Severe sepsis and
trauma complicated with
multiple organ dysfunction syndrome (
MODS) are among the leading causes of death in intensive
therapy units, with mortality rate exceeding 50%. The outcome is not determined only by
infection or
trauma, but also by the intensity of immuno-inflammatory response, which is essential for host defence, but if uncontrolled leads to
MODS. Pro-inflammatory
cytokines (tumor necrosis factor-alpha--TNF-alpha, IL-1, IL-8, IL-12, IFN-gamma, etc.) represent a part of this immuno-inflammatory response to an insult. The results of the clinical investigation of correlation between pro-inflammatory
cytokines (IL-8, IL-12, TNF-alpha, IFN-gamma), the outcome (survivors, non-survivors), and the severity (
systemic inflammatory response syndrome--SIRS--less severe, and
MODS--more severe) in polytraumatised patients with
sepsis are presented in this paper. Mean values of
IL-8 were 1.3-fold higher in non-survivors (p<0.05), and 60-fold higher in
MODS group (p<0.01). Mean values of
IL-12 were 1.6-fold higher in survivors (p<0.01), while the values between SIRS and
MODS group did not differ significantly; mean values of
TNF-alpha were 3-fold higher in survivors (p<0.05), and 46-fold higher in
MODS group (p<0.01). Mean values of IFN-gamma did not differ significantly between the two groups regarding the outcome and severity. The obtained results indicated that
IL-8 was a reliable predictor of lethal outcome and
MODS (p<0.01),
IL-12 a reliable predictor of survival (p<0.05), and
TNF-alpha a reliable predictor of survival (p<0.05) and
MODS (p<0.01).