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18:00
19:00
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Nuttha Lumlertgul
Moderator
Solution and Fluid BalanceUtility of Lung Ultrasound, VEXUS and Bioimpedance Analysis in Volume Assessment During RRTPersonalized Fluid Management with CRRT
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Acute RRT Techniques
#AKICRRT26-108
Yu-Wei Chen
Presenter
Initiating Acute PD in the ICU: What Actually Works in PracticeInitiating acute peritoneal dialysis in the ICU: what actually works in practice
Abstract:
While continuous renal replacement therapy (CRRT) and intermittent hemodialysis (IHD) remain the traditional defaults for managing acute kidney injury (AKI) in the intensive care unit (ICU), acute peritoneal dialysis (PD) has re-emerged as a highly effective, hemodynamically well-tolerated, and resource-efficient alternative. However, its widespread adoption is frequently hindered by logistical misconceptions, institutional inertia, and a lack of standardized bedside protocols.
This session, "Initiating acute peritoneal dialysis in the ICU: what actually works in practice," bridges the gap between theoretical guidelines and bedside reality. Designed for nephrologists and intensivists, the presentation will critically evaluate optimal patient selection criteria, highlighting which critically ill profiles—such as those with severe hemodynamic instability and heart failure—benefit most from acute PD. We will outline pragmatic prescription strategies, including tidal PD, automated cycling, and volume management, tailored to the fluctuating metabolic demands of the ICU patient.
Furthermore, the session will address troubleshooting common mechanical and infectious complications, such as dialysate leaks, inadequate clearance, and peritonitis, drawing on real-world evidence and multidisciplinary workflows. Ultimately, attendees will be equipped with actionable, evidence-based frameworks to confidently implement and manage acute PD, transforming it into a therapeutic tool in critical care nephrology.
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Research in AKI (basic, translational, clinical, trials)
#AKICRRT26-120
Yu-Wei Chen
Presenter
Initiating Acute PD in the ICU: What Actually Works in PracticeInitiating acute peritoneal dialysis in the ICU: what actually works in practice
Abstract:
While continuous renal replacement therapy (CRRT) and intermittent hemodialysis (IHD) remain the traditional defaults for managing acute kidney injury (AKI) in the intensive care unit (ICU), acute peritoneal dialysis (PD) has re-emerged as a highly effective, hemodynamically well-tolerated, and resource-efficient alternative. However, its widespread adoption is frequently hindered by logistical misconceptions, institutional inertia, and a lack of standardized bedside protocols.
This session, "Initiating acute peritoneal dialysis in the ICU: what actually works in practice," bridges the gap between theoretical guidelines and bedside reality. Designed for nephrologists and intensivists, the presentation will critically evaluate optimal patient selection criteria, highlighting which critically ill profiles—such as those with severe hemodynamic instability and heart failure—benefit most from acute PD. We will outline pragmatic prescription strategies, including tidal PD, automated cycling, and volume management, tailored to the fluctuating metabolic demands of the ICU patient.
Furthermore, the session will address troubleshooting common mechanical and infectious complications, such as dialysate leaks, inadequate clearance, and peritonitis, drawing on real-world evidence and multidisciplinary workflows. Ultimately, attendees will be equipped with actionable, evidence-based frameworks to confidently implement and manage acute PD, transforming it into a therapeutic tool in critical care nephrology.
-
Research in AKI (basic, translational, clinical, trials)
#AKICRRT26-129
Yu-Wei Chen
Presenter
Initiating Acute PD in the ICU: What Actually Works in PracticeInitiating acute peritoneal dialysis in the ICU: what actually works in practice
Abstract:
While continuous renal replacement therapy (CRRT) and intermittent hemodialysis (IHD) remain the traditional defaults for managing acute kidney injury (AKI) in the intensive care unit (ICU), acute peritoneal dialysis (PD) has re-emerged as a highly effective, hemodynamically well-tolerated, and resource-efficient alternative. However, its widespread adoption is frequently hindered by logistical misconceptions, institutional inertia, and a lack of standardized bedside protocols.
This session, "Initiating acute peritoneal dialysis in the ICU: what actually works in practice," bridges the gap between theoretical guidelines and bedside reality. Designed for nephrologists and intensivists, the presentation will critically evaluate optimal patient selection criteria, highlighting which critically ill profiles—such as those with severe hemodynamic instability and heart failure—benefit most from acute PD. We will outline pragmatic prescription strategies, including tidal PD, automated cycling, and volume management, tailored to the fluctuating metabolic demands of the ICU patient.
Furthermore, the session will address troubleshooting common mechanical and infectious complications, such as dialysate leaks, inadequate clearance, and peritonitis, drawing on real-world evidence and multidisciplinary workflows. Ultimately, attendees will be equipped with actionable, evidence-based frameworks to confidently implement and manage acute PD, transforming it into a therapeutic tool in critical care nephrology.
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Blood Purification and Organ Support
#AKICRRT26-65
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Blood Purification and Organ Support
#AKICRRT26-112
Ting-Yuan Chang
Presenter
The Critical Initiation: Circuit Priming & Hemodynamic ManagementThis workshop addresses the critical first steps of initiating continuous kidney replacement therapy (CKRT) in pediatric patients. Topics include selecting an appropriate CKRT machine, determining hemofilter size, and designing the extracorporeal circuit. Special emphasis is placed on preventing hemodynamic instability during blood priming and circuit initiation, including calculation of the patient's circulating blood volume relative to the extracorporeal volume to avoid hypovolemic shock from excessive extracorporeal blood sequestration. Participants will learn practical decision-making frameworks for safe circuit priming strategies tailored to children of different body sizes.
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Nursing Issues
#AKICRRT26-58
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Blood Purification and Organ Support
#AKICRRT26-67
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Blood Purification and Organ Support
#AKICRRT26-59
Room 103
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