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Sodium sieving in children

  • Esther Rusthoven
  • , Raymond T. Krediet
  • , Hans L. Willems
  • , Leo A. Monnens
  • , Cornelis H. Schröder

Research output: Contribution to journalArticleAcademicpeer-review

Abstract

Sodium sieving is a consequence of dissociation between the amount of water and sodium transported over the peritoneal membrane. This dissociation occurs in the presence of aquaporin-mediated water transport. Sieving of sodium can be used as a rough measure for aquaporin-mediated water transport. Icodextrin contains glucose polymers, inducing ultrafiltration by colloid osmosis. Therefore, aquaporins play a minor role in ultrafiltration, which is confirmed by the absence of sodium sieving. Icodextrin is very suitable for the daytime dwell in children on a nightly intermittent peritoneal dialysis regimen. Ultrafiltration obtained with icodextrin is similar to ultrafiltration obtained with 3.86% glucose after a 12-hour dwell. When using icodextrin in children, it is also confirmed by the absence of sodium sieving that the aquaporins play a minor role in ultrafiltration
Original languageEnglish
Pages (from-to)S141-S142
JournalPeritoneal dialysis international
Volume25
Issue numberSuppl. 3
Publication statusPublished - 2005

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