The Brain In Motion II study now recruiting. Effects of a 6-month aerobic exercise program on older adults at increased risk of dementia. [email protected]
🚨NEW PUBLICATION ALERT ! 🚨 @VeronicaYYCGuad et al. “Aerobic exercise improves cognition and cerebrovascular regulation in older adults” published May 13 2020 in the online issue of Neurology®, the medical journal of the American Academy of Neurology (https://t.co/ts5PwKap4r)
Meet Sue! A fantastic member from our most recent cohort participating in the Brain in Motion II Study. Please enjoy her thoughts in the first instalment of our new series, “Conversations with Participants.” Each week we’ll post a one-on-one interview, so stay tuned!
You can tell by the fresh new faces that our 2022 summer students have made their debut in our meetings! Welcome to all the students who will be working with our lab team this summer! #braininmotion#summerstudents
Are you interested in pursuing a PhD in healthy brain ageing & dementia? The Brain in Motion study is looking for Doctoral Students to join our interdisciplinary team! Applicants can submit relevant docs to [email protected] by Feb 1/22 @CSEPdotCA
https://t.co/aEy4mLiq2T
Are you interested in pursuing a PhD in healthy brain ageing & dementia? The Brain in Motion study is looking for Doctoral Students to join our interdisciplinary team! Applicants can submit relevant docs to [email protected] by Feb 1/22
@APSPhysiology
https://t.co/kZ9bmwm8Z8
Are you interested in pursuing a PhD in healthy brain ageing & dementia? The Brain in Motion study is looking for Doctoral Students to join our interdisciplinary team! Applicants can submit relevant documents to [email protected] by Feb 1/22
@ACSMNews
https://t.co/qcFLsEAF5l
A. Cortisol. Cortisol is made by your adrenal glands in response to your body perceiving stress. Cortisol will increase your blood pressure and heart rate.
D. During Stress. The sympathetic nervous system allows your body to reflexively react to dangerous or stressful situations. It is the same system that is activated during a “fight or flight” response