
Why is this the BEST Exercise for Lowering Blood Pressure?
Physionic
17 feb 2025
Mindsip insights from this episode:
Utilize isometrics to lower blood pressure effectively
After releasing an isometric hold, a rush of blood containing nitric oxide and adenosine causes blood vessels to relax and widen, dropping blood pressure below its initial level.
Incorporate isometric exercises to lower blood pressure
Isometric exercise, also known as a static hold, has been identified as the most effective form of exercise for reducing blood pressure.
Utilize isometric exercises to promote relaxation and avoid stress response
Isometric exercise uniquely avoids activating the sympathetic (stress) drive that constricts blood vessels and instead promotes a parasympathetic (relaxing) drive.
Leverage isometric exercise for lasting blood pressure and heart rate benefits
Research indicates that the blood pressure and heart rate-lowering effects of isometric exercise can last for up to seven hours post-exercise.
Reset body's pressure sensors to lower blood pressure
The pressure spike during a hold activates baroreceptors, which signal the brain to lower heart rate and keep blood vessels open to reduce overall blood pressure.
More from
Physionic
Dave Asprey: Animal Protein is Better, but Don’t eat THIS Animal Protein!
Cheap, Revolutionary Blood Test can Predict your Alzheimer’s Disease Risk
Don’t be Fooled by Coronary Artery Calcium score of 0…
Detox Expert: The Perfect Cleanse to reset your Gut!
The King of Protein, Whey, Finally Defeated by a Newcomer?
You also might be interested in
Office Hours: Cholesterol and Heart Disease — What I’ve Changed My Mind About
Aging Starts In Your Legs (Here’s The Fix)
The Surprising Science Of Injecting Young Blood, Salmon Sperm & Stem Cells Into Your Face (And Other Places) With Dr. Khanh Nguyen
How To Be "Forever Strong", Creating The Right Amount of FRICTION In Your Life, Official Protein Rules & More, With Dr. Gabrielle Lyon
Why Men’s Fertility Is Collapsing and What It Means for Our Future | Dr. Michael L. Eisenberg












