Japanese Society for Fluorescence Guided Surgery (JSFGS)

• Part I　Basics of intraoperative fluorescence imaging [Introduction].- Chapter 1 Clinically available fluorescent reagents.- Chapter 2 ICG fluorescence imaging system for open surgery.- Chapter 3 ICG fluorescence imaging system for endoscopic surgery and robot-assisted surgery.- Chapter 4 5-ALA fluorescence imaging system.- Chapter 5 How to introduce fluorescence imaging to the operating room.- Chapter 6 Recording of intraoperative fluorescence imaging.- Part II　Intraoperative Fluorescence Imaging [Practice] - Perfusion assessment.- Chapter 7 Introduction.- Chapter 8 Coronary angiography.- Chapter 9 Cerebral angiography (cerebral aneurysm).- Chapter 10 Evaluation of blood perfusion in skin flaps.- Chapter 11 Evaluation of blood perfusion in the upper gastrointestinal tract.- Chapter 12 Evaluation of blood perfusion in colorectal surgery.- Chapter 13 Perfusion assessment in HBP surgery and liver transplantation.- Part III Intraoperative Fluorescence Imaging [Practice] - Imaging of cancer.- Chapter 14 Liver cancer (primary liver cancer, metastatic liver cancer).- Chapter 15 Lung cancer (marking the tumor site).- Chapter 16 Gastric cancer (primary tumor, peritoneal dissemination).- Chapter 17 Brain tumor.- Chapter 18 Bladder cancer.- Part IV Intraoperative Fluorescence Imaging [Practice] - Imaging of lymph nodes and lymph vessels.- Chapter 19 Introduction.- Chapter 20 Identification of sentinel lymph nodes in breast cancer surgery.- Chapter 21 Identification of sentinel lymph nodes in gastric cancer surgery.- Chapter 22：Identification of sentinel lymph nodes in colorectal cancer surgery.- Chapter 23 Identification of sentinel lymph nodes in gynecologic surgery.- Chapter 24 Lymphography and evaluation of lymphedema.- Part V Intraoperative Fluorescence Imaging [Practice] - Imaging of anatomical structures.- Chapter 25 Imaging of the bile ducts (fluorescence cholangiography).- Chapter 26 Hepatic segmentation.- Chapter 27 Lung segmentation.- Chapter 28 Visualization of the ureter.- Chapter 29 Imaging of the parathyroid gland.- Part VI Intraoperative Fluorescence Imaging in Practice [Development].- Chapter 30 Development of novel fluorescent probes - Rapid Intraoperative Visualization of Microcarcinoma by Local Application of Chemical Fluorescence Probes.- Chapter 31 Development of a new imaging system.- Chapter 32 Development of a new operating room that integrates imaging information.- Chapter 33 Therapeutic applications (1): Photodynamic therapy using porphyrin compounds.- Chapter 34 Application to therapy (2): Photoimmunotherapy using a near-infrared fluorescent probe.