ABSTRACT
To change from the lying position to the upright position, in patients without their gallbladder, causes: a) a rapid and partial emptying of the biliary ducts towards the duodenum by the amplification of the opening phasic waves activity of the sphincter of Oddi (S. O.); b) an important reduction caliber of the main biliary duct (M. B. D) and c) stability of the intraductal pressure with slight raising in upright position. These physiological concepts allow a better cholangiographic exploration by means of a drip of 60 to 70 drops per minute of diluted tri-iodic in: 1) Upright position, which gives a good image regarding the terminal choledochus; of the biliary duodenal flow, and of the reduction of the caliber of the MBD. 2) In lying down position which allows: the filling up of the complete biliary-tree with possible scarcity of information about the distal choledochus-duct; the appreciation of the degree of the expansion of the MBD, and the measuring of the delay of the emptying out of the X-ray-opaque substance in relation to what was found in the upright position. The elasticity of the walls of the biliary ducts acts efficiently in the compliance of the container and contained. In normal choledochal ducts, the top level images in the upright position do not go beyond the hepatic duct. When there are problems with the flow through the S. O., there is a filling up of the intrahepatic biliary ducts with the contrast substance introduced in the upright position.
Subject(s)
Biliary Tract/physiopathology , Cholangiography/methods , Postoperative Care/methods , Posture , Biliary Tract/diagnostic imaging , Cholangiography/instrumentation , Cholecystectomy , Choledochostomy , Contrast Media/administration & dosage , Female , Humans , Male , Middle AgedABSTRACT
Total gastrectomy due, principally, to malignant diseases, has two aims: a) to carry out an adequate oncological operation, and b) to perform a simple reconstruction of the digestive tract which must avoid biliary esophageal reflux. All other functional disturbances may be controlled by adequate diet. Pseudogastric jejunal pouches are, at present, being abandoned. The reduced intestinal malabsorption--favored by the loss of the stomach and the bacterial proliferation--is kept under control, it seemed, by the function of the "ileal brake", which, when certain fat acids and other substances reach the ileum, produce hypomotility of the jejunum with slowing up of the intestinal flow. In such patients, an important catabolism prolongs for some weeks after the operation, and lose also weight due to poor appetite and not eating enough. In view of this, it is considered justified the application of an enterostomy tube during the operation, in order to provide a supplement of food by direct intestinal way, which should begin to be used only after the first postoperative days (five-six).
Subject(s)
Digestive System/physiopathology , Gastrectomy/methods , Anastomosis, Roux-en-Y , Digestive System Surgical Procedures , Duodenum/surgery , Esophagus/surgery , Humans , Jejunum/surgeryABSTRACT
In patients carrying a Kehr tube choledochostomy, the surgeon may observe, but rarely, important hypercholeresis, non-bile-acid dependent, in people with severe advanced chronic hepatic diseases or persistent cholestasis. The amount of bile flowing to the outside can reach two liters and more daily. We have seen this in two patients with compensated hepatic disorders and in another suffering from light cholestasis produced by choledocholithiasis. We have also found the same in three other people with liver and the main biliary extrahepatic tract completely normal. This hypercholeresis is continuous and subject to rapid increases relative to the ingestion of food. Such increases are related to gastrointestinal hormones, specially secretin, which is produced when portions of gastric chyme enters the duodenum.