2005
DOI: 10.1590/s0102-86502005000700019
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Abstract: F. Paulino pouch in rats had lower mortality than JP, and esophagitis was not detected in it. JP rats had serum gastrin, iron and calcium unaffected, possibly because of preservation of duodenal passage.

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Cited by 7 publications
(1 citation statement)
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“…Besides the roles of pouch, the approach of single-tract jejunal interposition that retains the distal stomach also has the following advantages: (1) the presence of pylorus could fully mill and stir food, thus profiting the absorption of nutrients and avoiding the occurrence of dumping syndrome [18]; (2) it retains the storage roles of stomach so as to ensure a bigger single food intake; (3) the intestinal peristalsis could be ensured smoothly; furthermore, normal tracts are retained, so when food passes through the duodenum, it could stimulate the duodenum to secrete cholecystokinin and pancreozymin, thus promoting the bile to be discharged into the gut and the pancreatic juice to be secreted, as well as helping the digestion and absorption of food, fat, calcium, iron, vitamin B12, or carbohydrates [19]; (4) it could retain most of secretory functions of stomach, so the impacts on gastrointestinal endocrine functions could be minimized, and the incidence of gastrointestinal dysfunction could be reduced [20]; (5) most importantly, it could avoid the occurrence of reflux esophagitis, during which jejunal interposition could play a buffer role.…”
Section: Discussionmentioning
confidence: 99%
“…Besides the roles of pouch, the approach of single-tract jejunal interposition that retains the distal stomach also has the following advantages: (1) the presence of pylorus could fully mill and stir food, thus profiting the absorption of nutrients and avoiding the occurrence of dumping syndrome [18]; (2) it retains the storage roles of stomach so as to ensure a bigger single food intake; (3) the intestinal peristalsis could be ensured smoothly; furthermore, normal tracts are retained, so when food passes through the duodenum, it could stimulate the duodenum to secrete cholecystokinin and pancreozymin, thus promoting the bile to be discharged into the gut and the pancreatic juice to be secreted, as well as helping the digestion and absorption of food, fat, calcium, iron, vitamin B12, or carbohydrates [19]; (4) it could retain most of secretory functions of stomach, so the impacts on gastrointestinal endocrine functions could be minimized, and the incidence of gastrointestinal dysfunction could be reduced [20]; (5) most importantly, it could avoid the occurrence of reflux esophagitis, during which jejunal interposition could play a buffer role.…”
Section: Discussionmentioning
confidence: 99%