Machine learning models using routine peritoneal dialysis outflow and spot urine/blood panels are being evaluated to estimate peritoneal membrane transport status and dialysis adequacy.
Do AI models using routine PD outflow and spot urine/blood panels accurately estimate PET and Kt/V in patients on peritoneal dialysis?
AI models using routine PD outflow and spot urine/blood panels are being evaluated to estimate peritoneal transporter status and dialysis adequacy, potentially reducing the burden of time-intensive testing.
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Peritoneal dialysis (PD) adequacy (Kt/V) and peritoneal membrane transport status (PET) guide prescriptions but require time and labour-intensive testing. We designed DETECT-PD to evaluate whether routinely available, simple measurements from the latest PD outflow and a spot urine/blood panel can support AI models to estimate PET and Kt/V, potentially reducing burden of testing and monitoring.
Leung et al. (Wed,) reported a other. Machine learning models using routine peritoneal dialysis outflow and spot urine/blood panels are being evaluated to estimate peritoneal membrane transport status and dialysis adequacy.
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