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. 2022 Jan 12;9(1):79–90. doi: 10.1002/acn3.51497

Table 2.

Association of DWI lesions with cSVD burden and degree of CAS stratified according to median MAP change.

Units MAP change <44 mmHg MAP change ≥44 mmHg
Adjusted OR (95% CI) p‐value Adjusted OR (95% CI) p‐value
Small DWI lesions
Total cSVD burden Per 1 score increase Model 1 1.706 (1.152–2.527) 0.008 1.654 (1.207–2.267) 0.002
Model 2 2.023 (1.231–3.323) 0.005 1.515 (1.030–2.229) 0.035
Degree of CAS Per 1 grade stenosis increase Model 1 1.762 (0.958–3.241) 0.069 0.643 (0.273–1.512) 0.311
Model 2 1.853 (0.868–3.958) 0.111 0.447 (0.160–1.252) 0.126
Large DWI lesions
Total cSVD burden Per 1 score increase Model 1 0.788 (0.290–2.143) 0.641 1.295 (0.719–2.330) 0.389
Model 2 0.743 (0.203–2.719) 0.653 0.840 (0.384–1.840) 0.664
Degree of CAS Per 1 grade stenosis increase Model 1 1.584 (0.503–4.898) 0.432 3.938 (1.614–9.606) 0.003
Model 2 1.263 (0.324–4.926) 0.737 3.478 (1.127–10.736) 0.030

Multivariate logistic regression analysis for the association of small DWI lesions with cSVD and CAS: Model 1: adjusted for age and sex. Model 2: as for model 1 plus initial hematoma volume, initial National Institutes of Health Stroke Scale, initial systolic blood pressure, ischemic stroke, diatetes mellitus, subarachnoid extension, pneumonia, hemoglobin A1c. Multivariate logistic regression analysis for the association of large DWI lesions with cSVD and CAS: Model 1: adjusted for age and sex. Model 2: as for model 1 plus initial hematoma volume, initial National Institutes of Health Stroke Scale, initial systolic blood pressure, ischemic stroke, pneumonia, fasting blood glucose. DWI, diffusion‐weighted imaging; cSVD, cerebral small vessel disease; CAS, cerebral artery stenosis; MAP, mean arterial pressures.