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Cardiovascular system
Principles of haemodynamics Mechanisms of atheroma Control of blood flow Control of Cardiac output
[Show more]Principles of haemodynamics Mechanisms of atheroma Control of blood flow Control of Cardiac output
[Show more]A clear, concise and conceptual explanation of the control of cardiac output. In particular, the mechanisms underlying Starling’s law are explored. The conceptual link between control of cardiac output and LaPlace's law is fleshed out. The ventricular pressure-volume loop is utilised to further e...
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Add to cartA clear, concise and conceptual explanation of the control of cardiac output. In particular, the mechanisms underlying Starling’s law are explored. The conceptual link between control of cardiac output and LaPlace's law is fleshed out. The ventricular pressure-volume loop is utilised to further e...
Provides a clear, concise and conceptual explanation of how blood flow is controlled. In particular, explores how Poiseuille's law, myogenic response and blood viscosity affects the control of total peripheral resistance. Why total peripheral resistance is not controlled by capillaries is explaine...
Preview 1 out of 8 pages
Add to cartProvides a clear, concise and conceptual explanation of how blood flow is controlled. In particular, explores how Poiseuille's law, myogenic response and blood viscosity affects the control of total peripheral resistance. Why total peripheral resistance is not controlled by capillaries is explaine...
Clearly and conceisely breaks down the mechanism of atherosclerosis into manageably chunks. Explores the consequences of atheroma particularly, occlusive thrombosis, thromboembolism and aneurysm.
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Add to cartClearly and conceisely breaks down the mechanism of atherosclerosis into manageably chunks. Explores the consequences of atheroma particularly, occlusive thrombosis, thromboembolism and aneurysm.
Explains the concept of haemodynamics in relation to Darcy's and Bernoulli's laws. Applies Bernoulli's law to concept. Explores the relationship between blood flow and velocity. Explains the three patterns of blood flow and the primary determinants of aortic pulse pressure.
Preview 1 out of 8 pages
Add to cartExplains the concept of haemodynamics in relation to Darcy's and Bernoulli's laws. Applies Bernoulli's law to concept. Explores the relationship between blood flow and velocity. Explains the three patterns of blood flow and the primary determinants of aortic pulse pressure.
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