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. Author manuscript; available in PMC: 2009 Jul 31.
Published in final edited form as: Nature. 2007 Jun 7;447(7145):661–678. doi: 10.1038/nature05911

Table 4. Regions of the genome showing moderate evidence of association.

Collection Chromosome Region
(Mb)
SNP Trend P value Genotypic P value log10(BF),
additive
log10(BF),
general
Risk allele Minor allele Heterozygote
odds ratio
Homozygote
odds ratio
Control MAF Case MAF
BD 2p25 11.94-12.00 rs4027132 1.31 × 10-05 9.68 × 10-06 3.07 2.84 A G 1.39
(1.19-1.64)
1.51
(1.27-1.79)
0.459 0.414
BD 2q12 104.41-104.58 rs7570682 3.11 × 10-06 1.64 × 10-05 3.68 3.23 A A 1.23
(1.09-1.40)
1.64
(1.28-2.12)
0.214 0.255
BD 2q14 115.63-116.11 rs1375144 2.43 × 10-06 1.31 × 10-05 3.80 2.92 A G 1.32
(1.07-1.63)
1.59
(1.29-1.96)
0.337 0.291
BD 2q37 241.23-241.28 rs2953145 1.11 × 10-05 6.57 × 10-06 3.22 3.50 C G 1.84
(1.31-2.58)
2.14
(1.53-2.98)
0.226 0.189
BD 3p23 32.26-32.33 rs4276227 4.57 × 10-06 2.62 × 10-05 3.52 3.04 C T 1.20
(0.99-1.46)
1.49
(1.23-1.81)
0.371 0.326
BD 3q27 184.29-184.40 rs683395 2.30 × 10-06 5.11 × 10-06 3.87 3.73 G G 1.47
(1.26-1.71)
1.30
(0.69-2.46)
0.080 0.109
BD 6p21 42.82-42.86 rs6458307 3.43 × 10-01 4.35 × 10-06 20.80 2.84 T T 0.84
(0.75-0.96)
1.39
(1.13-1.69)
0.312 0.321
BD 8p12 34.22-34.61 rs2609653 6.86 × 10-06 - 3.44 3.21 C C 1.43
(1.19-1.71)
3.62
(1.26-10.44)
0.052 0.074
BD 9q32 114.31-114.39 rs10982256 8.80 × 10-06 4.41 × 10-05 3.23 2.37 T C 1.26
(1.08-1.47)
1.47
(1.24-1.74)
0.471 0.425
BD 14q22 57.17-57.24 rs10134944 3.21 × 10-06 6.89 × 10-06 3.73 3.59 T T 1.45
(1.24-1.68)
1.32
(0.74-2.33)
0.086 0.115
BD 14q32 103.43-103.62 rs11622475 2.10 × 10-06 8.14 × 10-06 3.87 3.24 C T 1.13
(0.89-1.44)
1.47
(1.17-1.86)
0.300 0.256
BD 16q12 51.36-51.50 rs1344484 1.64 × 10-06 1.03 × 10-05 3.94 3.41 T C 1.24
(1.03-1.48)
1.52
(1.27-1.82)
0.402 0.353
BD 20p13 3.70-3.73 rs3761218 4.43 × 10-05 6.71 × 10-06 2.58 3.18 T C 0.97
(0.81-1.15)
1.31
(1.09-1.57)
0.397 0.356
CAD 1q43 236.77-236.85 rs17672135 1.04 × 10-04 2.35 × 10-06 2.36 3.88 T C 0.70
(0.61-0.81)
1.32
(0.79-2.22)
0.134 0.108
CAD 5q21 99.98-100.11 rs383830 5.72 × 10-06 1.34 × 10-05 3.49 3.26 T A 1.60
(1.16-2.21)
1.92
(1.40-2.63)
0.220 0.182
CAD 6q25 151.34-151.42 rs6922269 6.33 × 10-06 1.50 × 10-05 3.38 3.14 A A 1.17
(1.04-1.32)
1.65
(1.32-2.06)
0.253 0.294
CAD 16q23 81.72-81.79 rs8055236 9.73 × 10-06 5.60 × 10-06 3.28 3.59 G T 1.91
(1.33-2.74)
2.23
(1.56-3.17)
0.198 0.162
CAD 19q12 34.74-34.78 rs7250581 9.12 × 10-06 2.50 × 10-05 3.30 2.87 G A 1.06
(0.79-1.43)
1.40
(1.05-1.86)
0.220 0.182
CAD 22q12 25.01-25.06 rs688034 6.90 × 10-06 3.75 × 10-06 3.33 3.15 T T 1.11
(0.98-1.25)
1.62
(1.34-1.95)
0. × 10 0.355
CD 1q24 169.53-169.67 rs12037606 1.79 × 10-06 1.09 × 10-05 3.89 3.35 A A 1.22
(1.07-1.40)
1.52
(1.28-1.82)
0.388 0.438
CD 5q23 131.40-131.90 rs6596075 5.40 × 10-07 3.19 × 10-06 4.54 4.01 C G 1.55
(1.00-2.39)
2.06
(1.35-3.14)
0.166 0.127
CD 6p22 20.83-20.85 rs6908425 5.13 × 10-06 1.10 × 10-05 3.55 3.38 C T 1.63
(1.18-2.25)
1.95
(1.43-2.67)
0.230 0.190
CD 6p21 32.79-32.91 rs9469220 8.65 × 10-07 2.28 × 10-06 4.19 3.92 A A 1.14
(0.98-1.32)
1.52
(1.28-1.79)
0.481 0.534
CD 6q23 138.06-138.17 rs7753394 4.42 × 10-06 2.59 × 10-05 3.52 2.99 C C 1.21
(1.04-1.40)
1.48
(1.25-1.76)
0.482 0.531
CD 7q36 147.62-147.70 rs7807268 6.89 × 10-06 4.42 × 10-06 3.33 3.58 G G 1.38
(1.20-1.60)
1.47
(1.24-1.74)
0.462 0.509
CD 10p15 38.52-38.57 rs6601764 2.56 × 10-06 8.95 × 10-06 3.74 3.01 C C 1.16
(1.01-1.33)
1.52
(1.28-1.80)
0.408 0.458
CD 19q13 50.89-51.07 rs8111071 6.14 × 10-06 1.75 × 10-05 3.48 3.29 G G 1.47
(1.25-1.73)
1.28
(0.56-2.88)
0.070 0.096
HT 1q43 235.67-235.79 rs2820037 5.76 × 10-05 7.66 × 10-07 2.54 3.99 T T 1.54
(1.03-2.31)
1.09
(0.74-1.62)
0.141 0.171
HT 8q24 140.17-140.35 rs6997709 7.88 × 10-06 4.36 × 10-05 3.32 2.60 G T 1.20
(0.94-1.52)
1.49
(1.18-1.89)
0.285 0.244
HT 12p12 24.86-24.95 rs7961152 7.39 × 10-06 3.03 × 10-05 3.29 2.51 A A 1.16
(1.01-1.32)
1.47
(1.25-1.74)
0.415 0.461
HT 12q23 100.52-100.58 rs11110912 9.18 × 10-06 1.94 × 10-05 3.27 3.11 G G 1.33
(1.18-1.51)
1.34
(0.96-1.86)
0.165 0.200
HT 13q21 66.90-67.04 rs1937506 9.23 × 10-06 4.53 × 10-05 3.25 2.85 G A 1.33
(1.04-1.69)
1.60
(1.26-2.02)
0.289 0.248
HT 15q26 94.60-94.67 rs2398162 7.85 × 10-06 5.67 × 10-06 3.33 3.40 A G 0.97
(0.76-1.25)
1.31
(1.03-1.67)
0.258 0.218
RA 1p36 2.44-2.77 rs6684865 5.37 × 10-06 3.14 × 10-05 3.47 2.97 G A 1.27
(1.02-1.56)
1.54
(1.25-1.90)
0.338 0.294
RA 1p31 80.16-80.36 rs11162922 1.80 × 10-06 - 4.11 3.80 A G 1.27
(0.41-4.01)
2.00
(0.64-6.20)
0.072 0.048
RA 4p15 24.99-25.13 rs3816587 7.65 × 10-03 9.25 × 10-06 0.50 2.64 C C 0.91
(0.80-1.04)
1.35
(1.14-1.59)
0.406 0.434
RA 6q23 138.00-138.06 rs6920220 4.99 × 10-06 1.58 × 10-05 3.49 3.17 A A 1.20
(1.06-1.36)
1.72
(1.33-2.22)
0.223 0.263
RA 7q32 130.80-130.84 rs11761231 1.74 × 10-06 2.65 × 10-06 3.92 3.42 C T 1.44
(1.19-1.75)
1.64
(1.35-1.99)
0.375 0.327
RA 10p15 6.07-6.16 rs2104286 7.02 × 10-06 2.52 × 10-05 3.37 2.57 T C 1.41
(1.10-1.81)
1.68
(1.31-2.14)
0.286 0.244
RA 13q12 19.845-19.855 rs9550642 8.44 × 10-06 3.90 × 10-05 3.35 3.02 A A 1.34
(1.15-1.56)
2.23
(1.21-4.13)
0.084 0.112
RA 21q22 41.430-41.465 rs2837960 3.45 × 10-02 1.68 × 10-06 0.05 2.70 G G 0.95
(0.83-1.08)
2.30
(1.64-3.23)
0.171 0.188
RA 22q13 35.870-35.885 rs743777 7.92 × 10-06 1.15 × 10-06 3.29 3.52 G G 1.09
(0.97-1.24)
1.72
(1.40-2.11)
0.292 0.336
T1D 1q42 221.92-222.17 rs2639703 8.46 × 10-06 1.74 × 10-05 3.25 3.06 C C 1.15
(1.02-1.30)
1.61
(1.31-1.99)
0.276 0.318
T1D 4q27 123.02-123.92 rs17388568 5.01 × 10-07 3.27 × 10-06 4.42 3.89 A A 1.26
(1.11-1.42)
1.58
(1.27-1.95)
0.260 0.307
T1D 5q14 86.20-86.50 rs2544677 8.23 × 10-06 4.43 × 10-05 3.32 2.70 C G 1.34
(1.00-1.79)
1.65
(1.24-2.18)
0.242 0.204
T1D 5q31 132.64-132.67 rs17166496 6.06 × 10-01 5.20 × 10-06 20.97 3.25 C G 0.77
(0.68-0.87)
1.09
(0.92-1.29)
0.391 0.386
T1D 10p15 6.07-6.18 rs2104286 7.96 × 10-06 4.32 × 10-05 3.31 2.88 T C 1.30
(1.02-1.65)
1.57
(1.25-1.99)
0.286 0.245
T1D 12p13 9.71-9.80 rs11052552 1.02 × 10-04 7.24 × 10-07 2.22 3.80 G T 1.49
(1.28-1.73)
1.43
(1.21-1.69)
0.486 0.446
T1D 18p11 12.76-12.91 rs2542151 1.89 × 10-06 1.16 × 10-05 3.91 3.52 G G 1.30
(1.15-1.47)
1.62
(1.17-2.24)
0.163 0.201
T2D 1p31 66.04-66.36 rs4655595 2.68 × 10-06 1.33 × 10-05 3.81 3.47 G G 1.37
(1.17-1.59)
2.33
(1.23-4.42)
0.080 0.108
T2D 2q24 160.90-161.17 rs6718526 2.40 × 10-06 1.16 × 10-05 3.86 3.35 C T 1.49
(1.05-2.11)
1.86
(1.32-2.63)
0.209 0.171
T2D 3p14 55.24-55.32 rs358806 4.77 × 10-01 3.05 × 10-06 20.83 2.72 A A 0.86
(0.75-0.97)
1.78
(1.34-2.36)
0.198 0.204
T2D 4q27 122.92-123.02 rs7659604 2.1 × 10-02 9.42 × 10-06 0.13 2.74 T T 1.35
(1.19-1.54)
1.09
(0.91-1.30)
0.380 0.403
T2D 10q11 43.43-43.63 rs9326506 7.78 × 10-06 2.99 × 10-05 3.27 2.92 C C 1.28
(1.11-1.48)
1.46
(1.24-1.72)
0.492 0.538
T2D 12q13 49.50-49.87 rs12304921 5.37 × 10-02 7.07 × 10-06 20.09 2.68 G G 2.50
(1.53-4.09)
1.94
(1.20-3.15)
0.145 0.159
T2D 12q15 69.58-69.96 rs1495377 1.31 × 10-06 6.52 × 10-06 4.01 3.15 G G 1.28
(1.11-1.49)
1.51
(1.28-1.78)
0.497 0.547
T2D 15q24 72.24-72.50 rs2930291 7.72 × 10-06 4.40 × 10-05 3.30 2.42 G A 1.25
(1.04-1.51)
1.50
(1.24-1.82)
0.377 0.332
T2D 15q25 78.12-78.36 rs2903265 9.57 × 10-06 4.98 × 10-05 3.24 2.53 G A 1.18
(0.93-1.49)
1.47
(1.17-1.86)
0.284 0.243

Regions with at least one SNP with a P value of greater than 5 × 10-7 and less than 1 × 10-5 for either the trend or the genotypic test. Columns as for Table 3. Cluster plots for each SNP have been inspected visually. Positions are in NCBI build-35 coordinates. Genotypic P values were not calculated for SNPs with the lowest MAFs owing to low numbers of rare-allele homozygotes and sensitivity to genotype calling errors.