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. 2014 Jun 15;7(7):3876–3886.

Table 1.

Main characteristics of the studies relating MCP-1 to Patients’ Prognosis

First author (years) Country Mean age (years) N (Male %) Technology Distant metastasis (%) MCP-1 + (%) Tumor location Analysis Cut-off for MCP-1 + TNM (+/-)
Qian et al (2012) China 65.5 48 (60.76) ELISA 28.57 55.7 Lung OS, STAGE >3301 pg/mL 79 (55/24)
Zhang et al (2012) China 60.4 79 (58.96) HIER 3.73 79.85 Lung OS, STAGE >10% 134 (107/27)
Suguru et al (2011) Japan 66 110 (100) ELISA NR 19.09 Prostate DFS score 3 to 7 NR
Lu et al (2010) China 46 227 (76) ELISA 24 54 Nasopharynx OS, DFS, STAGE >311 pg/ml 297 (205/92)
Yoshidome et al (2009) Japan 60.3 55 (63.22) MART 43.68 56.32 Liver OS >10% NR
JOHN et al (2008) Norway 62.2 NR ELISA NR 78.31 Head and neck OS, STAGE, DFS >7207pg/ml 65 (34/31)
Hideki et al (2008) Japan 65.2 66 (65.35) ELISA 41.58 50 Ccolorectal OS, STAGE Ca/N Ratio >1.8 101 (41/60)
Annechien et al (2007) Netherlands 59 0 (0) CBA NR 50 Ovarian cancer OS, PFS, STAGE >253.28 pg/mL 186 (119/67)
Naohiko et al (2004) Japan NR 42 (75) ABC 28.57 55.36 Esophagus OS >10% NR
Paolo et al (2003) Italy 66 35 (56.14) ELISA 30.4 61.29 Pancreatic OS >91 pg/ml NR
Takayuki et al (2000) Japan 55 NR ELISA 39.7 48.15 Breast OS >10% NR

Abbreviations: NR, not reported; IHC, immunohistochemistry; MART, Microwave Antigen Retrieval Technique; CBA, Cytokine Bead Array; ABC, Avidin-Biotin Complex method; MCP-1 Ca/N ratio, the cancer tissue MCP-1 concentration divided by normal mucosa MCP-1 concentration.