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尿毒症中的胺代谢与小肠

Amine metabolism and the small bowel in uraemia.

作者信息

Simenhoff M L, Saukkonen J J, Burke J F, Wesson L G, Schaedler R W

出版信息

Lancet. 1976 Oct 16;2(7990):818-21. doi: 10.1016/s0140-6736(76)91207-1.

Abstract

Intestinal intubation was carried out in 21 subjects: 9 with end-stage renal failure, 2 with early renal insufficiency, 7 untreated patients with blind-loop syndrome, and 3 normal volunteers. All 9 patients with uraemia had significantly raised duodenal dimethylamine (D.M.A.) concentrations compared with the other groups tested. Alteration of the intestinal bacterial flora with antibiotics markedly reduced serum D.M.A. and trimethylamine concentrations and modified the symptoms. Potentially toxic metabolites in the small bowel might have significant nutritional and toxic sequelae in uraemia and these findings suggest that current therapeutic approaches to the treatment of end-stage kidney disease should be re-examined in relation to bowel flora.

摘要

对21名受试者进行了肠道插管:9名终末期肾衰竭患者、2名早期肾功能不全患者、7名未经治疗的盲袢综合征患者和3名正常志愿者。与其他受试组相比,所有9名尿毒症患者的十二指肠二甲胺(D.M.A.)浓度均显著升高。用抗生素改变肠道菌群可显著降低血清D.M.A.和三甲胺浓度,并改善症状。小肠中潜在的有毒代谢产物可能在尿毒症中产生显著的营养和毒性后果,这些发现表明,目前治疗终末期肾病的方法应根据肠道菌群重新审视。

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