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. 2010 Sep 1;11:128. doi: 10.1186/1471-2350-11-128

Table 1.

Statistics of cancer genes with not less than 100 mutations.

Gene name Total mutation number Number of base substitutionsa Number of indels S/I ratio Category of S-I linkage Gene type
APC 808 266 (11, 255) 542 0.49 Apparent Tumor suppressor gene
PTEN 769 407 (19, 388) 362 1.12 Insignificant Tumor suppressor gene
VHL 756 296 (38, 258) 460 0.64 Significant Tumor suppressor gene
CDKN2A 457 302 (57, 245) 155 1.95 Insignificant Tumor suppressor gene
NF2 385 80 (5, 75) 305 0.26 Significant Tumor suppressor gene
CEBPA 358 43 (8, 35) 315 0.14 Insignificant Other
KIT 312 148 (25, 123) 164 0.90 Apparent Oncogene
TP53 300 232 (5, 227) 68 3.41 Significant Tumor suppressor gene
EGFR 269 208 (19, 189) 61 3.41 Apparent Oncogene
CTNNB1 229 143 (17, 126) 86 1.66 Apparent Oncogene
NOTCH1 222 98 (9, 89) 124 0.79 Apparent Tumor suppressor gene
PIK3CA 204 190 (9, 181) 14 13.57 Apparent Oncogene
PTCH1 189 125 (10, 115) 64 1.95 Insignificant Tumor suppressor gene
NF1 182 83 (5, 78) 99 0.84 Insignificant Tumor suppressor gene
RB1 174 87 (4, 83) 87 1.00 Significant Tumor suppressor gene
ATM 162 124 (2, 122) 38 3.26 Insignificant Other
WT1 156 44 (0, 44) 112 0.39 Apparent Tumor suppressor gene
SMAD4 147 108 (4, 104) 39 2.77 Insignificant Tumor suppressor gene
RUNX1 135 60 (6, 54) 75 0.80 Apparent Tumor suppressor gene
CDH1 133 70 (6, 64) 63 1.11 Insignificant Tumor suppressor gene
FLT3 124 35 (4, 31) 89 0.39 Apparent Oncogene
MEN1 122 45 (1, 44) 77 0.58 Insignificant Tumor suppressor gene
BRAF 118 109 (16, 93) 9 12.11 Apparent Oncogene
STK11 111 66 (8, 58) 45 1.47 Significant Tumor suppressor gene
GATA1 106 20 (2, 18) 86 0.23 Apparent Other

Mean 277 136 (12, 124) 142 0.96 - -

S/I is the ratio of base substitution number and indel number. S-I represents the linkage between substitutions and indels. In column a, the two numbers in parentheses are synonymous and non-synonymous somatic base substitutions, respectively. Gene type is "Oncogene" or "Tumor suppressor gene" whenever there is strong evidence according to previous publications (otherwise "Other" is assigned).