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Table 3 Association between vitamin D pathway genotype and susceptibility to active tuberculosis

From: Vitamin D deficiency associates with susceptibility to tuberculosis in Pakistan, but polymorphisms in VDR, DBP and CYP2R1 do not

SNP, gene

Genotype

TB cases, n/N (%)

TB contacts, n/N (%)

aOR (95 % CI)a

P

rs7312236, VDR

AA

84/230 (37 %)

42/100 (42 %)

Ref

-

AG/GG

146/230 (63 %)

58/100 (58 %)

1.22(0.75-1.98)

0.42

rs154410, VDR

CC

53/235 (23 %)

29/106 (27 %)

Ref

-

CT/TT

182/235 (77 %)

77/106 (73 %)

1.23(0.71-2.09)

0.45

rs228570, VDR

GG

137/235 (59 %)

68/107 (64 %)

Ref

-

GA/AA

98/235 (41 %)

39/107 (36 %)

1.89(0.80-2.10)

0.28

rs7041, DBP

AA

55/232 (24 %)

21/102 (21 %)

Ref

-

AC/CC

177/232 (76 %)

81/102 (79 %)

0.77(0.43-1.39)

0.39

rs4588, DBP

GG

122/234 (52 %)

50/107 (47 %)

Ref

-

GT/TT

112/234 (48 %)

57/107 (53 %)

0.93(0.58-1.49)

0.77

rs10500804, CYP2R1

GG

59/231 (26 %)

22/103 (22 %)

Ref

-

GT/TT

172/231 (74 %)

81/103 (78 %)

0.83(0.47-1.47)

0.53

rs2060793, CYP2R1

GG

112/228 (49 %)

51/101 (50 %)

Ref

-

AG/AA

116/228 (51 %)

50/101 (50 %)

0.91(0.56-1.48)

0.72

rs10766197, CYP2R1

AA

52/232 (23 %)

19/104 (18 %)

Ref

-

AG/GG

124/232 (77 %)

55/104 (82 %)

0.68(0.37-1.26)

0.23

  1. aOdds ratio adjusted for monthly income and vitamin D status, SNP single nucleotide polymorphism, Ref Referent category, VDR Vitamin D receptor, CYP2R1 Vitamin D 25-hydroxylase, DBP Vitamin D binding protein. The total number of samples is less than 260 and 112 in cases and controls respectively due to failed genotyping for some samples