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. 2018 Oct 30;10(11):1595. doi: 10.3390/nu10111595

Table 2.

Biochemical parameters of the population according to APOC3 genotype.

Genotype a Triglyceride (mg/dL) b Total Cholesterol (mg/dL) HDL Cholesterol (mg/dL) LDL Cholesterol (mg/dL) Fasting Glucose (mg/dL)
T-455C
T/T (n = 1445) 140.9 (139.0, 142.8) c 187.4 (186.5, 188.3) 45.3 (45.0, 45.6) 114.2 (113.4, 115.0) 82.5 (82.3, 82.7)
T/C (n = 2677) 142.4 (140.9, 143.9) cd 187.3 (186.6, 188.0) 45.4 (45.2, 45.6) 113.9 (113.3, 114.5) 82.3 (82.1, 82.5)
C/C (n = 1117) 147.5 (145.2, 149.8) d 187.8 (186.8, 188.8) 44.9 (44.6, 45.2) 114.1 (113.1, 115.1) 82.4 (82.2, 82.6)
p value 0.009 0.816 0.350 0.823 0.590
C-482T
C/C (n = 1473) 140.4 (138.4, 142.4) c 187.3 (186.4, 188.2) 45.3 (45.0, 45.6) 114.2 (113.4, 115.0) 82.5 (82.3, 82.7)
C/T (n = 2676) 142.7 (141.2, 144.2) cd 187.5 (186.8, 188.2) 45.4 (45.2, 45.6) 113.9 (113.3, 114.5) 82.3 (82.1, 82.5)
T/T (n = 1090) 147.0 (144.7, 149.3) d 187.6 (186.6, 188.6) 44.9 (44.6, 45.2) 114.0 (113.1, 114.9) 82.3 (82.1, 82.5)
p value 0.011 0.797 0.329 0.897 0.569
C1100T
T/T (n = 1833) 147.2 (145.4, 149) d 187.6 (186.8, 188.4) 44.9 (44.7, 45.1) 113.9 (113.2, 114.6) 82.4 (82.2, 82.6)
T/C (n = 2586) 142.8 (141.3, 144.3) d 187.3 (186.6, 188.0) 45.4 (45.2, 45.6) 113.9 (113.3, 114.5) 82.3 (82.1, 82.5)
C/C (n = 820) 134.2 (131.8, 136.6) c 187.2 (186.0, 188.4) 45.9 (45.5, 46.3) 114.7 (113.6, 115.8) 82.4 (82.1, 82.7)
p value <0.001 0.744 0.014 0.620 0.884
SstI
C/C (n = 2365) 139.4 (137.9, 140.9) c 187.2 (186.5, 187.9) 45.5 (45.3, 45.7) 114.2 (113.6, 114.8) 82.3 (82.1, 82.5)
C/G (n = 2352) 143.9 (142.4, 145.4) c 187.4 (186.7, 188.1) 45.3 (45.1, 45.5) 113.9 (113.3, 114.5) 82.4 (82.2, 82.6)
G/G (n = 522) 155.4 (151.7, 159.1) d 188.2 (186.7, 189.7) 44.5 (44.1, 44.9) 113.8 (112.4, 115.2) 82.7 (82.3, 83.1)
p value <0.001 0.590 0.052 0.697 0.302

C, cytosine; G, guanine; HDL cholesterol, high-density-lipoprotein cholesterol; LDL cholesterol, low-density-lipoprotein cholesterol; T, thymine. Data are presented as means with ranges for clinical parameters. Differences in the genotype were determined using Student’s analysis of variance (ANOVA). Significance was tested using generalized linear model. Some variables included missing values. a The genotype of each SNP was presented as common homozygous, heterozygous, and rare homozygous. b Circulation triglyceride was tested after log transformation. c,d The same lower-case letter means non-significant difference among groups.