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. 2022 Jun 22;35:103096. doi: 10.1016/j.nicl.2022.103096

Table 2.

Regression model outputs.

Model ADNI-EF
Baseline
ADNI-EF
Follow-up
ADNI-MEM
Baseline
ADNI-MEM
Follow-up
ADAS-13
Baseline
ADAS-13
Follow-up
WML load Aß42
Age ß= −0.05,
t = −5.63, p <.001*
ß= −0.01,
t = −1.99, p =.049
ß= −0.03,
t = −4.26, p <.001*
ß= −0.001,
t = −0.19, p =.85
ß=0.11,
t = 2.04,
p =.042
ß= −0.001,
t = −0.01, p = 0.99
ß=0.03, t = 5.03, p <.001* ß= −6.25,
t = −1.29, p =.20
Sex ß=0.05,
t = 0.53, p =.60
ß= −0.18,
t = −2.22,
p =.027
ß= −0.26,
t = −3.56
p <.001*
ß= −0.13,
t = −2.21, p =.028
ß=1.50, t = 2.39, p =.018 ß= −0.17,
t = −0.32, p =.75
ß= −0.02,
t = −0.23, p =.82
ß=54.17,
t = 0.89, p =.37
Education ß=0.06, t = 2.95, p =.003* ß=0.07,
t = 4.39, p <.001*
ß=0.04, t = 2.81, p =.005* ß= 0.02,
t = 1.97,
p =.050
ß= −0.12,
t = −0.99, p =.32
ß=0.03,
t = 0.29, p =.77
---- ----
WML load ß= −0.11,
t = −1.12, p =.26
ß= −0.22,
t = −2.84, p =.005*
ß= −0.12,
t = −1.67, p =.096
ß= −0.10,
t = −1.76, p =.081
ß=1.59, t = 2.59,
p =.01*
ß=0.89, t = 1.76, p =.080 ---- ----
Aß42 ß=0.001, t = 3.58,
p <.001*
ß=0.001,
t = 1.05,
p =.30
ß=0.001,
t = 0.30,
p =.76
ß= 0.001,
t = 1.18
p =.24
ß= −0.001,
t = −0.24, p =.81
ß=-0.001,
t = 0.09,
p =.93
ß= −0.001,
t = −4.20, p <.001*
----
pTau ß=0.005, t = 0.92,
p =.35
ß= −0.003, t = −0.84, p =.40 ß= −0.002,
t = −0.51,
p =.61
ß= −0.003,
t = −0.94,
p =.35
ß=0.01, t = 0.29,
p =.76
ß=0.02, t = 0.72,
p =.47
ß=0.001,
t = 0.32, p =.75
ß=1.76,
t = 0.51, p =.61
Cognitive score at baseline ---- ß= 0.65,
t = 12.38, p <.001*
---- ß=0.75, t = 14.28, p <.001* ---- ß=0.68 t = 11.66, p <.001* ---- ----

Notes: Significant results are shown in bold. * Represents results that were significant after false discovery rate correction for multiple comparisons. Abbreviations: ADAS-13, Alzheimer’s Disease Assessment Scale-13; WML, White matter lesion.