透析导致的夜间睡眠时间模式:一项使用可穿戴活动追踪器的患者多中心前瞻性研究。

IF 3.2 Q1 UROLOGY & NEPHROLOGY
Kidney360 Pub Date : 2025-03-07 DOI:10.34067/KID.0000000761
Maggie Han, Frank M van der Sande, Jeroen P Kooman, Xia Tao, Priscila Preciado, Lela Tisdale, Ohnmar Thwin, Peter Kotanko
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引用次数: 0

摘要

背景:在血液透析患者中,睡眠时间决定因素的影响尚未得到广泛研究。使用可穿戴活动追踪器,我们旨在描述自然和血液透析强加的夜间睡眠时间模式。方法:在这项为期一年的前瞻性观察研究中,中心血液透析患者配备活动追踪器(Fitbit®Charge 2™)。夜间睡眠时间根据透析开始时间(早开始:上午8点之前,晚开始:其他)、透析与透析间期(透析后和透析间期第2天)、工作日和季节进行评估。从电子病历中提取临床、实验室和血液透析治疗数据。建立了线性混合效应模型,以确定各种时间模式和夜间睡眠持续时间的预测因素的影响。结果:109例患者提供资料(年龄54±12岁,73%男性,23%糖尿病患者)。睡眠时间276±91分钟;102名(94%)患者平均睡眠时间少于每晚推荐的420分钟。在透析日,与透析后和透析间期第2天相比,参与者分别少睡55分钟(95% CI[51,59])和48分钟(95% CI[43,54])。早起者比晚起者平均少睡40分钟(95% CI[6,74])。在透析日,早开始者比晚开始者少睡86分钟(95% CI[55,118])。我们观察到早起者睡眠觉醒障碍更大。无论透析计划如何,患者在周日平均睡眠时间延长26分钟(95% CI[19,33])至32分钟(95% CI[24,40])。在冬季,睡眠时间缩短了7分钟(95% CI[1,13])至10分钟(95% CI[5,16])。在多变量分析中,较高的血压和较高的血清肌酐与较短的睡眠时间显著相关。结论:平均而言,血液透析患者的睡眠时间少于推荐的时间。血液透析治疗的时机对睡眠时间有显著影响,可在患者护理中予以考虑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dialysis-Imposed Patterns of Nocturnal Sleep Duration: A Multi-Center Prospective Study in Patients Using a Wearable Activity Tracker.

Background: In patients on hemodialysis, the effects of determinants of sleep duration are not widely studied. Using wearable activity trackers, we aimed to characterize natural and hemodialysis-imposed temporal patterns of nocturnal sleep.

Methods: In this yearlong prospective observational study, patients on in-center hemodialysis were equipped with activity trackers (Fitbit® Charge 2™). Nocturnal sleep duration was assessed according to dialysis start time (early starters: before 8 a.m., late starters: others), dialysis versus interdialytic days (post-dialysis day and 2nd interdialytic day), weekdays, and seasons. Clinical, laboratory, and hemodialysis treatment data were extracted from electronic medical records. Linear mixed-effects models were constructed to determine the effect of various time patterns and predictors of nocturnal sleep duration.

Results: 109 patients contributed data (age 54±12 years, 73% males, 23% diabetic). Sleep duration was 276±91 minutes; 102 (94%) patients slept on average less than the recommended 420 minutes per night. On dialysis days, participants slept 55 (95% CI [51,59]) and 48 (95% CI [43,54]) minutes less compared to post-dialysis and 2nd interdialytic days, respectively. Early starters slept on average 40 (95% CI [6,74]) minutes less compared to late starters. On dialysis days, early starters slept 86 (95% CI [55,118]) minutes less compared to late starters. We observed greater sleep-wake disturbance in early starters. Irrespective of dialysis schedule, patients slept on average 26 (95% CI [19,33]) to 32 (95% CI [24,40]) minutes longer on Sunday. In winter, sleep was 7 (95% CI [1,13]) to 10 (95% CI [5,16]) minutes shorter. In multivariate analysis, higher blood pressure and higher serum creatinine were significantly associated with shorter sleep duration.

Conclusions: On average, patients on hemodialysis slept less than the recommended amount of time. The timing of hemodialysis treatment has pronounced effects on sleep duration and could be considered in patient care.

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来源期刊
Kidney360
Kidney360 UROLOGY & NEPHROLOGY-
CiteScore
3.90
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