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Images in Clinical Medicine
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Figure 1. Cannulation of the ileocolic vein in the rat. (See also page 594, Fig. 2 in article by Sanyal and Garcia.) Figure 2. Adhesions secondary to the administration of intraperitoneal CCI,. This complication can be prevented through the use of various other methods of cirrhosis induction (see text). (See also page 598, Fig. 4 in article by Sanyal and Garcia.) Figure 3. Endoscopic view of the different types of GVs: A) GOV1: gastro oesophageal varices Type I, along the lesser curvature B) GOV2: gastro oesophageal varices Type II, along the greater curvature C) IGV1: Isolated gastric varices Type I, in the fundus of the stomach (Courtesy of Georgio Battaglia, MD) (See also page 729, Fig. 2 in article by Sarin and Agarwal.) Figure 4. Active bleed from GV. (Courtesy of Georgio Battaglia, MD) (See also page 738, Fig. 7 in article by Sarin and Agarwal.) Figure 5. Extrusion of glue cast after 3 weeks of injection of cyanoacrylate in the GV. (Courtesy of Georgio Battaglia, MD) (See also page 741, Fig. 8 in article by Sarin and Agarwal.) Figure 6. Injection of cyanoacrylate glue into the GV under guidance of endoscopic ultrasound. (Courtesy of Georgio Battaglia, MD) (See also page 742, Fig. 9 in article by Sarin and Agarwal.) Figure 7. Computed tomographic scan showing the development of peri-pancreatic collateral venous channels connecting the mesenteric portal venous system to the decompressed esophago-gastric system in a patient with primary extrahepatic portal venous obstruction 8 years post-operative following a distal spleno-renal shunt without pancreatic isolation. (See also page 807, Fig. 5 in article by Ryckman and Alonso.)
Figure 1. Cannulation of the ileocolic vein in the rat. (See also page 594, Fig. 2 in article by Sanyal and Garcia.) Figure 2. Adhesions secondary to the administration of intraperitoneal CCI,. This complication can be prevented through the use of various other methods of cirrhosis induction (see text). (See also page 598, Fig. 4 in article by Sanyal and Garcia.) Figure 3. Endoscopic view of the different types of GVs: A) GOV1: gastro oesophageal varices Type I, along the lesser curvature B) GOV2: gastro oesophageal varices Type II, along the greater curvature C) IGV1: Isolated gastric varices Type I, in the fundus of the stomach (Courtesy of Georgio Battaglia, MD) (See also page 729, Fig. 2 in article by Sarin and Agarwal.) Figure 4. Active bleed from GV. (Courtesy of Georgio Battaglia, MD) (See also page 738, Fig. 7 in article by Sarin and Agarwal.) Figure 5. Extrusion of glue cast after 3 weeks of injection of cyanoacrylate in the GV. (Courtesy of Georgio Battaglia, MD) (See also page 741, Fig. 8 in article by Sarin and Agarwal.) Figure 6. Injection of cyanoacrylate glue into the GV under guidance of endoscopic ultrasound. (Courtesy of Georgio Battaglia, MD) (See also page 742, Fig. 9 in article by Sarin and Agarwal.) Figure 7. Computed tomographic scan showing the development of peri-pancreatic collateral venous channels connecting the mesenteric portal venous system to the decompressed esophago-gastric system in a patient with primary extrahepatic portal venous obstruction 8 years post-operative following a distal spleno-renal shunt without pancreatic isolation. (See also page 807, Fig. 5 in article by Ryckman and Alonso.)