Active clinical trials for "Systemic Inflammatory Response Syndrome"

Methods: The study is an observational prospective trial that includes 150 patients 18 or older admitted to our icu because of severe sepsis or septic shock as defined by the American College of Chest Physicians/ Society of Critical Care Medicine consensus conference. Patients whose primary reason for hospital admission is sepsis or patients developing sepsis after elective invasive procedure will be included. Only patients with known former primary coagulation/hypercoagulability disorder wil be excluded. Procedure: Within 12 hours of admission to the intensive care unit (ICU) blood will be drawn for the following: Blood count, glucose, urea, creatinine, liver function tests, prothrombin time, partial thromboplastin time, Ddimer, fibrinogen and TEG (thromboelastography) assay will be performed. These blood tests will be also drawn on day 2 and 4 of admission. On day one, another 3 cc of blood will be drawn and frozen in -80 degrees for levels of coagulation factors: I, II, V, VII, VIII, IX, X, XI, XII, XIII, Antithrombin III, protein C, S. Demographic data will be collected according to patient chart, and the acute physiologic and chronic health evaluation (APACHE) II score will be assessed after 24 hours. Vital signs will be collected from monitors. Informed consent will be waved due to lack of any intervention and the general condition of patients unable to sign an informed consent. Control group will include 10 healthy individuals. End point: The primary end point is to determine the common hypercoagulable/coagulation disorders according to TEG. The secondary end point is to determine whether TEG results have prognostic implications on this group of severe septic patients.

In this study patients with chronicle liver diseases primary biliary cirrhosis primary sclerosing cholangitis alcoholic liver cirrhosis hepatitis b or C Wilson's disease cryptogenic cirrhosis Septic Inflammatory Response Syndrome (SIRS) sepsis septic shock patients after lysis should be included Blood samples will be gathered from the patients to measure fibrinogen with 5 different methods. The methods are: Clauss fibrinogen PT-Derived fibrinogen immunoturbidimetric method heat-precipitated fibrinogen Schulz fibrinogen The result of these tests will be correlated with laboratory values which are gathered in routine and the clinical outcomes.

The purpose of this study is To assess the value of dynamics (SVV, PPV) and static indices (GEDVI, ITBVI, CVP) of preload and its combination with contractility (CI,SV, ventricular power, dP/dtmax, CFI, GEF) and lung water indices (ELWI), as predictors of fluid responsiveness in both spontaneously breathing and mechanically ventilated pediatric patients. To assess the value of stroke volume and pulse pressure changes from femoral pulse contour analysis (PiCCO2) during passive leg raising as predictor of fluid responsiveness in pediatric patients. To establish normal and cutoff values of transpulmonary thermodilution (PiCCO2) hemodynamic variables in hemodynamically stables and hemodynamically "normal" patients.

Presepsin (formerly CD14), is a glycoprotein receptor occurring at the surface of monocytes/macrophages. CD14 binds to lipopolysaccharide (LPS) complexes and LPS binding protein (LPB), which triggers the activation of toll-like receptor 4 (TLR4), resulting in the production of numerous pro-inflammatory cytokines. Following Presepsin activation by bacterial products, the CD14 complex is released in the circulation as its soluble form (sCD14), which in turn is cleaved by a plasma protease to generate a sCD14 fragment called sCD14-subtype (sCD14- ST). Plasma levels of sCD14 can be measured using an automated chemo-luminescent assay (PATHFAST).

This is a single-center prospective bio-specimen analysis and observational study aiming to define immune pathways disrupted in bacterial sepsis and to identify clinically useful biomarkers of immune status.

- This perspective blind randomized single center study was designed to assess central venous and arterial gases level including P(v-a)CO2/C(a-v)O2 ratio and P(v-a)CO2 difference against lactate clearance as an indicator of initial resuscitation in septic patients in intensive care unit and to evaluate the success of early resuscitation protocol .this continuation of our previous work we compared the ratio of P(v-a)CO2/C(a-v)O2 ratio against lactate clearance(8). Mortality in the ICU in the study groups will be recorded

Infection and trauma take a important role in the acute respiratory failure.There are different causes and degrees of inflammatory reaction in the critically ill patient. The inflammatory reaction should also affect patients on mechanical ventilation dependence with body physiological response and disease prognosis in patients. Therefore, the investigators hypothesize that inflammation may have an important role in the prediction of weaning from mechanical ventilation.

Among patients admitted to the intensive care unit (ICU), early recognition of those with the highest risk of death is of paramount importance. Since clinical judgment is sometimes uncertain biomarkers could provide additional information likely to guide critical illness management. We want to evaluate the prognostic value of leucocyte surface expression of CD64. Blood samples for CD64 biomarker measurement will be obtained daily during the patient's hospitalization. The primary outcome was all-cause death at D28 after admission

Background: Globally, sepsis is common with an estimated population incidence of 437 cases per 100, 000 person-years and acute mortality of 26%, one of the few major medical conditions whose incidence and resulting mortality continues to rise. However, true burden is likely significantly higher as a recent meta- analysis could find no data from LMIC where 87% of the world's population resides. Objective: Generate new knowledge that will eventually provide rapid and accurate information about an individual patient suffering from sepsis (or critical illness), including which type of microorganism is responsible for the infection and the severity and stage of the patient's immune response. Methods: MARS-India will be a prospective longitudinal, single-centre observational study, conducted in mixed ICU's of a >2000 bedded tertiary teaching hospital in Manipal, India. The investigators will recruit to three groups- sex and age-matched healthy volunteers (n=150) and patients diagnosed with sepsis/septic shock or non-infectious ICU admissions such as severe trauma, severe burns and patients admitted to ICU after major surgery (n=400). The investigators have optimised a workflow to follow and describe the immunoinflammatory status of septic patients (as well as severe trauma/burn and major surgery) during the first 6 months after their initial injury. At fixed time points the investigators will collect blood in PaxGene, heparin, citrate and EDTA tubes in addition to routine bloods and microbiological samples. Rectal swabs and stool will also be taken for microbiome analysis. Immune functional tests will be performed to determine whole-blood cytokine/chemokine production in response to ex-vivo stimulation using an 8-panel assay. Additionally, complete immunophenotyping using flow cytometry including HLA-DR expression and lymphocyte subsets will be obtained.

The purpose of this study is to explore the value of CD4+T lymphocyte subsets in cell immunity in the patients with sepsis.There are immunoparalysis in septic patients,the important player is the change of CD4+T lymphocyte,this immunoparalysis state contribute to the illness progress and outcome. Comprehend the change regularity of septic patients' cell immunity can guide fiter and correcter treatment.