highly significantp < 0.001
Dietary Patterns Identification First, the PCA method was performed, having KMO = 0.733 > 0.6 and a highly significant Bartlett test ( p < 0.001).
Dietary Patterns Identification First, the PCA method was performed, having KMO = 0.733 > 0.6 and a highly significant Bartlett test ( p < 0.001).
Additionally, the statistical analysis showed a borderline significant difference in the consumption levels of red meat and products ( p = 0.067) and alcohol ( p = 0.076) between the cases and controls, with higher consumption levels of red meat and less moderate alcohol intake reported by the cases ( Supplementary Table 2 ).