Tutorial
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Objectives
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Getting Started
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• | To become familiarized with the basic elements of the MSE simulation environment. |
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VV ECMO (1)
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• | To understand the design of a basic veno-venous ECMO circuit. |
• | To become familiarized with the basic controls of a VV ECMO system. |
• | To become familiarized with the basic behaviour of a centrifugal pump. |
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VV ECMO (2)
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• | To investigate the effect of cannula position on ECMO system performance. |
• | To investigate the effect of temperature control on metabolic rate (and oxygenation). |
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VV ECMO (3)
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• | To examine the impact of return cannula size on ECMO system performance. |
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VV ECMO (4)
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• | To understand the impact of obstruction of the inlet or outlet line on ECMO system performance. |
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VA ECMO (1)
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• | To understand the design of a simple veno-arterial ECMO circuit. |
• | To become familiarized with the basic controls of a VA ECMO system. |
• | To understand the mechanism of ‘Differential Hypoxia’. |
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VA ECMO (2)
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• | To explore the cardiovascular effects of VA ECMO in a patient with cardiogenic shock. |
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VA ECMO (3)
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• | To recognise the signs of oxygenator gas supply failure. |
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VA ECMO (4)
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• | To recognise the signs of oxygenator failure. |
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