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. 2015 Sep 23;10(9):e0138652. doi: 10.1371/journal.pone.0138652

Table 3. Associations of the haplotypes derived from the five polymorphisms in 5347 Chinese participants.

Polymorphisms a Haplotype frequencies b
rs17119975 (BUD13) rs4417316 (ZNF259) rs6589566 (ZNF259) rs651821 (APOA5) rs7396835 (APOA4) Low TG group (<1.70 mmol/L) N = 3066(%) High TG group (≥1.70 mmol/L) N = 1199(%) P OR(95% CI)
C T A T C 632(20.62) 190(15.83) - 1.00(Reference)
T C A T C 1068(34.84) 387(31.58) 0.07 1.21(0.99–1.47)
T C G C T 389(12.68) 218(18.17) 1.87×10−7 1.86(1.48–2.35)
T C A T T 313(10.2) 117(9.74) 0.11 1.24(0.95–1.62)
T C G C C 212(6.91) 97(8.09) 4.00×10−3 1.52(1.11–2.03)
T C A C C 102(3.33) 68(5.71) 4.91×10−6 2.22(1.57–3.14)
C T A T T 157(5.12) 55(4.62) 0.39 1.17(0.82–1.65)

aThe reference haplotype CTATC included fewer TG related alleles in each SNP.

bThe criteria proposed for the clinical diagnosis of elevated TG levels by the NCEP ATP III arbitrarily: the clinical threshold of 1.7 mmol/L for TG levels was used to divide the subjects into ‘low’ or ‘high’ TG groups in our study.

Chi-square tests were used to compare the frequency of haplotypes between the low TG group and the high TG group.