Dialysis: how does this relate to physics?

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Dialysis is fundamentally a chemical process that involves the principles of fluid dynamics and pressure, making it relevant to physics. Key physics concepts such as fluid flow and pressure regulation are critical in the dialysis process, as blood is circulated through an artificial kidney. Maintaining a smooth flow is essential to prevent damage to red blood cells and avoid clotting. Understanding hydrostatic pressure and Bernoulli's principle can further illuminate how dialysis functions effectively. Exploring biology forums may provide additional insights into the biological aspects of dialysis that complement the physics principles discussed.
r3dxP
I was wondering, how is dialysis related to certain appropriate physics principles?
i believe it falls under Matters, but I am not postively sure, and if it does have to do something with matters, please explain to me how so.. Thanks in advance.
 
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Dialysis is a chemical process, chemistry is a branch of physics.

What do you mean by "matters"?
 
Well, I have to write a paper about explaining what dialysis is, how it is accomplished, and related it to the appropriate physics principles. (using the information you have learned about pressure,etc., in this unit).
The current unit I studied covered: 4phases of matter, hydrostatic, buoyance, fluid flow, Bernoulli, Hooke's Law, Young's Modulus, tensile strength.
I'm almost near completion with my essay but I just do not understand how dialysis has to do anything with this unit. Sorry if my explanation confuses you :x
 
While I'm not familiar with the other things that you mentioned, fluid flow is definitely a major concern. After all, they're removing the blood from your body and circulating it through an artificial kidney. A smooth flow is crucial, as is the ability to pump it without damaging the components such as red cells. It also must not be allowed to clot, but that's more of a chemical treatment. The pressure must be properly maintained at all times, as well as the flow rate, so I assume that there are mechanical regulators involved. It might be useful to snoop into the Biology forums.
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
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