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. Author manuscript; available in PMC: 2012 Jun 20.
Published in final edited form as: Cancer Lett. 2006 Apr 27;247(1):56–71. doi: 10.1016/j.canlet.2006.03.020

Table 4.

Median quantitative ratios for methylation of genes in NSCLC and adjacent non-malignant tissue

Methylated gene Median quantitative ratio for NSCLC (n=40) Median quantitative ratio for adjacent non-malignant lung (n=40) Median quantitative ratio for PBMCs from cancer-free individuals (n=40) % Samples +ve for methylation in NSCLC Cutoff value
3-OST-2 14.19(0–975) 0(0–4.1) 0(0–0) 28/40(70%) 4.1
RASSF1A 0.69(0–883.10) 0(0–4.013) 0(0–0) 18/40(45%) 4.013
P16 2.00(0–753.36) 0(0–2.90) 0(0–0) 18/40(45%) 2.9
DcR1 0.19(0–72.44) 0(0–0.96) 0(0–0) 9/40(23%) 0.96
DcR2 0(0–481.94) 0(0–4.37) 0(0–0) 11/40(28%) 4.37
APC 4.1(0–331.13) 0.29(0–13.95) 0(0–0) 12/40(30%) 13.95
DAPK 0.10(0–4.70) 0(0–0.22) 0(0–0) 17/40(43%) 0.22
SOCS-1 2.72(0–111.39) 0(0–6.3) 0(0–16) 13/40(33%) 6.3
H-CAD 2.92(0–148.94) 0(0–7.59) 0(0–3.6) 11/40(28%) 7.58
SOCS-3 1.88(0–912.04) 0.21(1–186.2) 0(0–11.73) 2/40(5%) 186.2
E-CAD 3.98(0–467.7) 2.56(0–39.8) 0(0–18.84) 5/40(12%) 39.8

Cutoff value=the highest QR value in adjacent non-malignant lung. For SOCS3 and E-CAD cutoff value is too high and thus no meaningful conclusion can be drawn about % samples+ve for methylation in NSCLC.