Table 6.
Author, year | Study population, n |
Design | Age | Foods/nutrients of interest | Dietary assessment | Outcome | Major significant results | Adjustments |
---|---|---|---|---|---|---|---|---|
Mishra et al. 2011 [13] (also in Table 1) | BBC n = 700 (England) |
PC | 36, 43 y/51 y (“habitual adult” dietary patterns) |
Dietary patterns: (1) low fat, fiber (2) alcohol and fish (3) high fat and sugar (4) meat, potatoes, and vegetables |
5-day food records | PBD, ADT, ANDT (Mammogram; Cumulus) |
Null | Mammographic view, age at mammogram, BMI at 53, age at menarche, menopausal status at the time of mammography, HT use, parity, smoking status, PA, social class, other three dietary patterns, energy |
| ||||||||
Tseng et al. 2008 [33] | MBCFSC n = 1,286 (US, NH-White) |
CS | 57 y | MDS | 153-item validated FFQ | PBD (Mammogram: semiautomated threshold method) |
CCurrent smokers (n = 176) and the MDS (continuous): β = −1.68 (SE = 0.55) MDS category: β CAT3 versus CAT1 = −7.17 (SE = 2.77) |
Age, total energy, menopausal status, education, HRT, BMI, WHR, age at menarche, parity and age at first live birth (combined variable), alcohol, relation to proband |
| ||||||||
Tseng et al. 2008 [33] | MBCFSC n = 1, 286 (US, NH-White) |
CS | 57 y | Dietary patterns: (1) fruit-vegetable-cereal pattern (2) salad-sauce-pasta/grain pattern (3) meat-starch pattern |
153-item validated FFQ | PBD (Mammogram: semiautomated method) | Smokers: fruit-vegetable-cereal pattern: β = −0.30 (SE = 0.13) Salad-sauce-pasta/grain pattern: (β = −0.27) (SE = 0.15, P = 0.06) |
Age, total energy, menopausal status, education, PA, HRT, BMI, WHR, age at menarche, parity and age at first birth, alcohol, relation to proband |