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. Author manuscript; available in PMC: 2021 Sep 29.
Published in final edited form as: J Alzheimers Dis. 2021;83(2):683–692. doi: 10.3233/JAD-210107

Table 5.

Associations of AD pathology and common age-related brain pathologies and global cognition with and without MIND diet score

Model Predictors β-estimate (SE) P-value Adjusted R2, %
A AD pathology −0.595 (0.067) <0.001 39.3
Arteriolosclerosis, moderate–severe −0.131 (0.082) 0.110
Cerebral amyloid angiopathy −0.121 (0.09) 0.180
Macroinfarcts −0.118 (0.076) 0.122
Microinfarcts −0.073 (0.078) 0.346
Cerebral atherosclerosis, moderate–severe −0.044 (0.086) 0.608
Lewy Bodies −0.266 (0.083) 0.001
Hippocampal sclerosis −0.735 (0.128) <0.001
TDP-43 pathology in amygdala and beyond −0.045 (0.075) 0.552
B MIND diet score 0.103 (0.037) 0.005 40.1
AD pathology −0.594 0.066 <0.001
Arteriolosclerosis, moderate–severe −0.141 (0.082) 0.084
Cerebral amyloid angiopathy −0.108 (0.09) 0.229
Macroinfarcts −0.119 (0.076) 0.116
Microinfarcts −0.086 (0.077) 0.268
Cerebral atherosclerosis, moderate–severe −0.042 0.086 0.621
Lewy Bodies −0.264 (0.082) 0.001
Hippocampal sclerosis −0.704 (0.128) <0.001
TDP-43 pathology in amygdala and beyond −0.044 (0.074) 0.557

Each model (A-B) is a separate linear regression model adjusted for the predictors (as shown in table) and age at death, sex, APOE4, education, total energy intake, and late-life cognitive activities (not shown). β-estimate for MIND diet score is for 1 standard deviation (SD=1.42) increase.