Sepsis Clinical Trial
Official title:
Integration of Clinical and Laboratory Information to Generate Technological Advance for the Diagnosis of Sepsis - The Intelligence 2 Trial
A diagnostic devise, namely HemoSpec, had been developed that integrates clinical information, along with information on circulating protein biomarkers and the morphology of white blood cells to achieve early diagnosis of sepsis. The current study is aiming to validate and improve performance of HemoSpec for the rapid assessment of the critically ill patient in the Emergency Department.
Sepsis is a life-threating organ dysfunction resulting from the dysregulated response of the
host to an infection. It is estimated that 1.5 million people present with sepsis annually in
Northern America and another 1.5 million people in Europe; 30 to 50% of them die making
sepsis the leading cause of death. The key-point in the management of sepsis is the early
resuscitation with broad- spectrum antimicrobials and intravenous fluids, if possible within
the first hour. However, it is not easy to achieve this goal, especially among patients
assessed in the Emergency Department (ED), as the diagnosis of an infection is often delayed
until the patient's laboratory and imaging tests are completed.
In an attempt to improve the failure of physicians for early sepsis recognition in the ED,
several markers have been developed. The most widely used biomarkers are the absolute number
of neutrophils, C-reactive protein (CRP) and procalcitonin (PCT). HemoSpec is a device
capable of incorporating clinical information from the patient with laboratory data. The
analysis provides information on white blood cell morphology, CRP, PCT, interleukin (IL) -6
and suPAR. The device software has been created from all of the above information collected
from prospective cohorts of patients from Greece and Germany. The diagnostic function of
HemoSpec has so far been validated in two Phase II studies. The first study took place in
Germany and involved 60 patients (20 controls, 20 with systemic inflammatory response and 20
with sepsis) who were hospitalized at the University Hospital in Jena. The second study is
currently being conducted in Greece and aims to use the information from the HemoSpec device
for the prospective categorization of patients with confirmed infection in patients with
sepsis and in patients without sepsis.
The above two studies share a common Phase II design in order to validate HemoSpec's
diagnostic ability among patients who are clinically diagnosed with sepsis. The clinical
reliability of HemoSpec can be verified in a multicenter prospective trial involving patients
assessed in the ED. The present study aims to assess the diagnostic ability of the device in
ED patients with clinical signs of infection who have a significant risk of death that makes
them likely to suffer from sepsis.
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