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. 2017 Mar 29;12(3):e0174642. doi: 10.1371/journal.pone.0174642

Table 2. Results of the genome-wide association study for pulmonary tuberculosis in the KARE Study (P < 1×10−5).

Gene Chr. SNP Function Modela N/R NN/NR/RRb RAF MLRc
Cases Controls Cases/Controls OR (95% CI) P
FARP1 13q32.2 rs3825435 intron A T/C 303/144/20 996/298/18 0.20/0.13 1.69 (1.38–2.07) 5.3×10−7
OXR1 8q23.1 rs3110431 intron D T/C 180/223/54 668/519/126 0.37/0.29 1.70 (1.37–2.12) 2.1×10−6
CLIC5 6p12.3 rs9381416 intron A A/C 76/216/174 320/640/353 0.61/0.51 1.44 (1.23–1.67) 4.0×10−6
KLHL36 16q24.1 rs2326344 intergenic A G/T 203/214/50 726/506/81 0.34/0.25 1.48 (1.25–1.75) 4.9×10−6
IGSF11 3q13.3 rs571110 intergenic R G/A 258/150/47 766/463/59 0.27/0.23 2.56 (1.70–3.85) 6.9×10−6
SRBD1 2p21 rs17394081 intron D C/T 423/43/1 1257/55/1 0.05/0.02 2.61 (1.72–3.98) 7.9×10−6

Abbreviations: Chr., chromosome; N/R, non-risk/risk allele; OR, odds ratio; MLR, multiple logistic regression; RAF, risk allele frequency; SNP, single nucleotide polymorphism

a The genetic model that showed the most significant evidence for association with PTB: A, additive; R, recessive.

b NN/NR/RR, the numbers of cases and controls with non-risk homozygote/heterozygote/risk homozygote genotypes, respectively.

c ORs and P values were estimated from the MLR model adjusted for age, sex, and BMI.