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. 2020 Jun 5;24:287. doi: 10.1186/s13054-020-02993-5

Table 3.

Sepsis biomarkers that were compared with procalcitonin (PCT) and/or C-reactive protein (CRP) for sepsis diagnosis

Biomarker Study group Reference group Comment [refs]
Diagnostic performance similar to or worse than that of PCT and/or CRP
 Cell-free DNA (cfDNA) ICU patients with sepsis ICU patients with SIRS No better than PCT [36, 37]
 Copeptin ED patients with sepsis ED patients with SIRS No better than PCT [38]
 ICAM-1 Patients with necrotic pancreatitis Patients with sterile necrosis No better than PCT [39]
 Lipopolysaccharide-binding protein ED patients with sepsis ED patients with infection No better than PCT [40]
Non-critically ill patients with sepsis Non-critically ill patients with infection No better than PCT [41]
Children with neutropenia and clinical sepsis and/or bacteremia Children with febrile neutropenia without infection No better than PCT [42]
Patients with proven bacterial lower respiratory infection Patients with proven viral lower respiratory infection No better than CRP [43]
Patients treated in internal medicine ward Healthy control No better than PCT [27]
 Pancreatic stone protein ED patients with sepsis ED patients without infection No better than PCT [44]
 sCD22 Surgical patients with infection after major operation Surgical patients with SIRS but without infection Equal value to PCT [45]
 Interleukin (IL)-2 ICU patients with sepsis ICU patients with SIRS without infection No better than CRP [46]
 IL-1β Neonates with infection and sepsis Neonates with infection without sepsis No better than CRP [47]
 RANTES Neonates with infection Healthy neonates No better than CRP [48]
 Neopterin ICU patients with sepsis ICU patients without sepsis Less accurate than PCT [49, 50]
 Macrophage migration inhibitory factor (MIF) Patients with infection in medical ward or ED No bacterial infection No better than PCT [51]
 Adrenomedullin Neutropenic patients with sepsis Neutropenic patients with fever and clinically documented infection No better than PCT [52]
 Pro-adrenomedullin Sepsis with organ dysfunction and or shock Patients admitted to coronary unit without infection No better than PCT [53]
 High-mobility group-box 1 protein (HMGB1) Infected patients admitted in the ward Healthy individuals No better than CRP or PCT [54]
 IL-8 Neutropenic children with blood culture positive, and/or fever periods with a documented clinical sepsis and/or local infection Neutropenic children with fever and no infection No better than CRP [55]
 IL-10 Patients with bacteremia and SIRS, Patients with SIRS without bacteremia Comparable with PCT [56]
 Endocan Critically ill patients with sepsis and organ dysfunction Critically ill patients with infection and SIRS Comparable with PCT [57]
 Pro-atrial natriuretic peptide (ANP) Burned patients that received antibiotics and had either microbiological confirmation of infection or antibiotics leaded to an improvement in clinical situation Burned patients without infection Comparable with PCT [58]
 Pentraxin 3 Mechanically ventilated patients with ventilator associated pneumonia Mechanically ventilated patient > 48 h without VAP No better than CRP [59]
Hematological patients with bacteremia and/or septic shock Hematological patients with fever without infection No better than CRP [60]
Better diagnostic value than PCT and/or CRP
 Thromboelastometry lysis index Patients with severe sepsis Patients after operation without sepsis Better than PCT [61]
 Decoy receptor 3 ICU patients with sepsis ICU patients with SIRS Positive when PCT was negative [62]
 Group II phospholipase A2 (PLA2-II) ED patients with sepsis and organ dysfunction ED patients with SIRS without infection Better than CRP [63]
 Hepcidin Infants with sepsis and or bacteremia Infants with SIRS and not sepsis Better than CRP [64]
 sCD163 Patients with sepsis admitted to ICU Patients with SIRS without sepsis Better than PCT [65]
 CD64 ICU patients with sepsis ICU patients without sepsis Better than PCT and CRP [66]
Patients with ventilator associated pneumonia and sepsis Patients with ventilator associated pneumonia without sepsis Better than PCT and CRP [67]
 Serum amyloid A Full term infants with sepsis Full term infants with risk for sepsis but without sepsis Earlier increase in neonates with early onset sepsis than CRP [68]
 Heparin-binding protein Patients with sepsis for less than 48 h Patients with infection without sepsis Better than CRP and PCT [69]
 Delta-like canonical Notch ligand 1 (DLL1) Patients with abdominal infection or surgical site associated infection Surgical patients, trauma patients without infection, and healthy volunteers Better than CRP and PCT [70]
Conflicting findings
 IL-6 Critically ill patients with sepsis Patients with SIRS without infection IL-6 was not found to have lower diagnostic utility compared to PCT (meta-analysis) [71]
Cirrhotic patients with infection at admission to ICU Cirrhotic patients without sepsis IL-6 was found to increase earlier than PCT in cirrhotic patients [72]
 sCD25 ED patients with infection ED patients with suspected infection but finally infection excluded Equal diagnostic value to PCT for diagnosis of infection in ED [44]
Patients admitted in ICU with infection and SIRS Patients with SIRS without sepsis Better performance than PCT to identify Sepsis I at ICU admission [73]
 Calprotectin ICU patients with infection ICU patients without sepsis Better than CRP and PCT [74]
Patients after major operation who developed sepsis Patients after major operation who did not develop sepsis Similar value to PCT [75]
 IL-27 Critically ill children with sepsis Children with SIRS without infection Better than PCT [76]
ICU patients with sepsis ICU patients without sepsis No better than PCT [77]
 sTREM ICU patients with sepsis ICU patients with SIRS Better than PCT [78]
ICU patients with sepsis ICU patients with SIRS No better than PCT and CRP [79]
 Presepsin (CD14) ED patients with sepsis ED patients with at least two criteria of SIRS without sepsis Better than PCT in diagnosis of sepsis in ED [80]
Critically ill patients with sepsis and organ dysfunction Critically ill patients without infection No better than PCT regardless of the presence or not of AKI [17]
Neonates with SIRS and positive blood cultures Neonates with SIRS with negative blood cultures Better than PCT [81]
Better performance when combined with PCT and/or CRP
 IL-6 Neonates with infection within the first week of life Neonates with suspicion of infection but finally excluded within the first week of sepsis Combination with CRP in neonates with suspected sepsis [82]
 CD64 Neonates with sepsis Healthy controls Combination with PCT and CRP for diagnosis of neonatal sepsis [83]
 Leptin Patients with community acquired pneumonia with sepsis or complicated intraabdominal infection SIRS without infection, healthy controls Combination with CRP [84]
 Pro-adrenomedullin Septic patients Patients with SIRS without sepsis Combination to PCT [53, 85]
 suPAR Septic patients admitted to ICU Critically ill patients with SIRS without infection and healthy controls Combination with PCT for diagnosis of sepsis on day 1 of sepsis [86]
 CD11b Patients with Gram (+) infection Patients with Gram (−) infection Combination with CRP for differentiation from Gram (−) infection [87]
 Fibrinogen Neutropenic patients with sepsis Neutropenic patients with fever without infection Combination with CRP for diagnosis of sepsis [88]
 BNP and antithrombin Neutropenic patients with fever and bacteremia Neutropenic patients with fever without infection Combination with PCT for diagnosis of Gram (−) bacteremia [88]
 IL-27 Pediatric patients with sepsis Pediatric patients with SIRS without infection Improvement of diagnostic accuracy of PCT for diagnosis of sepsis [77, 89]
 α-2 macroglobulin Surgical patients with sepsis Surgical patients with SIRS without sepsis Combination with PCT to exclude sepsis in surgical patients [90]
 Decoy receptor 3 and uPAR Patients with sepsis Patients with SIRS without infection, healthy volunteers Combination with PCT for diagnosis of sepsis [91]

sTREM soluble triggering receptor expressed on myeloid cells, RANTES regulated on activation, normal T-cell expressed, and secreted