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• W4290744586 abstract "Physical inactivity is documented as a health risk factor for chronic diseases, accelerated aging, and cognitive impairment. Physical exercise, on the other hand, plays an important role in healthy aging by promoting positive muscular, cardiovascular, and central nervous system adaptions. Prior studies on the effects of exercise training on cerebral perfusion have focused largely on elderly cohorts or patient cohorts, while perfusion effects of exercise training in young sedentary adults have not yet been fully assessed. Therefore, the present study examined the physiological consequence of a 6-month endurance exercise training on brain perfusion in 28 young sedentary adults randomly assigned to an intervention group (IG; regular physical exercise) or a control group (CG; without physical exercise). The IG performed an extensive running interval training three times per week over 6 months. Performance diagnostics and MRI were performed every 2 months, and training intensity was adapted individually. Brain perfusion measurements with pseudo-continuous arterial spin labeling were analyzed using the standard Oxford ASL pipeline. A significant interaction effect between group and time was found for right superior temporal gyrus (STG) perfusion, driven by an increase in the IG and a decrease in the CG. Furthermore, a significant time effect was observed in the right middle occipital region in the IG only. Perfusion increases in the right STG, in the ventral striatum, and in primary motor areas were significantly associated with increases in maximum oxygen uptake (VO2max). Overall, this study identified region-specific increases in local perfusion in a cohort of young adults that partly correlated with individual performance increases, hence, suggesting exercise dose dependency. Respective adaptations in brain perfusion are discussed in the context of physical exercise-induced vascular plasticity." @default.
• W4290744586 created "2022-08-09" @default.
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• W4290744586 date "2022-08-09" @default.
• W4290744586 modified "2023-10-18" @default.
• W4290744586 title "Regional cortical perfusion increases induced by a 6-month endurance training in young sedentary adults" @default.
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• W4290744586 cites W1973311433 @default.
• W4290744586 cites W1981747359 @default.
• W4290744586 cites W1992403138 @default.
• W4290744586 cites W2000265708 @default.
• W4290744586 cites W2012133068 @default.
• W4290744586 cites W2023358002 @default.
• W4290744586 cites W2033026811 @default.
• W4290744586 cites W2034690693 @default.
• W4290744586 cites W2036258799 @default.
• W4290744586 cites W2037557484 @default.
• W4290744586 cites W2050693424 @default.
• W4290744586 cites W2059180350 @default.
• W4290744586 cites W2066782344 @default.
• W4290744586 cites W2070030549 @default.
• W4290744586 cites W2070155357 @default.
• W4290744586 cites W2076822700 @default.
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• W4290744586 cites W2136334171 @default.
• W4290744586 cites W2139841046 @default.
• W4290744586 cites W2145944042 @default.
• W4290744586 cites W2160288818 @default.
• W4290744586 cites W2167234030 @default.
• W4290744586 cites W2169366712 @default.
• W4290744586 cites W2213331525 @default.
• W4290744586 cites W2314517160 @default.
• W4290744586 cites W2316615891 @default.
• W4290744586 cites W2470420986 @default.
• W4290744586 cites W2607284536 @default.
• W4290744586 cites W2743293685 @default.
• W4290744586 cites W2744855773 @default.
• W4290744586 cites W2759462374 @default.
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• W4290744586 cites W2806146174 @default.
• W4290744586 cites W2807705809 @default.
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• W4290744586 cites W2911184273 @default.
• W4290744586 cites W2914053210 @default.
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• W4290744586 cites W2979412537 @default.
• W4290744586 cites W2990507658 @default.
• W4290744586 cites W3005151607 @default.
• W4290744586 cites W3017217475 @default.
• W4290744586 cites W3023873556 @default.
• W4290744586 cites W3041959614 @default.
• W4290744586 cites W3043752300 @default.
• W4290744586 cites W3047241196 @default.
• W4290744586 cites W3085850918 @default.
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• W4290744586 doi "https://doi.org/10.3389/fnagi.2022.951022" @default.
• W4290744586 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36034125" @default.
• W4290744586 hasPublicationYear "2022" @default.
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