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. 2019 Mar 6;22:101749. doi: 10.1016/j.nicl.2019.101749

Table 3.

Association between different locations of cerebral microbleeds and brain region volumes.

CMBs vs. no CMBs (94 vs. 433) Deep/Mixed CMBs vs. no CMBs (50 vs. 433) Lobar CMBs vs. no CMBs (44 vs. 433)
Subcortical
Hippocampus Model 1 −0.030 (0.062) 0.039 (0.080) −0.091 (0.085)
Model 2 −0.029 (0.064) 0.040 (0.083) −0.091 (0.086)
Thalamus Model 1 −0.103 (0.105) −0.068 (0.134) −0.092 (0.144)
Model 2 −0.105 (0.108) −0.070 (0.138) −0.094 (0.146)
Amygdala Model 1 −0.029 (0.033) 0.028 (0.043) −0.076 (0.046)
Model 2 −0.032 (0.034) 0.031 (0.044) −0.080 (0.047)
Accumbens Model 1 0.027 (0.015) 0.059 (0.019) −0.080 (0.019)
Model 2 0.020 (0.015) 0.047 (0.020) −0.023 (0.019)



Cortical
Frontal Model 1 −0.019 (2.056) 0.019 (2.650) −0.049 (2.900)
Model 2 −0.011 (2.109) 0.024 (2.731) −0.039 (2.931)
Parietal Model 1 −0.015 (1.686) 0.015 (2.194) −0.037 (2.353)
Model 2 −0.005 (1.736) 0.022 (2.275) −0.029 (2.390)
Temporal Model 1 −0.018 (1.763) 0.028 (2.276) −0.054 (2.481)
Model 2 −0.008 (1.812) 0.038 (2.350) −0.047 (2.514)
Occipital Model 1 −0.016 (0.847) 0.007 (1.102) −0.030 (1.184)
Model 2 −0.003 (0.872) 0.015 (1.142) −0.017 (1.201)

All results are presented as standardized coefficients β (SE).

Model 1 was adjusted for age, sex and TIV; Model 2 was additionally adjusted for smoking, drinking, hypertension, diabetes, and hyperlipidemia based on Model 1.

P < .05.