Fig. 32.1 Representative images of ICG fluorescence. (a) The center two panels show gross appearance (left) and ICG fluorescent image (right) of resected HCC specimen. (b) Left three panels are…
Fig. 8.1 Advantages of NIR fluorescence over visible light: Tissue penetration (upper panel): lymphatic vessels under the skin and lymph nodes in the fatty tissue can be detected by fluorescence….
Fig. 43.1 Schema of LVSEA (a) Sidewall of the lymph vessel is incised with a micro-knife. The incision should be no wider than the outer diameter of the venous stump…
Fig. 21.1 Schematic diagram demonstrates the blood supply of the anterior abdominal wall. Note that the anastomosis between the deep superior epigastric artery (DSEA) and the deep inferior epigastric artery…
Fig. 38.1 Hepatic micrometastases detected by using an indocyanine green fluorescent system are demonstrated. Although a hepatic tumor was not readily observable via macroscopic inspection, a fluorescent lesion was delineated…
Fig. 20.1 Some linear enhancement from each of the perforators is observed in the TRAM flap The TRAM flap is enhanced from Zone I diffusely, when the movement of the…
Fig. 2.1 The PDE camera was fixed 50 mm away from the sample (white arrows). Yellow arrowhead: the filter paper (0.6 mm thick, 6-mm dia.) to which 20 μL of ICG solution was…
Fig. 41.1 Dynamic indocyanine green lymphography 41.2 Dynamic ICG Lymphography Dynamic ICG lymphography consists of 2 phase observations: early transient phase for evaluation of lymph pump function, and late plateau…
Fig. 40.1 Comparison of lymphoscintigraphy with ICG lymphography Several patterns of dermal backflow can be recognized in ICG lymphography (b), but in lymphoscintigraphy no such pattern is observed (a). Each…
Fig. 24.1 Inflow to the liver. Soon after the injection of ICG, ICG fluorescence flow recognized in common hepatic artery (HA) and then in portal vein (PV). There was a…
