Active clinical trials for "Acute Kidney Injury"

This feasibility study will be conducted at 4 international sites located in Asia (Dhahran, Nepal); Africa (Blantyre, Malawi and Kilimanjaro, Tanzania) and Latin America (Cochabamba, Bolivia). Each site comprises a cluster (including 3-4 health centers - 1 district hospital - 1 regional referral hospital) that service the population around the site area. Patients presenting at a health care clinic or hospital emergency department with signs and symptoms associated with high and moderate risk of developing AKI will undergo a point of care (POC) test to measure serum creatinine, saliva urea nitrogen dipstick (exclusively in Malawi), and a urine dipstick test for color, protein, glucose, blood and specific gravity. Patients who meet the study inclusion criteria will be approached for consent. Patients enrolled in the study will be followed throughout the health care evaluation and tracked through their course by location i.e. health care center, hospital, and home. Outcomes will be recorded through 6 months following the health care evaluation. The protocol will have an initial observation phase, during which relevant healthcare staff and the research team will be trained to identify patients at moderate or high risk of AKI and use of the point of care (POC) test for serum creatinine, saliva urea nitrogen dipstick (exclusively in Malawi), and urine dipstick test. During this phase patients will be tracked throughout the health care evaluation, however the teleconsultation will not be implemented and no specific guidance for managing the patient will be provided. During the subsequent intervention phase, the research team will interact with the local healthcare providers to and the teleconsultation physician, providing guidance on the management of the patient based on a standardized protocol. Protocols for patient care will be pre-specified, with minor adjustments to meet local requirements.

Prospective, randomized, comparative clinical and open-label trial comparing sodium bicarbonate catheter lock solution (SBCLS) to normal saline catheter lock solution (NSCLS) use in HD patients with central venous catheters (CVC).

This study will test whether anesthesiology clinicians working in a telemedicine setting can predict patient risk for postoperative complications (death and acute kidney injury) more accurately with access to a machine learning display than without it.

Early prediction of AKI can help to improve patients' outcome through early institution of the appropriate intervention, thus the current study hypothesizes that urine analysis for certain markers may provide an early knowledge about the possibility of oncoming kidney affection secondary to organ and tissue trauma affecting patients admitted to surgical ICU. The current study tries to evaluate the value of urinary markers as early predictors of possible development of AKI in patients admitted to surgical ICU.

We hypothesise that levosimendan will have a positive influence on renal function during acute kidney injury in adult intensive care patients.

Introduction: Acute kidney injury (AKI) increases mortality, hospital cost, and rate of progression toward end stage kidney disease 1-4. Early diagnosis and management of AKI is known to improve the above mentioned outcomes. Hypothesis: the investigators will design and validate an electronic surveillance tool to screen all the ICU admissions for the earlier, more efficient diagnosis of AKI and as a result improve the outcome of AKI in ICU patients. Methods: the investigators plan to use the patient database, and AKIN (AKI network) definition to design an electronic alert system to allow clinicians discover patients who develop AKI. Then a randomized clinical trial will be conducted to compare earlier intervention (based on Kidney Disease: Improving Global Outcomes [KDIGO] guidelines) initiated by AKI sniffer alert to the conventional management provided by primary physician in ICU.

Patients with acute coronary syndromes (ACS) are at increased risk for acute kidney injury (AKI) when they undergo urgent/emergency coronary angiography. The optimal medical treatment for preventing the occurrence of contrast induced - acute kidney injury is still controversial. Fenoldopam mesylate is a dopamine A1 receptor agonist that augments renal plasma flow that has reduced the risk of radiocontrast dye nephropathy in some (but not all) preliminary studies. Neutrophil gelatinase-associated lipocalin (NGAL) is a new biomarker predictive for AKI already shown to be useful for earlier diagnosis of contrast induced nephropathy. The primary objective of this study is to to test the hypothesis that fenoldopam, in addition to standard treatment, reduce the occurrence of contrast induced - acute kidney injury in patients with acute coronary syndrome (ACS) undergoing urgent/emergency coronary angiography and/or percutaneous coronary intervention.

This prospective study focuses on the interest of the echocardiography for cirrhotic patients, who present acute kidney injury corresponding to the criteria of hepatorenal syndrome. This echocardiography will be done before the volemic expansion and the final diagnostic of hepatorenal syndrome or prerenal azotemia. The primary endpoint is to describe the hemodynamic characteristics of this population at the time of acute kidney injury and their association with diagnostic of hepatorenal syndrome or prerenal azotemia. Patients with elevated filling pressure, predicting poor outcome of volemic expansion will be excluded of the study after the echocardiography and will not undergo volemic expansion but appropriate management.

The purpose of this study is to determine dexmedetomidine pharmacokinetics during continuous renal replacement therapy on critically ill patients.

N-acetylcysteine may prevent acute kidney injury in high risk patients undergoing off-pump coronary artery bypass graft.