Skip to main content

Articles

6941 result(s) for 'sepsis' within Critical Care

Page 99 of 139

  1. A recent observational study in a large cohort of critically ill patients confirms the association between hyperlactatemia and mortality. The mechanisms regulating the rates of lactate production and clearance...

    Authors: Guillermo Gutierrez and Jeffrey D Williams
    Citation: Critical Care 2009 13:176
  2. ICU-acquired limb and respiratory muscle weakness is a common, serious ICU syndrome, increasing in frequency with prolonged ICU stay and sepsis. A systematic approach facilitates precise localization of...

    Authors: G Bryan Young and Robert R Hammond
    Citation: Critical Care 2004 8:416
  3. Over the past years there has been a significant decrease in mortality and morbidity in patients suffering from severe burns due to improved burn wound management and approaches in critical care. Survival is n...

    Authors: Lars-Peter Kamolz, Thomas Pieber, Freyja M Smolle-Jüttner and David B Lumenta
    Citation: Critical Care 2013 17:1005
  4. Cardiovascular failure is one of the central therapeutic problems in patients with severe infection. Although norepinephrine is a potent and, in most cases, highly effective vasopressor agent, very high dosage...

    Authors: Martin W Duenser and Walter R Hasibeder
    Citation: Critical Care 2004 9:134
  5. Dosing antibiotics in critically ill patients to achieve therapeutic concentrations is a significant challenge. The presence of septic shock and prescription of continuous renal replacement therapy introduces ...

    Authors: Jason A Roberts and Darren M Roberts
    Citation: Critical Care 2014 18:156
  6. Urinary indices are classically believed to allow differentiation of transient (or pre-renal) acute kidney injury (AKI) from persistent (or acute tubular necrosis) AKI. However, the data validating urinalysis ...

    Authors: Antoine G Schneider and Rinaldo Bellomo
    Citation: Critical Care 2013 17:141
  7. More than 30% of patients with pleural infection either die or require surgery. Drainage of infected fluid is the key to successful treatment, but intrapleural fibrinolytic therapy did not improve outcomes in an ...

    Authors: Majed Safiyeh and David Huang
    Citation: Critical Care 2012 16:312
  8. Post hoc analyses from the B-type natriuretic peptide for Acute Shortness of Breath Evaluation (BASEL)-II-ICU study suggest an association between beta-blocker usage at admission and improved mortality in patient...

    Authors: Rob Mac Sweeney, PJ Devereaux and Daniel F McAuley
    Citation: Critical Care 2010 14:1012
  9. Fluid therapy is fundamental to the acute resuscitation of critically ill patients. In general, however, early and appropriate goal-directed fluid therapy contributes to a degree of fluid overload in most if not ...

    Authors: Sean M Bagshaw, Patrick D Brophy, Dinna Cruz and Claudio Ronco
    Citation: Critical Care 2008 12:169
  10. In critically ill patients, any acute organ injury is associated with a sudden change of circulating factors that may play a role in distant organ dysfunction through a complex cross-talk. In this issue, Virzì...

    Authors: Vincenzo Cantaluppi, Sergio Dellepiane, Alessandro D Quercia and Silvia Ferrario
    Citation: Critical Care 2014 18:404
  11. One of the holy grails of modern medicine, across a range of clinical sub-specialties, is establishing highly sensitive and specific biomarkers for various diseases. Significant success has been achieved in so...

    Authors: Gareth L Ackland and Michael G Mythen
    Citation: Critical Care 2007 11:175