Residual chemotherapy drugs after flushing infusion lines

冲洗 医学 输液泵 化疗 麻醉 药理学 外科 内分泌学
作者
Marie-Alix Marchal,Marie E. Robert,Raphaëlle Pesqué,Nathalie Jourdan,Paul Sessink,Isabelle Madelaine,Hélène Levert
出处
期刊:Journal of Oncology Pharmacy Practice [SAGE]
卷期号:30 (2): 278-285
标识
DOI:10.1177/10781552231175820
摘要

Introduction During administration of chemotherapies, disconnection presents risks for nurses. Thus, it is recommended to flush the infusion line with solvent to reduce this risk and ensure that the entire dose is administered. Objectives of this study were to evaluate flushing practices and to investigate the efficiency of flushing, according to the type of hospitalization, in hospitalization (HU) or day-care unit (DCU), for three drugs. Methods Twenty secondary infusion lines were collected in five HU and 20 in two DCU. Flushing volumes were estimated by weighing solvent bags. The amount of residual drug was measured for secondary lines by mass spectrometry coupled with high-performance liquid chromatography. Results Chemotherapies were administered by 26 nurses. All of infusion lines contained chemotherapy after flushing. Flushing volumes, residual concentrations and flushing efficiencies were significantly different between these two types of units. In contrast, flushing volumes administrated did not differ between chemotherapy drugs. Conclusions Local recommendations are fully implemented in HU and partially in DCU. The use of small volumes in DCU is related to the patient length of stay, it may, also, be due to omitting the average tubing volume. All infusion lines still contained chemotherapy, including those with a flush volume much higher than recommended, showing that the risk of exposure persists. To achieve a rinse volume greater than 50 mL, it is necessary to use at least 100 mL. It is also important to insist on personal protective equipment and to consider closed safety system for administration.
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