Nasoduodenal feeding of the critically ill child.

Revista paulista de medicina Pub Date : 1992-05-01
H P Leite, W B de Carvalho, S Grandini
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Abstract

Malnutrition frequently occurs among hospitalized children (19, 23, 24) and is associated with increased rates of morbidity and mortality (3, 5). Because of this hypercatabolic condition, a critically ill patient may undergo a process of acute malnutrition within a few days (7, 27, 34). The nutritional or metabolic support provided in these situations is usually by the parenteral or enteral route, depending on the presence of a functioning digestive tract. When exclusively parenteral feeding is used, prolonged fasting may deprive the intestine of specific nutrients and reduce its function of nutrient processing and absorption for lack of a substrate, with the consequent occurrence of atrophy. Clinical and experimental studies have demonstrated the advantages of the enteral route, which is more physiological, has a lower rate of complications and involves easier administration when compared to the parenteral route. Experimental studies (15, 21) have shown a hypoplastic response of the intestinal mucosa of rats after 3 days of parenteral nutrition when compared to controls submitted to enteral feeding. This response was measured in terms of mucosal weight, villus hypoplasia, DNA protein content, enzyme activity, and pancreatic function. Similar changes detected in clinical studies were rapidly reversed to normal after feeding by the digestive route (13). It is suggested that the mechanism of these alterations may involve the absence of intraluminal amino acids needed for enzyme synthesis rather than the lack of specific substrates inducing enzyme production.(ABSTRACT TRUNCATED AT 250 WORDS)

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危重患儿的鼻十二指肠喂养。
营养不良经常发生在住院儿童中(19,23,24),并与发病率和死亡率增加有关(3,5)。由于这种高分解代谢状况,危重病人可能在几天内经历急性营养不良过程(7,27,34)。在这些情况下提供的营养或代谢支持通常通过肠外或肠内途径,这取决于是否存在功能正常的消化道。当使用纯肠外喂养时,长时间禁食可能会剥夺肠道的特定营养物质,并因缺乏底物而降低其营养物质加工和吸收的功能,从而导致萎缩。临床和实验研究表明,与肠外途径相比,肠内途径更具有生理性,并发症发生率更低,给药更容易。实验研究(15,21)表明,与对照组进行肠内喂养相比,肠外营养3天后的大鼠肠黏膜发育不良。这种反应是根据粘膜重量、绒毛发育不全、DNA蛋白含量、酶活性和胰腺功能来衡量的。在临床研究中发现的类似变化在喂食后通过消化途径迅速恢复正常(13)。这表明,这些变化的机制可能涉及缺乏酶合成所需的腔内氨基酸,而不是缺乏诱导酶生产的特定底物。(摘要删节250字)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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