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. 2017 Jun 8;13:1483–1489. doi: 10.2147/NDT.S137331

Table 1.

Single locus analyses for association of PAC1 gene polymorphisms and problematic alcohol use

SNP HWE P-value Subjects – N (%) Model Means and SDs for genotype groups Statistics
rs1157655 0.45 TT: 24 (4.9), GT: 185 (37.7), GG: 282 (57.4) Dominant not GG: M =7.11, SD =4.68;
GG: M =6.98, SD =4.54
F=0.11;
P=0.74573
rs7784067 1 CC: 91 (18.5), CT: 242 (49.3), TT: 158 (32.2) Dominant not TT: M =6.89, SD =4.52;
TT: M =7.33, SD =4.76
F=1.11;
P=0.87917
Recessive CC: M =6.99, SD =5.02;
not CC: M =7.05, SD =4.50
F=0.02;
P=1
Multiplicative CT: M =6.86, SD =4.32;
not CT: M =7.20, SD =4.85
F=0.74;
P=1
rs35413074 0.18 CC: 24 (4.9), AC: 195 (39.8), AA: 271 (55.3) Dominant not AA: M =6.78, SD =4.63;
AA: M =7.25, SD =4.58
F=1.20;
P=0.27435
rs10241138 1 CC: 5 (1.0), CT: 92 (18.7), TT: 394 (80.2) Dominant not TT: M =7.69, SD =5.25;
TT: M =6.87, SD =4.41
F=2.57;
P=0.10981
rs10226318 0.28 GG: 65 (13.2), GT: 244 (49.7), TT: 182 (37.1) Dominant not TT: M =6.92, SD =4.71;
TT: M =7.24, SD =4.40
F=0.52;
P=1
Recessive GG: M =7.11, SD =4.82;
not GG: M =7.02, SD =4.57
F=0.04;
P=1
Multiplicative GT: M =6.86, SD =4.69;
not GT: M =7.2, SD =4.51
F=0.70;
P=1
rs17723231 0.39 TT: 43 (8.8), CT: 220 (44.8), CC: 228 (46.4) Dominant not CC: M =6.86, SD =4.67;
CC: M =7.24, SD =4.51
F=0.86;
P=1
Recessive TT: M =7.07, SD =4.93;
not TT: M =7.03, SD =4.57
F=0.01;
P=1
Multiplicative CT: M =6.82, SD =4.63;
not CT: M =7.21, SD =4.57
F=0.95;
P=0.99255
rs1006622 0.59 CC: 106 (21.6), CT: 237 (48.3), TT: 148 (30.1) Dominant not TT: M =6.89, SD =4.72;
TT: M =7.36, SD =4.30
F=1.15;
P=0.85196
Recessive CC: M =7.28, SD =5.14;
not CC: M =6.97, SD =4.44
F=0.39;
P=1
Multiplicative CT: M =6.72, SD =4.52;
not CT: M =7.33, SD =4.66
F=2.27;
P=0.39669
rs12533865 0.99 CC: 2 (0.4), CT: 53 (10.8), TT: 436 (88.8) Dominant not TT: M =7.11, SD =5.21;
TT: M =7.03, SD =4.52
F=0.05;
P=0.82552
rs887703 0.19 GG: 53 (10.8), AG: 238 (48.5), AA: 200 (40.7) Dominant not AA: M =6.66, SD =4.51;
AA: M =7.58, SD =4.67
F=4.72;
P=0.09082
Recessive GG: M =8.15, SD =5.44;
not GG: M =6.90, SD =4.47
F=3.12;
P=0.23466
Multiplicative AG: M =6.33, SD =4.22;
not AG: M =7.7, SD =4.84
F=10.58;
P=0.00367
rs12668955 0.23 AA: 126 (25.7), AG: 231 (47.1), GG: 133 (27.1) Dominant not GG: M =7.24, SD =4.51;
GG: M =6.48, SD =4.80
F=2.58;
P=0.32649
Recessive AA: M =7.71, SD =4.81;
not AA: M =6.79, SD =4.51
F=3.66;
P=0.16882
Multiplicative AG: M =6.97, SD =4.34;
not AG: M =7.08, SD =4.83
F=0.06;
P=1
rs2302475 0.56 CC: 103 (21.0), CT: 252 (51.3), TT: 136 (27.7) Dominant not TT: M =6.9, SD =4.44;
TT: M =7.39, SD =4.97
F=0.93;
P=1
Recessive CC: M =5.53, SD =4.25;
not CC: M =7.43, SD =4.61
F=14.47;
P=0.00048
Multiplicative CT: M =7.46, SD =4.41;
not CT: M =6.59, SD =4.75
F=4.87;
P=0.08356
rs1541516 0.95 AA: 3 (0.6), AG: 80 (16.3), GG: 408 (83.1) Dominant not GG: M =7.84, SD =5.40;
GG: M =6.87, SD =4.41
F=3.01;
P=0.08322
rs2267733 0.34 TT: 71 (14.5), CT: 246 (50.1), CC: 174 (35.4) Dominant not CC: M =7.30, SD =4.32;
CC: M =6.56, SD =5.04
F=3.11;
P=0.23599
Recessive TT: M =7.07, SD =4.32;
not TT: M =7.03, SD =4.65
F=0.01;
P=1
Multiplicative CT: M =7.36, SD =4.33;
not CT: M =6.71, SD =4.84
F=2.87;
P=0.27219
rs2267738 0.9 AA: 22 (4.5), AG: 169 (34.4), GG: 300 (61.1) Dominant not GG: M =7.32, SD =4.51;
GG: M =6.85, SD =4.65
F=1.14;
P=0.28578
rs2267740 0.85 TT: 8 (1.6), CT: 118 (24.0), CC: 365 (74.3) Dominant not CC: M =7.39, SD =4.19;
CC: M =6.91, SD =4.73
F=1.01;
P=0.31479
rs4723047 0.86 CC: 24 (4.9), CG: 175 (35.6), GG: 292 (59.5) Dominant not GG: M =7.00, SD =4.65;
GG: M =7.06, SD =4.57
F=0.03;
P=0.87311
rs4503014 1 GG: 33 (6.7), AG: 188 (38.3), AA: 270 (55.0) Dominant not AA: M =6.69, SD =4.42;
AA: M =7.31, SD =4.72
F=2.30;
P=0.39121
Recessive GG: M =5.58, SD =3.04;
not GG: M =7.14, SD =4.67
F=3.58;
P=0.17700
Multiplicative AG: M =6.89, SD =4.60;
not AG: M =7.13, SD =4.60
F=0.33;
P=1

Notes: Percentages are based on the number of all subjects included in the analysis (N=491). Percentages not summing up to 100 are due to rounding. Statistics are based on analysis of covariance (ANCOVA) model including age as a covariate. All supplied means and SDs are descriptive and not least-square estimates.

Abbreviations: SNP, single nucleotide polymorphism; HWE, Hardy–Weinberg equilibrium; SD, standard deviation.