%. (SAPS II score was 40 21 Forty-one percent required mechanical ventilation. intensive care unit, the h Pital and 6 month mortality 44%, 55% and 72%. A were performance status (PS [2 or 2 [odds ratio, OR 6. 4 (95% confidence interval, CI (2 21] and mechanical ventilation were independent of one another with NVP-AUY922 an increased Hten mortality t associates of 6 months. Three ig (70% have the surviving again u ICU-specific cancer [OR 5 ( 95% (14 CI 1.7] treatment to stay in the ICU. Table 1 with the mortality factors t associated after 6 months. univariate variables all non-surviving Survivor pn 105 NN 76 �� 29 of age, 64.8 years 10.6 (39 86 66.0 8 (42 81 64.2 11 (39 86 0.41 40 21 SAPS II (13-112 30.7 10 (13 54 44 23 February (13 112 .009 Performance status 0 or 1 56 23 .
001 33 advanced BSI-201 cancer 83 19 .015 64 admission for acute respiratory failure 62 to December 50 H moptoe admissions 0.02 47 14 0.65 33 admission for septic shock 10. January 9 0.19 Admission for neurological reasons Mechanical Ventilation 10 3 7 0.85 3 43 4 39 33 0004 30 0.0005 vasopressors complete clinical information was available for 103 patients after 6 months 6 months TABLE 2 PREDICTION Krankenhausmortalit t with multivariate analysis of variables p-value of odds ratio (95% confidence interval, performance status 0 or 1, or 6.4 per 0021 (21 February 0031 S. mechanical ventilation or 5 (1.7 14 complete clinical information was available for 103 patients at 6 months CONCLUSION.
admission to the ICU for lung cancer, non-surgical cancer patients benefit k can survive a few patients (PS 0 or 1 with respect to the administration caused by cancer treatment after discharge and long-term. FACTORS 0527 Risk for Heart OPERATIONS RE mortality Massaut1 t after valve prosthesis valve malfunction JJ, P. Reper1, P. Wauthy2, F. Deuveart2 1Intensive care, surgery 2Cardiac, CHU Brugmann, Brussels, Belgium Introduction. The purpose of this study was to identify independent Independent risk factors for mortality in intensive care in patients undergoing cardiac surgery at our .. university re valve METHODS We retrospectively analyzed included data on 235 patients to our ICU after surgery re-valve for a period of ten years (1997, 2006 Multivariate logistic regression was used to pr -., intraoperative variables and intensive care medicine analyze and identify risk factors for mortality in intensive care.
Statistical analysis was performed using Stata 8 for UNIX. results.The total Krankenhausmortalit t was 7.89% (19 patients / 238 for a predicted mortality of 10.12% Core � .. ICU mortality was 6.8% t (16/235 Univariate analysis showed that the following variables with an increased mortality Hten tsrisiko associates were: age, took Notfallma, advanced New York Heart Association functional class, increases hen the pr hemoglobin operative urea, lactate dehydrogenase, and creatinine (LDH plasma levels, low pr operative H, Ren, the presence of leaks paravalvul, the number of re-operation (again, length of surgery and cardiopulmonary bypass, the need for transfusion and the L length inotropic administering.
multivariate logistic regression identified high pr operational LDH, plasma concentrations of urea and redo as independent Independent Press predictors for mortality t in the ICU (Table I, with a specificity of t and sensitivity t (L Fl surface was 0.94.Ascore theROCcurve observed based on these factors and coefficients, the mortality t predict. There was no mortality t for a score value \ 3.5. for postoperative factors L ngerfristige use of inotropic agents was independent of one another associated with mortality in the ICU are. failure to dehydrated hnen patients from inotropes may need during the first 48 hours, with a mortality rate very significantly h ago (odds ratio TABLE 1 12th logistical Regression Analysis Risk Factors for Mortality was associated with t independent ngig coefficients CI Odds Ratio 95% CI values of p LDH (IU / L 0.
00087 1.00087 1.00033 1.00141 0.002 urea (mg / dL 0.02918 1 02961 1.00284 1.05708 0.030 1.00978 2.99952 1.05329 8.53051 0040 7.7172 restoring constant \ 0.001 CONCLUSION. number of operations again, more urea and lactic acid dehydrogenase pr operative plasma levels were independent Independent Press predictors for mortality t in intensive care patients admitted to our intensive care unit after cardiac surgery re valve. Failure dehydrated hnen patients from inotropes was within 48 hours after surgery with a significant erh increase of mortality t. S136 ESICM 21 . annual meeting in Lisbon, Portugal 21 September 24 2008 0528 INFLUENCE OF BODY MASS INDEX ON RESULTS ICU B. Schildt, S. Lehtipalo, Claesson J. An sthesiologie and Critical Care Medicine, Umea University Hospital is ° ° Umea, Sweden INTRODUCTION.
overweight is a growing problem in society but the influence of body mass index (BMI in the intensive care unit (ICU uncertain outcome. Our aim was to assess the impact of BMI on the results of the intensive care unit and the test hypothesis that patients who are underweight or overweight are one obtains hte morbidity t and mortality t compared with patients with normal BMI. METHODS. retrospective