Lack of fuel in the body can be corrected by intake of any of a variety of possible substances that provide energy.
This condition is commonly precipitated by intake of sedating drugs, cold exposure, or infection and occurs most often in elderly women.
Dietary Pattern 2 (DP2), characterized by intake of grains, dairy and legumes, nuts and seeds, was associated with higher relative abundance of Cyanobacteria and Phascolarctobacterium and lower abundance of Dorea and Eubacterium.
Dietary Pattern 1 (DP1), characterized by intake of fish, protein foods, refined carbohydrates, vegetables, fruit, juice and sweetened beverages, kid's meals and snacks and sweets, was associated with higher relative abundance of Bacteroidetes, Bacteroides and Ruminococcus and lower abundance of Bifidobacterium, Prevotella, Blautia and Roseburia.
It can, however, be markedly stimulated by intake of extra carbohydrates or by acute ethanol administration [4] [7].
However, also for these studies, despite inclusion of many potential confounders in their multivariate model, residual confounding (e.g. by intake of other macronutrients or salt) cannot be excluded.
Second, human patients with diabetes will react to their diagnosed diseased state in many ways, for example by differentially changing their nutritional habits, level of physical exercise, and by intake of a variety of anti-diabetic and cardiovascular-protective medications.
Evidence of effect-modification by intakes of some B vitamins was observed.
However, results have been inconsistent, and few studies have reported the association by menopausal status or by intakes of nutrients participating in one-carbon metabolism.
This inverse association was primarily accounted for by intakes of β-carotene and lutein/zeaxanthin, and was strongest among women with a family history of breast cancer.
We next examined whether the MTHFR-breast cancer association was modified by intakes of nutrients involved in one-carbon metabolism (Table 3).
