TABLE 5. Literature review in subject of inflammatory markers changes after surgery.
| Study | Year | Marker/s | Design | Outcome |
|---|---|---|---|---|
| Aono et al.1) | 2007 | CRP, WBC | Original article | WBC and CRP increased due to infection and CRP returned to normal level after 14 days in 48% of patients |
| Kunakornsawat et al.15) | 2017 | CRP, ESR | Original article | ESR and CRP increased due to infection and CRP and ESR returned to normal level after 14 and 28 days respectively |
| Kuhn et al.14) | 2012 | CRP, ESR | Original article | ESR and CRP increased due to infection and CRP and ESR returned to normal level after 1 months and even lower than zero time in some patients |
| Choi et al.3) | 2014 | CRP, ESR, WBC | Original article | ESR and CRP increased due to infection. CRP return to normal level after 7 days but ESR and WBC after 3 days |
| Kraft et al.13) | 2011 | CRP, WBC | ESR increased due to infection. and return to normal level after 14 days but WBC changes wasn't important | |
| Sudprasert et al.24) | 2015 | CRP, ESR | Original article | ESR and CRP increased during 6 weeks after surgery |
| Wei et al.26) | 2021 | CRP, ESR, WBC | Original article | CRP, ESR, and WBC were significantly higher in the surgical site infection on 3 and 7 days after posterior lumbar spinal surgery |
| Noh et al.18) | 2017 | CRP, ESR | Original article | ESR and CRP increased due to infection and CRP and ESR returned to normal level after few days after surgeries. The average postoperative follow-up period was 16.2 months |
CRP: C-reactive protein, WBC: white blood cell, ESR: erythrocyte sedimentation rate.