Loading clinical trials...
Loading clinical trials...
Browse 3,346 clinical trials for kidney disease. Find studies that match your criteria and connect with research centers.
Find trials near:
Showing 781-800 of 3,346 trials
NCT02075684
The purpose of this research study is to create a prospectively maintained, multicenter database of patients undergoing renal biopsy for renal masses performed percutaneously (through skin), via an 18 gauge biopsy needle (.048 inches). In this database, the investigators will collect and maintain the data from the biopsy procedure. This will allow us to evaluate our experience with this procedure as well as to participate in multi-institutional collaborative studies in the future. At University of California Irvine, the investigators routinely biopsy patients with renal masses under real-time ultrasound control. Percutaneous renal biopsy under ultrasound guidance is a routine procedure performed to diagnose renal mass histopathology. The safety and efficacy of this procedure has been well documented in the literature. The indications for percutaneous renal biopsy have expanded as there has been a substantial increase in the number of renal masses that are being diagnosed, and the acceptance of percutaneous biopsy continues to expand in parallel. The biopsy procedure is part of your normal standard of care and if not being done for this research project.
NCT01582893
Chronic dialysis patients with end stage renal disease have an increased mortality rate as compared to the age matched healthy population. It is known that chronic inflammation contributes to the high incidence of cardiovascular events in chronic dialysis patients. Dialyzers made by membranes with increased pore size (high cut-off Dialyzer HCO1100) may be beneficial in the elimination of inflammatory mediators and may improve the inflammatory status. Hypothesis: In this study it will be investigated whether the treatment with HCO1100 will improve the inflammatory status of chronic dialysis patients.
NCT01526798
Chronic inflammation in dialysis patients is linked to cardiovascular mortality and clinical signs and symptoms, like the impaired response to erythropoiesis-stimulating agents (ESAs). This study aims to demonstrate that high cut-off hemodialysis is effective in reducing chronic inflammation and thereby improving response to ESAs.