Preface
Part I. Introduction
Acute Kidney Injury: the plague of the new millennium
Acute Kidney Injury: Definitions, Incidence, Diagnosis, and Outcome
Reducing mortality in acute kidney injury: the democracy-based approach to consensus
Part II. Interventions that May Reduce Mortality
Continuous renal replacement therapy vs. intermittent hemodialysis: impact on clinical outcomes
May an “early” renal replacement therapy improve survival?
Increased intensity of renal replacement therapy to reduce mortality in patients with acute kidney injury
Citrate anticoagulation to reduce mortality in patients needing continuous renal replacement therapy
Peri-angiography hemofiltration to reduce mortality
Continuous venovenous hemofiltration to reduce mortality in severely burned patients
Perioperative hemodynamic optimization to reduce acute kidney injury and mortality in surgical patients
Furosemide by continuous infusion to reduce mortality in patients with acute kidney injury
N-acetylcysteine to Reduce Mortality in Cardiac Surgery
Fenoldopam and Acute Kidney Injury. Is it time to turn the page?.-Vasopressin to reduce mortality in patients with septic shock and acute kidney injury
Terlipressin reduces mortality in hepatorenal syndrome
Albumin to reduce mortality in cirrhotic patients with acute kidney injury
Extracorporeal Removal of Serum Free Light Chains in Patients with Multiple-Myeloma Associated Acute Kidney Injury
Can intravenous human immunoglobulins reduce mortality in patients with (septic) acute kidney injury?
Part III. Interventions that May Increase Mortality
Fluid overload may increase mortality in patients with Acute Kidney Injury
Hydroxyethyl starch, acute kidney injury, and mortality
Loop diuretics and mortality in patients with acute kidney injury
Part IV. Update
Reducing Mortality in Patients with Acute Kidney Injury: A Systematic Update.