Nursing Research, Department of Anesthesiology and Intensive Care Medicine, University Hospital Schleswig-Holstein, Germany.
Wound Care ICW, Central Hospital Bad Berka GmbH, Bad Berka, Germany.
Clin Nutr. 2020 Aug;39(8):2442-2447. doi: 10.1016/j.clnu.2019.10.028. Epub 2019 Nov 2.
To evaluate a) the magnitude of the increase in caloric consumption due to early mobilisation of patients with mechanical ventilation (MV) in Intensive Care Units (ICU) as part of routine care, b) whether there are differences in caloric consumption due to active or passive mobilisation, and c) whether early mobilisation in routine care would lead to additional nutritional requirements.
Prospective, observational, multi-centre study.
Medical, surgical and neurological ICUs from three centres.
Patients on MV in ICU who were mobilised out of bed as part of routine care.
Caloric consumption was assessed in 66 patients by indirect calorimetry at six time points: (1) lying in bed 5-10 min prior to mobilisation, (2) sitting on the edge of the bed, (3) standing beside the bed, (4) sitting in a chair, (5) lying in bed 5-10 min after mobilisation, and (6) 2 h after mobilisation. Differences in caloric consumption in every mobilisation level vs. the baseline of lying in bed were measured for 5 min and found to have increased significantly by: +0.4 (Standard Deviation (SD) 0.59) kcal while sitting on the edge of the bed, +1.5 (SD 1.26) kcal while standing in front of the bed, +0.7 (SD 0.63) kcal while sitting in a chair (all p < 0.001). Active vs. passive transfers showed a higher, but non-significant consumption. A typical sequence of mobilisation including sitting on edge of the bed, standing beside the bed, sitting in a chair (20 min) and transfer back into bed, would require an additional 4.56 kcal compared to caloric consumption without mobilisation.
Based on this data, routine mobilisation of MV patients in ICU increases caloric consumption, especially in active mobilisation. Nevertheless, an additional caloric intake because of routine mobilisation does not seem to be necessary.
评估(a)机械通气(MV)患者在重症监护病房(ICU)中常规早期活动所增加的热量消耗,(b)主动或被动活动引起的热量消耗是否存在差异,以及(c)常规护理中的早期活动是否会导致额外的营养需求。
前瞻性、观察性、多中心研究。
来自三个中心的内科、外科和神经科 ICU。
作为常规护理的一部分,在 ICU 中接受 MV 的患者被转移到床上。
通过间接热量法在 66 名患者中评估了热量消耗,共 6 个时间点:(1)在活动前卧床 5-10 分钟,(2)坐在床边,(3)站在床边,(4)坐在椅子上,(5)活动后卧床 5-10 分钟,(6)活动后 2 小时。测量了每个活动水平与卧床基线相比 5 分钟的热量消耗差异,发现:坐在床边时增加了 0.4(标准差(SD)0.59)千卡,站在床边时增加了 1.5(SD 1.26)千卡,坐在椅子上时增加了 0.7(SD 0.63)千卡(均 p<0.001)。主动转移与被动转移相比消耗更高,但无统计学意义。包括坐在床边边缘、站在床边、坐在椅子上(20 分钟)和转移回床上的典型活动序列,与不活动相比,需要额外增加 4.56 千卡的热量。
根据这些数据,ICU 中 MV 患者的常规活动会增加热量消耗,尤其是在主动活动时。然而,常规活动引起的额外热量摄入似乎没有必要。