Nabialek Tomasz, Tume Lyvonne N, Cercueil Eloise, Morice Claire, Bouvet Lionel, Baudin Florent, Valla Frederic V
Pediatric Intensive Care, Royal Children's Hospital, Melbourne, VIC, Australia.
School of Health and Society, University of Salford, Manchester, United Kingdom.
Front Pediatr. 2022 May 11;10:905058. doi: 10.3389/fped.2022.905058. eCollection 2022.
Cumulative energy/protein deficit is associated with impaired outcomes in pediatric intensive care Units (PICU). Enteral nutrition is the preferred mode, but its delivery may be compromised by periods of feeding interruptions around procedures, with peri-extubation fasting the most common procedure. Currently, there is no evidence to guide the duration of the peri-extubation fasting in PICU. Therefore, we aimed to explore current PICU fasting practices around the time of extubation and the rationales supporting them.
A cross sectional electronic survey was disseminated the European Pediatric Intensive Care Society (ESPNIC) membership. Experienced senior nurses, dieticians or doctors were invited to complete the survey on behalf of their unit, and to describe their practice on PICU fasting prior to and after extubation.
We received responses from 122 PICUs internationally, mostly from Europe. The survey confirmed that fasting practices are often extrapolated from guidelines for fasting prior to elective anesthesia. However, there were striking differences in the duration of fasting times, with some units not fasting at all (in patients considered to be low risk), while others withheld feeding for all patients. Fasting following extubation also showed large variations in practice: 46 (38%) and 26 (21%) of PICUs withheld oral and gastric/jejunal nutrition more than 5 h, respectively, and 45 (37%) started oral feeding based on child demand. The risk of vomiting/aspiration and reducing nutritional deficit were the main reasons for fasting children [78 (64%)] or reducing fasting times [57 (47%)] respectively.
This variability in practices suggests that shorter fasting times might be safe. Shortening the duration of unnecessary fasting, as well as accelerating the extubation process could potentially be achieved by using other methods of assessing gastric emptiness, such as gastric point of care ultrasonography (POCUS). Yet only half of the units were aware of this technique, and very few used it.
累积能量/蛋白质缺乏与儿科重症监护病房(PICU)的不良预后相关。肠内营养是首选方式,但其输送可能会因手术前后的喂养中断期而受到影响,拔管周围禁食是最常见的手术。目前,尚无证据指导PICU拔管周围禁食的持续时间。因此,我们旨在探讨PICU目前在拔管时的禁食做法及其依据。
向欧洲儿科重症监护学会(ESPNIC)成员进行了横断面电子调查。邀请经验丰富的高级护士、营养师或医生代表其所在单位完成调查,并描述他们在PICU拔管前后的禁食做法。
我们收到了来自国际上122个PICU的回复,大部分来自欧洲。调查证实,禁食做法通常是从择期麻醉前的禁食指南推断而来。然而,禁食时间存在显著差异,一些单位根本不禁食(对于被认为低风险的患者),而其他单位则对所有患者都停止喂养。拔管后的禁食做法也存在很大差异:46个(38%)和26个(21%)PICU分别在超过5小时的时间内停止口服和胃/空肠营养,45个(37%)根据儿童需求开始口服喂养。呕吐/误吸风险和减少营养缺乏分别是儿童禁食[78个(64%)]或缩短禁食时间[57个(47%)]的主要原因。
这种做法的差异表明较短的禁食时间可能是安全的。通过使用其他评估胃排空的方法,如床边胃超声检查(POCUS),有可能缩短不必要的禁食时间,并加快拔管过程。然而,只有一半的单位了解这项技术,很少有单位使用它。