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. 2022 Jul 6;9:931171. doi: 10.3389/fnut.2022.931171

Table 2.

Dietary food intake of participants according to quintiles of flavonoids from cocoa-based products (mg/day).

Overall (n = 944) Q1 (<12.1) Q2 (12.1–32.0) Q3 (32.1–53.2) Q4 (53.3–83.8) Q5 (>83.8) P-for trend
(n = 189) (n = 189) (n = 189) (n = 189) (n = 188)
Fish products, g/day 86.6 (55) 103.3 (67.2)a 89.2 (52.6)a,b 81.6 (47.0)b 76.1 (49.6)b 82.9 (53.1)b <0.001
Meat, g/day 172.6 (90.4) 207.4 (107.9)a 161.2 (82.8)b 172.5 (87.5)b 155.8 (75.2)b 166.0 (86.6)b <0.001
Processed meat, g/day 7.0 (6.9) 8.7 (8.5)a 7.1 (7.1)a,b,c 6.6 (6.3)b,c 6.7 (6.3)a,b,c 6.1 (5.4)c 0.001
Dairy products, g/day 406.6 (253.9) 448.4 (275.8)a 404.9 (254.3)a,b 382.4 (231.5)a,b 357.7 (193.6)b 439.9 (293.3)a 0.269
Refined grains, g/day 113.2 (69.4) 139.8 (85.8)a 115.6 (70.1)b 107.2 (59.1)b 105.7 (62.9)b 97.6 (58.7)b <0.001
Wholegrains, g/day 18.5 (32.2) 19.2 (33.6) 18.9 (32.0) 15.1 (25.9) 19.7 (34.1) 19.7 (34.8) 0.814
Breakfast cereals, g/day 14.6 (19.7) 17.8 (29.1)a 15.3 (18.8)a 13.4 (15.2)a 14.6 (16.9)a 12.1 (14.7)a 0.008
Legumes, g/day 60.6 (44.2) 72.0 (64.7)a 59.6 (37.8)a,b 58.4 (36.2)b 57.2 (37.3)b 55.6 (36.4)b 0.001
Vegetables, g/day 205.3 (150.6) 246.4 (199.8)a 200.9 (137.9)b 194.9 (134.7)b 190.4 (129.7)b 193.5 (133.1)b 0.001
Fruits, g/day 334.7 (250.7) 430.6 (290.0)a 338.6 (216.2)b 310.3 (243.1)b 292.4 (208.5)b 301.1 (263.3)b <0.001
Nuts, g/day 11.3 (14.5) 16.1 (19.7)a 10.8 (13.7)b 9.4 (10.6)b 9.7 (11.7)b 10.6 (14.1)b <0.001
Olive oil, g/day 16.6 (14.5) 17.6 (13.6) 17.2 (17.2) 16.9 (13.6) 15.3 (12.6) 16.1 (15.0) 0.141
Cocoa-based products, g/day 7.4 (7.6) 2.6 (2.5)a 3.9 (3.5)a 5.7 (4.1)b 8.0 (5.3)c 16.6 (10.3)d <0.001
Sugar-sweetened beverages, g/day 54.8 (95.1) 73.2 (123.2)a 52.4 (96.5)a,b 50.6 (94.5)a,b 55.3 (81.3)a,b 42.3 (69.4)b 0.007
Pastry products, g/day 69.1 (52.5) 74.2 (54.6) 67.2 (53.9) 68.4 (53.5) 66.5 (46.6) 73.0 (53.2) 0.561

Data are expressed as mean (SD).

Q, quintiles of flavonoids from cocoa-based products; n, number; SD, standard deviation.

Statistical analyses were conducted using one-way ANOVA for continuous variables and the chi-square test for categorical variables.

a,b,c,d

Data sharing the different letters are statistically different after Bonferroni post-hoc test. P-for trend were obtained using orthogonal contrasts test. P < 0.05 are considered statistically significant.

Significant differences are bolded.