View clinical trials related to Acute Renal Failure.
Filter by:Since its inception, KPMP has developed sophisticated protocols for collection and analysis of human kidney tissue, and for collection of biofluids. Members of the consortium have wide-ranging expertise in conducting clinical studies, processing kidney tissue, advanced structural and molecular analysis and complex bioinformatics analysis, which will be used to leverage effectively as a group to better understand kidney disease. This joint protocol aims to synergize the COVID-19 study efforts of KPMP academic research centers, to collectively study COVID-19, including its renal presentation using kidney tissue and/or biofluids from patients suffering from COVID-19. This will increase the breadth and depth of data available to the public to expedite discoveries, identify therapeutics, and improve outcomes for patients with COVID-19. It will additionally bring the expertise of KPMP investigators to bear against this pandemic.
AKI is a rapid and usually reversible impairment of kidney function that is life-threatening in the short term well described by the "Kidney Disease: Improving Global Outcomes - KDIGO" classification of 2012. Whatever etiology of acute renal failure, drug iatrogeny still has its place. Hospital data from the information systems medicalization program (PMSI) can be used for epidemiological research. No study has yet been performed on these data to assess drug-related AKI. However, it should be remembered that these databases were not originally designed for research purposes but for reimbursement of care. Therefore, before conducting a large-scale study, it remains important to determine the validity and representativeness of the codes used for coding the studied events. The objective of this project is therefore to validate the use of hospital coding to identify AKI.
The aim of the study are: 1) To evaluate the occurrence of acid-base alterations and the incidence of hypophosphatemia during different modalities of Renal Replacement Terapy (RRT) in critically ill patients [CVVH, CVVHDF and SLED (Sustained Low-Efficiency Dialysis)] by using a simplified Regional Citrate Anticoagulation (RCA) protocol combined with the adoption of a phosphate-containing solution as dialysate and/or replacement fluid; 2) To optimize the infusion rates of different solutions adopted, including citrate, in order to obtain an appropriate electrolyte and buffer supply. The final aim of this approach will be to reduce the need for frequent monitoring of acid-base status and electrolytes (with special regard to ionized calcium levels), and to avoid the need for frequent adjustments of RCA-RRT parameters (infusion rate of different solutions, electrolytes supplementation in the course of RRT). This approach could allow to simplify anticoagulation protocols with citrate, in order to minimize potential concerns hampering a wider diffusion of RCA in daily practice.