Sepsis Clinical Trial
Official title:
A suPAR Guided Double-blind Randomized Clinical Trial of Initiation of Antibiotics for Presumed Infection at the Emergency Department
The aim of the current study is to evaluate suPAR - guided medical intervention, consisting of early antibiotic administration at the emergency room for presumed infection and sepsis and evaluate the impact of this intervention to the patients' final outcome. Since the traditionally used biomarkers (PCT, CRP) and scores (SOFA score) for early recognition of severity of infection fail to achieve maximum accuracy in all cases, suPAR levels are assessed as a probably better prognostic rule for early recognition of severe infections. The primary study endpoint will be the comparative efficacy of the early suPAR-guided administration of antibiotics versus standard practice on 28-day mortality.
Sepsis is among the leading causes of death worldwide. It is well-perceived that early
recognition of sepsis is the mainstay of treatment. Recently it has been proposed that the
quick sequential organ fialure assessment (qSOFA) score can be used as a screening tool in
the emergency department (ED) to triage patients with high-risk of death; patients scoring
positive at least two of the three signs of qSOFA are at a high-risk for death. However, this
is challenged since it may be the case that the risk of death is high even among patients
with only one sign of qSOFA.
Soluble urokinase plasminogen activator receptor (suPAR), the soluble form of the membrane
bound receptor (uPAR), is a recently known glycoprotein involved in inflammation. uPAR is
expressed on various immune cells (neutrophils, lymphocytes, monocytes, macrophages) and is
cleaved from their surface after an inflammatory stimuli to enhance chemotaxis and cell
migration. Increased suPAR blood levels mirror the degree of activation of the immune system
by different antigenic stimuli including diverse neoplastic and infectious agents and other
inflammation-mediated diseases. SuPAR levels generally correlate to the severity of the
disease.
It has been shown that suPAR blood levels have low diagnostic value (cannot discriminate
between bacterial, viral or parasitic infection, Gram (+) or Gram (-) bacteraemia. However,
they present superior prognostic value as compared with single parameters of inflammation and
organ dysfunction (like C-reactive protein (CRP) and procalcitonin (PCT) in critically ill
patients, and suPAR's prognostic value of death is even more enhanced when combined to other
biomarkers and physiological scores (e.g. Acute Physiology and Chronic Health
Evaluation-APACHE II).
Why choose suPAR as biomarker at emergency basis? Because, in contrast to many
pro-inflammatory cytokines, suPAR exhibits favorable properties due to its high stability in
serum samples and limited circadian changes in plasma concentrations. It also constitutes a
serum/plasma biomarker that is easily performed on-site and provides information within one
hour after sampling21, 22.
Unpublished data of the Hellenic Sepsis Study Group (HSSG) suggest that among patients with
at least one sign of the qSOFA score, those with suPAR greater than 12 ng/ml are at a
substantial risk for death with mortality exceeding 30%. To this end, patients with suspicion
for an infection and with qSOFA 1 and suPAR greater than 12 ng/ml constitute a group of
patients requiring early intervention.
The aim of the current study is to evaluate suPAR - guided medical intervention, consisting
of early antibiotics' administration at the emergency room for presumed infection and sepsis
and evaluate the impact of this intervention to the patients' final outcome.
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