Rout Joan, Brysiewicz Petra, Essack Sabiha
School of Nursing and Public Health, College of Health Sciences, University of KwaZulu-Natal, Durban, South Africa.
School of Nursing and Public Health, College of Health Sciences, University of KwaZulu-Natal, Durban, South Africa.
Intensive Crit Care Nurs. 2025 Feb;86:103786. doi: 10.1016/j.iccn.2024.103786. Epub 2024 Aug 22.
To describe nurse preparation and administration of intermittent carbapenem infusions.
RESEARCH METHODOLOGY/DESIGN: This observational study documented the carbapenem infusion process to adult patients in three general intensive care units.
Timing and duration of infusions were observed. Volumetric analysis of infusion items was conducted to determine loss of reconstituted carbapenem during preparation and administration phases.
Carbapenem infusions (n = 223) administered to twenty adult patients were observed. Infusion duration guidance was variable, with two ICUs following current literature recommendations, and one ICU referring to medication package insert information. Within these parameters, only 60 % of infusions complied with infusion duration. Non-compliance with planned time of administration impacted on desired dosing intervals. Incomplete delivery of intended dose was found during: sub-optimal reconstitution of vials, incorrect number of vials reconstituted, failure to administer a dose (missed dose), and discarding antibiotic residue in infusion items. Volumetric analysis of infusion items showed mean dose losses of 4.9 % and 1.2 % in discarded vials and syringes. Mean drug losses of 6.3 % and 30.8 % occurred in discarded infusion bags and infusion lines respectively. No flushing guidance or practice was observed.
Incorrect nurse administration of antibiotics resulted in varying durations of infusions and the non-delivery of prescribed dose. Under-dosing has the potential to contribute to selection pressure for bacterial antibiotic resistance. The increasing frequency of intravenous delivery of antimicrobial agents through infusions requires an understanding of the required duration of administration and how to manage residual drug remaining in the intravenous line once the infusion is completed.
Flushing of administration lines is not common practice following intermittent antimicrobial infusions. Although there are multi-factorial risk factors for antimicrobial resistance in the critical care arena, nurse infusion practice must ensure that patients receive intended antimicrobial treatment. Attention must be given to the potential for antimicrobial resistance from environmental contamination with the disposal of infusion items containing undelivered antimicrobial medication.
描述护士对碳青霉烯类药物进行间歇性输注的准备工作及给药过程。
研究方法/设计:这项观察性研究记录了三个综合重症监护病房对成年患者进行碳青霉烯类药物输注的过程。
观察输注的时间和时长。对输注物品进行容量分析,以确定在配制和给药阶段复溶后的碳青霉烯类药物的损失情况。
观察了对20名成年患者进行的223次碳青霉烯类药物输注。输注时长的指导标准不一,两个重症监护病房遵循当前文献建议,一个重症监护病房参考药品包装说明书信息。在这些参数范围内,只有60%的输注符合输注时长要求。未遵守计划给药时间影响了期望的给药间隔。在以下情况中发现未给予预期剂量:小瓶复溶不充分、复溶小瓶数量错误、未给药(漏服剂量)以及丢弃输注物品中的抗生素残留。对输注物品的容量分析显示,丢弃的小瓶和注射器中的平均剂量损失分别为4.9%和1.2%。丢弃的输液袋和输液管中的平均药物损失分别为6.3%和30.8%。未观察到冲管指导或操作。
护士对抗生素的错误给药导致输注时长各异且未给予规定剂量。给药不足有可能增加细菌对抗生素耐药性的选择压力。通过输注进行抗菌药物静脉给药的频率不断增加,这就需要了解所需的给药时长以及在输注完成后如何处理静脉管路中残留的药物。
间歇性抗菌药物输注后,冲洗给药管路并非常见做法。虽然重症监护领域存在导致抗菌药物耐药性的多因素风险,但护士的输注操作必须确保患者接受预期的抗菌治疗。必须关注含有未给药抗菌药物的输注物品处理过程中因环境污染导致抗菌药物耐药性的可能性。