CVS Equations Flashcards by Raymond `Stavers

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Q

Cardiac output

A

CO = Heart Rate x Stroke volume

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Q

Blood flow

A

Blood flow = (Pa - Pv)/resistance

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Q

passive diffusion

A

t ∝ d²

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Q

Blood Velocity

A

Blood velocity = blood flow (cm³/s) / cross-sectional area (cm²)

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Q

Fluid flux

A

Jv = Lp x A {(Pc/Pi) - σ(πp-πi)}

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Q

Effective Osmotic Pressure

A

σ x potential osmotic pressure

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Q

Net Filtration

A

P = (Pc - Pi) - σ (πp - πi)

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Q

Cardiac output (pressure gradient)

A

Pressure gradient x conductance

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Q

Darcy’s law

A

Flow = change in pressure / Resistance

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Q

Bernoulli’s law

A

Flow = PV + 1/2ϱv^2 + ϱgh

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Q

Conductance

A

1/TPR

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Q

Blood flow (gradient)

A

Blood flow = pressure gradient/TPR

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Q

Blood pressure

A

CO x TPR

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Q

Blood flow

A

Arterial BP / TPR

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Q

Compliance

A

change in volume / change in pressure

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Q

Conductance

Study These Flashcards

A

πr^4/8nL

Q

Resistance

Study These Flashcards

A

8nL/πr^4