- Provides updated information on ICG fluorescence navigation surgery
- Written by practicing experts in their respective areas
- An essential resource for surgeons who are interested in navigation surgery
This book presents a comprehensive overview and outlook for the future of ICG fluorescence navigation surgery, which is attracting clinical interest as a safe and less invasive procedure not only in detecting cerebral vessels, coronary arteries, and biliary trees, but also in identifying sentinel lymph nodes in cancer.
The book starts with the characteristics of ICG and photodynamic cameras/endoscopes, followed by detailed descriptions of the applications of ICG fluorescence imaging in various areas such as ocular surgery, neurosurgery, cardiovascular surgery, and plastic surgery. It also covers identifying sentinel lymph nodes in breast cancer as well as cancers of the gastrointestinal tract, and provides valuable information for hepato-biliary-pancreatic surgeons such as identifying tattooing of the liver segment and bile leakage.
Written entirely by experts in their respective areas,
ICG Fluorescence Imaging and Navigation Surgery offers an essential resource for surgeons operating on cancers and vascular disorders in the brain and cardiovascular systems, and in plastic surgery.
Table of ContentsPart I Fluorescence Images of Indocyanine Green (ICG)
- 1) Photodynamic Characteristics of Fluorescence Images of ICG
- 2) Biological Characteristics of Fluorescence Images of ICG
Part II Characteristics of Photodynamic Cameras & Endoscope
- 3) Characteristics of Photodynamic Eye Camera
- 4) Characteristics of Hyper Dynamic Eye Camera
- 5) Characteristics of Fluorescence Endoscope for Minimally Invasive Surgery
Part III Eye Surgery
- 6) Kinetics of ICG Dye After Intraocular Surgeries Using ICG Staining
Part IV Neurosurgery
- 7) Application of ICG Angiography to Intraoperative Monitoring of Hemodynamic Changes of EC-IC Bypass Surgery
- 8) ICG Videoangiography in the Surgical Treatment of Intramedullary Cavernous Malformations
- 9) The Usefulness of ICG Video Angiography in the Surgical Treatment of Superior Cluneal Nerve Entrapment Neuropathy
Part V Head and Neck Surgery
- 10) NIR Fluorescent Image-guided Surgery in Head and Neck Cancer Based on the Assessment of Optimum Surgical Time
Part VI Cardiovascular Surgery
- 11) Intraoperative Quality Assessment by Using Fluorescence Imaging in Off-pump Coronary Artery Bypass Grafting
- 12) Intraoperative Assessment of Coronary Graft By-pass by ICG Navigation Surgery
Part VII Sentinel Node Navigation Surgery
- 13) Lympatic Routes and Sentinel Node Navigation Surgery for Breast Cancer
- 14) Sentinel Node Navigation Surgery with ICG Fluorescence Imaging System in Breast Cancer
- 15) Sentinel Node Navigation Surgery with ICG Fluorescence Imaging System in Breast Cancer
- 16) ICG Fluorescence Axillary Reverse Mapping for SNNS in Breast Cancer
- 17) Partial Resection of Stomach based on SNNS by ICG Fluorescence in Early Gastric Cancer
- 18) Intraoperative Diagnosis Using Sentinel Node Biopsy with ICG Dye in Gastric Cancer Surgery
- 19) SNNS for Rectum Cancer
- 20) Apply for the Harvesting Lymph Nodes of Resected Stomach and Colon Cancer
- 21) SNNS for Skin Cancers
- 22) Sentinel Node Navigation Surgery for Melanoma
Part VIII Assessment of Blood Supply to Tissue and Reconstructed Organ with Application of Plastic Surgery
- 23) Blood Supply Visualization for Reconstruction During Esophagectomy
- 24) Evaluation of Viability in Reconstructed Stomach and Intestine in Esophageal Surgery
- 25) ICG Fluorescence Navigation Surgery in Breast Reconstruction
- 26) Flap Circulation by ICG Fluorescence Angiography in the Breast Reconstruction with a Pedicled Flap (TRAM Frap)
- 27) Treatment of Hand Lymphedema with Free Flap Transfer and Lymphangiogenesis Analysis After Hand Replantation
- 28) LEC Score: A Judgment Tool for Indication of ICG Lymphography
- 29) A Novel Method of Measuring Human Lymphatic Pumping Using ICG Fluorescence Lymphography
- 30) Preoperative Identification of Perforator Vessels by Combining MDCT, Doppler Flowmetry, and ICG Fluorescent Angiography
- 31) Evaluation of Hemodialysis Shunt Operation by ICG Fluorescence Image
Part IX Hepato-Pancreatic-Biliary Surgery
- 32) Basic Aspect of Fluorescence Imaging in the Liver
- 33) Tattooing of Hepatic Segment in Hepatectomy
- 34) Is a Fluorescence Navigation System with ICG Effective Enough to Detect Liver Malignancies?
- 35) Real-time Identification of Liver Cancers by Using ICG Fluorescent Imaging
- 36) Intraoperative Observation Using a Fluorescence Imaging Instrument during Hepatic Resection for Liver Metastasis from Colorectal Cancer
- 37) Microscopic Findings of Fluorescence of Liver Cancers
- 38) Identification of Veno-Occlusive Regions in a Right Liver Graft After Reconstruction of Vein Segments 5 and 8
- 39) Laparoscopic Hepatectomy Guided by ICG Fluorescence Image
- 40) Operative Cholangiograpy in Laparoscopic Surgery
- 41) Detection of Bile Leakage by ICG Fluorescence after Hepatectomy
- 42) Minimize the complication using ICG fluorescence image in HPB Surgery
Part X Surgery for Lymphedema
- 43) Evaluation of Lymphatic Flow in Upper Arm
- 44) ICG Lymphogarphy
- 45) ICG Lymphangiographic Pattern and Surgical Effect Classified by its Pattern in the Lymphedema Limbs
