BIOE 4610 Artificial Organs
| Designation: | 听听 | Elective | ||||||
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| Description: | 听听 | The application of engineering prinicples to the design and analysis of artificial organs and their clinical application. | ||||||
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| Prerequisite: | 听听 | BIOE 3400 | ||||||
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| Textbook: | 听听 | Basic Transport Phenomena in Biomedical Engineering听 R.L. Fournier听 Taylor & Francis |
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| Objectives: | 听听 | To obtain an understanding of the basic transport processes occurring in artificial
organs.听 To apply transport principles as a basis to formulate a mathematical model in order to understand, analyze and design artifical organs.听 Analyze artificial organs using the mathematical software package MathCAD |
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| Topics: | 听听 | Application of transport concepts to the design and analysis of artificial organs听 Properties of body fluids听 Solute transport in biological systems听 Fluid mechanics of blood听 Oxygen transport听 Pharmacokinetic models听 Extracorporeal devices听 Tissue Engineering听 Bioartificial organs |
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| Schedule: | 听听 | 2 - 1 hour and 15 minute lectures per week | ||||||
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| Contribution: | 听听 | Engineering topics | ||||||
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| Outcomes: | 听听 |
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| Prepared by: | 听听 | Scott Molitor (scott.molitor@utoledo.edu) and Tammy Phares (tamara.phares@utoledo.edu). | ||||||
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