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Sepsis

Sepsis (in Greek Σήψις, putrefaction) is a serious medical condition caused by a severe infection. The more critical subsets of sepsis include severe sepsis (sepsis with acute organ dysfunction) and septic shock (sepsis with refractory arterial hypotension). If a proven source of infection is lacking but the other criteria of sepsis are met the condition is known as systemic inflammatory response syndrome. more...

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Septicemia is sepsis of the bloodstream caused by bacteremia, which is the presence of bacteria in the bloodstream. The term septicemia is also used to refer to sepsis in general.

Symptoms

The systemic inflammatory response leads to widespread activation of inflammation and coagulation pathways. This may progress to dysfunction of the circulatory system and, even under optimal treatment, multiple organ dysfunction syndrome and eventually death.

Sepsis is common and also more dangerous in elderly, immunocompromised, and critically ill patients. It occurs in 2% of all hospitalizations and accounts for as much as 25% of intensive care unit (ICU) bed utilization. It is a major cause of death in intensive care units worldwide, with mortality rates that range from 20% for sepsis to 40% for severe sepsis to >60% for septic shock. In the United States, sepsis is the leading cause of death in non-coronary ICU patients, and the tenth most common cause of death overall according to 2000 data from the Centers for Disease Control and Prevention.

A problem in the adequate management of septic patients has been the delay in administering the right treatment after sepsis has been recognized. A large international collaboration was established to educate people about sepsis and to improve patient outcomes with sepsis, entitled the "Surviving Sepsis Campaign." The Campaign has published an evidence-based review of management strategies for severe sepsis, with the aim to publish a complete set of guidelines within 3 years.

Definition of sepsis

Sepsis can be diagnosed if there is a proven source of infection, such as a positive blood culture and two or more of the following:

  • Heart rate > 90 beats per minute
  • Body temperature < 36 (96.8°F) or > 38°C (100.4°F)
  • Hyperventilation (high respiratory rate) > 20 breaths per minute or, on blood gas, a PaCO2 less than 32 mm Hg
  • White blood cell count < 4000 cells/mm³ or > 12000 cells/mm³ (< 4 x 109 or > 12 x 109 cells/L).

Treatment

The therapy of sepsis rests on antibiotics, surgical drainage of infected fluid collections, fluid replacement and appropriate support for organ dysfunction. This may include hemodialysis in kidney failure, mechanical ventilation in pulmonary dysfunction, transfusion of blood plasma, platelets and coagulation factors to stabilize blood coagulation, and drug and fluid therapy for circulatory failure. Ensuring adequate nutrition, if necessary by parenteral nutrition, is important during prolonged illness.

Read more at Wikipedia.org


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Importance of early fluids resuscitation in murine sepsis: echocardiographic study
From CHEST, 10/1/05 by Massimiliano Guglielmi

PURPOSE: Fluid resuscitation and antibiotic administration are critical components of the early treatment of sepsis. We evaluated the impact of three different early resuscitation regimens on cardiac performance in a murine model of sepsis.

METHODS: 3 groups of 8 C57B1/6 mice were made septic by cecal ligation and double perforation (CLP); 5 controls had sham ligation. After CLP animals received 1 of 3 fluid regimens: 35mL/kg normal saline bolus SQ after surgery only (None), 35mL/kg after surgery and then every 6hr, (Partial) and 100mL/kg after surgery and then every 6hr (Full). All 3 groups received ceftriaxone, 30mg/kg and clindamycin 25mg/kg at 6 and 12hr. Animals were anesthetized briefly with isoflurane for echocardiography using a high-resolution ultrasound system (30Mhz scan-head). Stroke volume (SV, [micro]L) was assessed by Doppler in the aortic outflow tract and fractional shortening (FS, %) by M-mode in the short axis view. Cardiac output (CO, mL/min) was calculated as SV*HR.

RESULTS: From 3 to 9hr after CLP, CO was reduced from 25 [+ or -] 2 to 13 [+ or -] 2 (None), 24 [+ or -] 4 to 15 [+ or -] 5 (Partial) and 26 [+ or -] 5 to 17 [+ or -] 4mL/min (Full), largely due to a reduction in SV, from 56 [+ or -] 6 to 23 [+ or -] 2 (None), 51 [+ or -] 6 to 28 [+ or -] 7 (Partial), and 58 [+ or -] 7 to 32 [+ or -] 5 [micro]L; (Full) (p<0.05 vs baseline and sham operated animals in all groups. Heart rate did not change significantly. Animals that received aggressive resuscitation (Full) reached a normodynamic state at 15hours, CO 23 [+ or -] 7; SV 48 [+ or -] 9; HR 475 [+ or -] 74, p = NS vs baseline and sham operated animals. Unresuscitated and underresuscitated animals remained in a hypodynamic state, CO 14 [+ or -] 6; SV 30 [+ or -] 10; HR 470 [+ or -] 50 (None) and CO 15 [+ or -] 3; SV 40 [+ or -] 9; 395 [+ or -] 35 (Partial), p<0.05 vs baseline, sham operated and aggressively resuscitated animals (Full).

CONCLUSION: Adequate fluid resuscitation is mandatory to restore a normodynamic state in sepsis. In this murine model, which replicates clinical sepsis, early underresuscitation can lead to a sustained hypodynamic state. Early and aggressive resuscitation is necessary to reestablish normal hemodynamics.

CLINICAL IMPLICATIONS: Even seemingly minor degrees of underresuscitation early could potentially impair hemodynamics in later phases of sepsis in patients.

DISCLOSURE: Massimiliano Guglielmi, University grant monies.

Massimiliano Guglielmi MD * Sergio Zanotti MD Walker Tracy MD Magali Zanotti BA Felicitas Ross BA Joseph E. Parrillo MD Steven M. Hollenberg MD Cooper University hospital/UMDNJ, Camden, NJ

COPYRIGHT 2005 American College of Chest Physicians
COPYRIGHT 2005 Gale Group

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