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淀粉耐受性与短肠综合征

Starch Tolerance and the Short Bowel.

作者信息

de Laffolie Jan, Naim Hassan Y, Rudloff Silvia, Zimmer Klaus-Peter

机构信息

Department of General Pediatrics and Neonatology, Justus Liebig University Giessen, Giessen.

Department of Physiological Chemistry, University of Veterinary Medicine, Hannover, Germany.

出版信息

J Pediatr Gastroenterol Nutr. 2018 Jun;66 Suppl 3:S68-S71. doi: 10.1097/MPG.0000000000001962.

Abstract

Short bowel syndrome with intestinal failure is a rare disease with a massive impairment in quality of life, requiring a multidisciplinary team approach to medical, surgical, and nutritional therapy. Current pharmacological and surgical therapeutic options are limited; an important cornerstone is enteral and parenteral nutrition. The changed physiology of carbohydrate digestion plays a major role in the adaptation process and can be a target for specific enteral nutrition interventions. An important prognostic factor is the preservation of at least portions of the colon in continuity with small bowel. This strategy has to include an evaluation of the anatomical situation and small bowel absorptive capacity, adaptation processes, and luminal microbiota including its fermentative properties. Starch is probably the most important complex carbohydrate in short bowel syndrome nutrition, because it is absorbed or fermented almost completely. Benefits of supplementation with complex carbohydrates include improved adaptive processes, positive trophic effects on the mucosa and its hormonal response, longer transit time, and possibly a faster time to wean from parenteral nutrition, but supplementation advice needs to weigh carefully the risks and benefits, especially considering bacterial overgrowth, osmotic load, and D-lactate acidosis.

摘要

短肠综合征伴肠衰竭是一种罕见疾病,严重损害生活质量,需要多学科团队进行药物、手术及营养治疗。目前的药物和手术治疗选择有限;肠内和肠外营养是重要基石。碳水化合物消化生理的改变在适应过程中起主要作用,可作为特定肠内营养干预的靶点。一个重要的预后因素是至少保留部分与小肠连续的结肠。该策略必须包括对解剖情况、小肠吸收能力、适应过程以及管腔微生物群(包括其发酵特性)的评估。淀粉可能是短肠综合征营养中最重要的复合碳水化合物,因为它几乎能被完全吸收或发酵。补充复合碳水化合物的益处包括改善适应过程、对黏膜及其激素反应产生积极的营养作用、延长转运时间,以及可能更快从肠外营养中撤机,但补充建议需要仔细权衡风险和益处,尤其要考虑细菌过度生长、渗透负荷和D -乳酸酸中毒。

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