Skip to main content

Table 1 Pathogenetic pathways (in Figure 1 ) and cited works

From: The mechanism by which moderate alcohol consumption influences coronary heart disease

Pathway Refs. Pathway Refs. Pathway Refs. Pathway Refs. Pathway Refs. Pathway Refs.
1 [4,44] 2 [45-49] 3 a,b,c [50-52] 4 a,b [53-55] 5 [56-58] 6 [59-61]
7 a,b [62-67] 8 a,b [68-70] 9 [71] 10 [30,72-75] 11 [19,30] 12 [30]
13 [47-49] 14 [19,76-83] 15 [82-84] 16 [68-70] 17 [76-83] 18 [55,85-87]
19 [84,85] 20 [68-70] 21 [19,27,28,87-91] 22 [87] 23 [92-96] 24 [97-99]
25 [68-70] 26 [97-102] 27 [34,60,61,103-114] 28 [115-119] 29 [30,120] 30 [19,30,72-75]
31 [19,30,72-75] 32 [30] 33 [30] 34 [19,84-87] 35 [68-70] 36 [19,84-87]
37 [19,84-87] 38 [28,34,121-125] 39 [84,85] 40 [68-70] 41 [27,28,125] 42 [27,119]
43 [27,28,56,92-96] 44 [97-99] 45 [59,107,109] 46 [59,107,109] 47 [59,107,109] 48 [59,107,109]
49 [115-117,126] 50 [30,122,127] 51 [17-19,21,30,120,121,127-130] 52 [47,48] 53 [19,76-83] 54 [19,76-83]
55 [19,76-83,131-136] 56 [19,84-87] 57 [19,84-87,120,137-140] 58 [19,84-87,120] 59 [110-113] 60 [110-113]
61 [110-113] 62 [56,93] 63 [92-95] 64 [56,57] 65 [56,57,94] 66 [68-70]
67 [68-70] 68 [84-87] 69 [115] 70 [115-117] 71 [30,115-117,120,141,142] 72 [30,115-117,120,141,142]
73 [19,72,119] 74 [19,72,119] 75 [72,91,119,131,138] 76 [19,27,28] 77 [27,131] 78 [27,131]
79 [19,27,72,131] 80 [19,27,72,131] 81 [27,72,131] 82 [72,115,121] 83 [133-136] 84 [27]
85 [19,121,128,139,140] 86 [19,121] 87 [121] 88 [30,121,138,141,142] 89 [30,121,138,141,142] 90 [72,131,138]
91 [97-99] 92 [30,72,129] 93 [97,98] 94 [143-146] 95 [147-150] 96 [147-150]
97 [30] 98 [27,72,121,131] 99 [30] 100 [121] 101 [115-117] 102 [30,76,79,115,121,129]
103 [19,27,30,90] 104 [19,30,121,129,138] 105 [19,27,30,90,151,152] 106 [19,30,121,129,138]     
  1. From “How do high glycemic load diets influence coronary heart disease?” by Mathews MJ, Liebenberg L, Mathews EH. Nutr Metab. 2015:12:6 [14]. a, b, c denote the multiple pathways between lifestyle effects and CHD pathogenesis.