2020年11月3日 · SLED = sustained low-efficiency dialysis or SLEDD = sustained low-efficiency daily dialysis; VD = volume of distribution; PROS AND CONS OF DIFFERENT MODALITIES

2015年8月4日 · Sustained low-efficiency dialysis (SLED), in which conventional hemodialysis machines are used to provide extended duration RRT (8 – 12 h vs 3-4 h with classic intermittent hemodialysis), has emerged as an alternative to CRRT for patients with hemodynamic instability.

Sustained low-efficiency dialysis (SLEDD) is a hybrid mode of RRT. Figure 1 shows the types of RRT and Table 1 compares its various modes. It is observed that CRRT and SLEDD tend to be significantly used in patients with hemodynamic instability.

2024年11月8日 · Renal replacement therapy (RRT) may be provided by different modalities: Continuous RRT (CRRT) is most commonly used in Australasian ICUs; Slow Low Efficiency Daily Dialysis (SLEDD) and Intermittent Haemodialysis (IHD) are important alternatives

2022年2月1日 · More recently a hybrid form of dialysis techniques is being introduced into ICUs, namely Sustained low-efficiency daily dialysis (SLEDD) that provides typically daily RRT for an extended period of time or when similar is not provided daily, PIRRT – prolonged intermittent renal replacement therapy [1, 2]. These techniques which may be a ...

2019年9月3日 · In this article, we try to summarize the advantages and disadvantages of the different techniques used in RRT. With SLEDD gaining more popularity among the different modalities of RRT, we want to assess the possibility of its routine implementation as the single-best choice for RRT.

Sustained low-efficiency dialysis (SLED), in which conventional hemodialysis machines are used to provide extended duration RRT (8 – 12 h vs 3-4 h with classic intermittent hemodialysis), has emerged as an alternative to CRRT for patients with hemodynamic instability.

2020年11月3日 · SLEDD. SLEDD is sustained low efficiency daily dialysis; hybrid therapy (intermediate between IHD and CRRT) advantages. excellent detoxification; haemodynamic stability; highly efficient; very flexible; less cumbersome machine; patient able to be mobilized; decreased requirements for anticoagulation; good control of volume; less expensive than ...

“早期”组为AKI 3期6h内接受RRT患者，“晚期”组是患者满足“绝对”适应症后开始RRT，即高钾血症、酸中毒、少尿＞72h、尿素氮>110 mg/dl或者肺水肿。 两组患者病死率均在50%左右，无显著差异。

As many as 70% of these patients require renal replacement therapy (RRT), making it an important component of the management of ARF in the ICU. The ideal RRT controls volume; corrects acid-base abnormalities; improves uremia through toxin clearance; promotes renal recovery; and improves survival without causing complications, such as bleeding ...