How blood pressure works - Wilfred Manzano
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TEDEd Animation
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If you lined up all the blood vessels in your body, they’d be 60 thousand miles long. And every day, they carry the equivalent of over two thousand gallons of blood to the body’s tissues. What effect does this pressure have on the walls of the blood vessels? Wilfred Manzano gives the facts on blood pressure.
Additional Resources for you to Explore
The pipes of the circulatory system are nothing without their pump. In this previous TED-Ed Lesson, Edmond Hui outlines how the heart pumps blood. Watch it and learn some more details about this essential organ in your body.
Although high blood pressure can stress the body, arteries are pretty tough. Equipped with elastic and muscle fibers embedded within their walls, they are well-suited for this heavy-duty work. This webpage illustrates the architecture of the blood vessel walls, and how the different tissue types add to vessel structure.
Why do doctors have to squeeze your arm so much to determine your blood pressure? Why do they choose to take the reading on your arm in the first place? This article goes into detail on exactly how blood pressure cuffs work.
Hypertension can be present in a variety of pathologies. In fact, hypertension is the most common medical disorder encountered during pregnancy. Learn about the different types of hypertensive disorders in pregnancy here
Why are some individuals more susceptible to high blood pressure compared to others? This article explores the possible evolutionary consequences of diet, climate, and geography on hypertension susceptibility.
In 1964, interventional radiologist Charles Dotter performed the first recorded angioplasty. His patient was an 82-year-old woman with painful leg ischemia and gangrene; before seeing Dotter, amputation of her foot was presented as her only treatment option. Through angioplasty, however, Dotter successfully dilated the woman’s stenosed superficial femoral artery, restoring circulation to her leg and preventing the need for an amputation! Amazing! Read more about how angioplasty transformed medicine here.
Although high blood pressure can stress the body, arteries are pretty tough. Equipped with elastic and muscle fibers embedded within their walls, they are well-suited for this heavy-duty work. This webpage illustrates the architecture of the blood vessel walls, and how the different tissue types add to vessel structure.
Why do doctors have to squeeze your arm so much to determine your blood pressure? Why do they choose to take the reading on your arm in the first place? This article goes into detail on exactly how blood pressure cuffs work.
Hypertension can be present in a variety of pathologies. In fact, hypertension is the most common medical disorder encountered during pregnancy. Learn about the different types of hypertensive disorders in pregnancy here
Why are some individuals more susceptible to high blood pressure compared to others? This article explores the possible evolutionary consequences of diet, climate, and geography on hypertension susceptibility.
In 1964, interventional radiologist Charles Dotter performed the first recorded angioplasty. His patient was an 82-year-old woman with painful leg ischemia and gangrene; before seeing Dotter, amputation of her foot was presented as her only treatment option. Through angioplasty, however, Dotter successfully dilated the woman’s stenosed superficial femoral artery, restoring circulation to her leg and preventing the need for an amputation! Amazing! Read more about how angioplasty transformed medicine here.
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Meet The Creators
- Educator Wilfred Manzano
- Director Nick Sazani
- Producer Steve Shin, Samantha Scharff, Matthew Chadwick, Arielle Matorana
- Editor Leroy Patterson
- Script Editor Eleanor Nelsen
- Narrator Addison Anderson
