Strong and specific associations between cardiovascular risk factors and brain white matter micro- and macro-structure in health ageing
Delia FuhrmanniD, David J. NesbittiD, Meredith A. ShaftoiD, James Benedict RoweiD, Darren PriceiD, Andrew GadieiD, LORRAINE KOMISARJEVSKY TYLERiD, Carol BrayneiD, Edward Thomas BullmoreiD, Andrew C. Calder, Rhodri CusackiD, Tim DalgleishiD, John DuncaniD, Richard N. HensoniD, Fiona E. MatthewsiD, William D. Marslen‐WilsoniD, Karen Lucia CampbelliD, Teresa CheungiD, Simon W. DavisiD, Linda GeerligsiD, Rogier KievitiD, Anna C. McCarrey, Abdur Mustafa, Dávid SamuiD, Jason R. TayloriD, , Laura Villis
Abstract
Cardiovascular health declines with age, increasing the risk of hypertension and elevated heart rate in middle- and old age. Here, we used multivariate techniques to investigate the associations between cardiovascular health (diastolic blood pressure, systolic blood pressure and heart rate) and white matter macrostructure (lesion volume and number), and microstructure (as measured by Diffusion Weighted Imaging) in the cross-sectional, population-based Cam-CAN cohort (N = 667, aged 18 to 88). We found that cardiovascular health and age made approximately similar contributions to white matter health and explained up to 56% of variance. Lower diastolic blood pressure, higher systolic blood pressure and higher heart rate were each strongly, and independently, associated with white matter abnormalities on all indices. Body mass and exercise were associated with white matter health, both directly and indirectly via cardiovascular health. These results highlight the importance of cardiovascular risk factors for white matter health across the adult lifespan and suggest that systolic blood pressure, diastolic blood pressure and heart rate affect white matter via separate mechanisms.
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