腹膜透析液对营养的影响。

M Wolfson, M R Jones
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引用次数: 7

摘要

所有腹膜透析(PD)溶液的设计都是为了去除毒素和水分,使血液电解质谱正常化,并提供碱来帮助维持酸碱平衡。然而,不同的配方可能对营养状况有不同的影响。与35 mEq/l乳酸钠溶液相比,40 mEq/l乳酸钠溶液可以促进营养不良PD患者的体重和肌肉质量增加,并减少住院治疗。葡萄糖的变化产生不同的超滤电位溶液。从PD溶液中吸收的葡萄糖具有节约蛋白质的作用。然而,在长时间透析停留期间持续超滤所必需的高葡萄糖浓度经常产生食欲抑制和代谢异常。用葡萄糖聚合物配制的溶液,而不是高渗葡萄糖,可以在较低的碳水化合物吸收和可能较少的代谢作用下提供长时间持续的超滤。氨基酸也可以在相对较低的浓度下代替葡萄糖。许多研究表明,从透析液中吸收的氨基酸可以为营养不良的PD患者提供营养益处。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nutrition impact of peritoneal dialysis solutions.

All peritoneal dialysis (PD) solutions are designed to remove toxins and water, normalize the blood electrolyte profile, and provide alkali to help maintain acid-base balance. Different formulations, however, may have different effects upon nutrition status. Solutions with 40, as opposed to 35, mEq/l of sodium lactate have been found to promote weight and muscle mass gain and reduce hospitalization in malnourished PD patients. Glucose is varied to produce solutions with different ultrafiltration potential. The glucose absorbed from the PD solution has a protein-sparing effect. The high glucose concentrations necessary for sustained ultrafiltration over a long dialysis dwell, however, often produce appetite suppression and metabolic abnormalities. Solutions formulated with glucose polymers, instead of hypertonic glucose, may provide sustained ultrafiltration over long dwells with lower carbohydrate absorption and perhaps fewer metabolic effects. Amino acids can also be substituted for glucose at relatively low concentrations. A number of studies have shown that amino acids absorbed from the dialysis solution can provide nutritional benefit to malnourished PD patients.

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