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<p>The concurrent delivery of multiple infusion solutions (Y-site administration) through a&#xa0;single catheter lumen in intensive care patients is often unavoidable. This may lead to physicochemical incompatibilities, significantly affecting the efficacy and safety of drug therapy. The objective of this study is to develop and formulate an infusion regimen that considers the number of access points and avoids incompatibilities for adult intensive care patients. A&#xa0;comprehensive literature search was conducted following the ADKA-DIVI standard concentration list for continuous infusions. Manufacturer information and databases, such as STABILIS, Kingguide, and Trissel’s TM&#xa0;2&#xa0;IV Compatibility, were used to evaluate compatibility. For frequently used combinations for which no compatibility data were available, stability data on physical compatibility were compiled. Based on this, considering 34&#xa0;common active ingredients and their standard concentrations, a&#xa0;4-lumen central venous catheter (CVC) infusion regimen was developed to help avoid incompatibilities in the adult intensive care unit.</p>

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Entwicklung eines Infusionsschemas zur Vermeidung von Inkompatibilitäten auf der Erwachsenenintensivstation

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年1月13日

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  • D. Meyn,
  • T. Hesener,
  • L. Kreysing,
  • Z. Mittmann,
  • C. Hermes,
  • A. Kaltwasser,
  • R. M. Muellenbach,
  • H. Hilgarth

摘要

The concurrent delivery of multiple infusion solutions (Y-site administration) through a single catheter lumen in intensive care patients is often unavoidable. This may lead to physicochemical incompatibilities, significantly affecting the efficacy and safety of drug therapy. The objective of this study is to develop and formulate an infusion regimen that considers the number of access points and avoids incompatibilities for adult intensive care patients. A comprehensive literature search was conducted following the ADKA-DIVI standard concentration list for continuous infusions. Manufacturer information and databases, such as STABILIS, Kingguide, and Trissel’s TM 2 IV Compatibility, were used to evaluate compatibility. For frequently used combinations for which no compatibility data were available, stability data on physical compatibility were compiled. Based on this, considering 34 common active ingredients and their standard concentrations, a 4-lumen central venous catheter (CVC) infusion regimen was developed to help avoid incompatibilities in the adult intensive care unit.