Welcome Guest Search | Active Topics |

Tag as favorite
Vasodilation and blood pressure
fcsudirga
#1 Posted : Saturday, August 18, 2018 1:29:37 AM
Rank: Newbie

Groups: Registered
Joined: 8/13/2018
Posts: 7

Thanks: 0 times
Was thanked: 0 time(s) in 0 post(s)
Vasodilation in blood vessels typically reduce blood pressure (which is what vasodilation drugs are sometimes used for). This is different from ideal fluid theory, which predicts that pressure decreases as area decreases. Is this solely because blood is not ideal fluid or is there something else at play? If the answer is not too long winded, I would appreciate if you can demonstrate it with some equations.
INSTR_Amira_87
#2 Posted : Sunday, June 07, 2020 6:03:02 PM
Rank: Newbie

Groups: Registered
Joined: 6/13/2019
Posts: 0

Thanks: 0 times
Was thanked: 0 time(s) in 0 post(s)
Hello! Thank you for the question! The reason vasodilation decreases blood pressure is because of the reduced surface area causing friction at the walls of the vessels (for non ideal systems, recall that increased surface area = increased resistance = increased pressure). The relationship can be modelled as Q=∆P/R where ∆P is the change in pressure, R is the resistance, and Q is flow rate (which much remain constant).
Users browsing this topic
Guest (2)
Tag as favorite
You cannot post new topics in this forum.
You cannot reply to topics in this forum.
You cannot delete your posts in this forum.
You cannot edit your posts in this forum.
You cannot create polls in this forum.
You cannot vote in polls in this forum.

Clean Slate theme by Jaben Cargman (Tiny Gecko)
Powered by YAF | YAF © 2003-2009, Yet Another Forum.NET
This page was generated in 0.072 seconds.