This combined clinical and in vitro study evaluated miR&#8209;136&#8209;5p in children with severe pneumonia. Elevated miR&#8209;136&#8209;5p distinguishes children with severe pneumonia from healthy controls, is associated with composite adverse events, and promotes inflammatory responses in LPS-stimulated macrophages, partly through AGO1 repression.

clinical-diagnostic-prognostic-evaluation-mir-136-5p-children-with

Clinical Diagnostic and Prognostic Evaluation of miR-136-5p in Children with Severe Pneumonia: A Case-Control and Cohort Study

Severe pneumonia is a leading cause of childhood morbidity and mortality. MicroRNA&#8209;136&#8209;5p (miR&#8209;136&#8209;5p) plays critical roles in ...

This protocol describes the development and evaluation of an interpretable ensemble tree-based machine learning model using routinely collected clinical data to predict osteoporosis risk in patients with diabetes.

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Multimodel Interpretable Machine Learning for Osteoporosis Prediction in Diabetes Using a Large Critical Care Electronic Health Record Database

Diabetes mellitus is associated with increased skeletal fragility and elevated fracture risk; however, early identification of osteoporosis (OP) in ...

Institution - Nantong First People's Hospital

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