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. 2014 May 14;16(3):R112. doi: 10.1186/ar4563

Table 2.

The haplotype frequencies of NR1H3 gene

Haplotype
SLE
NC
SLE versus NC
    (n = 300) (n = 217) P value OR (95% CI)
HT1
+/+
109 (36.3%)
103 (47.5%)
co : 0.033
0.727 (0.542 ~ 0.974)
[TTGG]
+/-
169 (56.3%)
99 (45.6%)
do : 0.808
0.956 (0.681 ~ 1.349)
 
-/-
22 (7.3%)
15 (6.9%)
re : 0.012
0.796 (0.666 ~ 0.951)
HT2
+/+
16 (5.3%)
15 (6.9%)
co : 0.255
0.847 (0.636 ~ 1.128)
[CTGG]
+/-
111 (37.0%)
87 (40.1%)
do : 0.280
0.908 (0.761 ~ 1.082)
 
-/-
173 (57.7%)
115 (53.0%)
re : 0.507
0.884 (0.614 ~ 1.273)
HT3
+/+
2 (0.7%)
0 (0.0%)
co : 0.008
2.739 (1.304 ~ 5.751)
[TCGG]
+/-
30 (10.0%)
9 (4.1%)
do : 0.009
1.662 (1.134 ~ 2.435)
 
-/-
268 (89.3%)
208 (95.9%)
re : 0.999
36085.247 (0.000 ~ NA)
HT others
+/+
3 (1.0%)
0 (0.0%)
co : <0.001
8.375 (2.557 ~ 27.431)
 
+/-
30 (10.0%)
3 (1.4%)
do : <0.001
2.984 (1.641 ~ 5.427)
  -/- 267 (89.0%) 214 (98.6%) re : 0.999 32475.263 (0.000 ~ NA)

Haplotypes (HT) were analyzed using Haploview version 4.1 based on the EM algorithm. Each P value was calculated with co-dominant(co), dominant(do), and recessive(re) models. Logistic regression analysis was applied to control for age and sex as covariables. Two genetic polymorphisms of the NR1H3 gene, -840 C > A and -115 G > A, were in complete linkage disequilibrium. Therefore, -840 C > A was excluded in the haplotype analysis. CI, confidence interval; NA, not applicable; OR, odds ratio.