View clinical trials related to Kidney Injury.
Filter by:The investigators aim to develop a clinically validated, histological acute tubular injury (ATI) scoring system to help improve diagnostic precision and predict clinical outcomes following ATI. To use an unbiased, data-driven approach, correlating pathological features (including digital pathology), key signatures using spatial technologies (transcriptomics or proteinomics) with relevant clinical outcomes. Spatial technologies (including spatial transcriptomics and spatial proteinomics) allow the use of 'precision pathology' to study the critical link between molecular characteristics to histological structure.
The aim of this study is to identify the incidence and the factors associated with acute kidney injury in adult poly trauma patients
The epidemiological study of tumor complicated with kidney disease can clarify the prevalence and risk factors of renal injury when malignant tumor is diagnosed, and understand the impact of malignant tumor complicated with renal injury on survival time. This study will bring enlightenment to clinicians, discover high-risk factors in time, and try to avoid renal damage factors in diagnosis and treatment. Early diagnosis and early treatment can partially terminate the progress of renal injury, avoid the suspension of treatment due to renal reasons, and avoid the occurrence of end-stage renal failure (ESRD).
Intra-operative NIRS measurements of kidney during partial nephrectomy, after reperfusion, for monitoring ischemia and prediction of postoperative renal dysfunction.