Dementia Hypertension Physiology 
Physiologically Speaking
FEBRUARY 14, 2025
Welcome to the Physiology Friday newsletter. Physiologically Speaking is a reader-supported publication. link] The training frequency debate From a physiological perspective, higher-frequency training might be beneficial because it provides more frequent stimulation of key adaptive pathways. The conclusion?
Hypertension Journal
SEPTEMBER 21, 2023
Hypertension, Ahead of Print. Recently, some randomized trials, including the SPRINT (Systolic Blood Pressure Intervention Trial), have suggested that improvements in cardiovascular risk factors may also slow cognitive decline and reduce the eventual development of dementia.
Physiologically Speaking
DECEMBER 15, 2023
Welcome to the Physiology Friday newsletter. Physiologically Speaking is a reader-supported publication. This newsletter is brought to you by Examine.com — the best place on the internet for health and nutrition information — and my new eBook, “VO2 Max Essentials.”
Physiologically Speaking
DECEMBER 15, 2023
Welcome to the Physiology Friday newsletter. Physiologically Speaking is a reader-supported publication. This newsletter is brought to you by Examine.com — the best place on the internet for health and nutrition information — and my new eBook, “VO2 Max Essentials.”
Physiologically Speaking
OCTOBER 4, 2024
Welcome to the Physiology Friday newsletter. Physiologically Speaking is a reader-supported publication. For the regularly active participants, the risk reduction for dementia, stroke, Parkinson’s disease, depression, and anxiety was 9%, 18%, 36%, 36%, and 27%, respectively.
Cardiometabolic Health Congress
DECEMBER 7, 2023
AF is associated with an increased risk of death as well as multiple adverse outcomes, including stroke, cognitive impairment or dementia, myocardial infarction, sudden cardiac death, heart failure (HF), chronic kidney disease (CKD), and peripheral artery disease (PAD). million.
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