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Item Information   Holdings       More by this author     Varner, Caleb S.     Subjects     Cardiopulmonary bypass     Simulated patients.     Pulmonary circulation     Blood pressure     Cardiac arrest, Induced     Cardioplegia     MSP Thesis.     Browse Catalog     by author:      Varner, Caleb S.       by title:      Addition of pulmonar...         MARC Display

Addition of pulmonary circulation and variable venous compliance to the Howard Perfusion Simulator / by Caleb S. Varner. by Varner, Caleb S. Subjects Cardiopulmonary bypass   Simulated patients.   Pulmonary circulation   Blood pressure   Cardiac arrest, Induced   Cardioplegia   MSP Thesis. Description:  111 leaves : ill. ; 29 cm. Contents:  Thesis chair: Dr. Ronald Gerrits. Committee members: Dr. Jeffrey LaMack, Jonathon Howard. Introduction -- Background -- Project goal -- Theoretical design considerations -- Specifications -- Methodology and design -- Results -- Discussion -- Conclusion -- Appendix A: Excerpts from BVS 5000t operator's manual -- B: ECPV-375B electronic pinch valve instructions -- C: Excerpts from Philips V24C patient monitor manual -- D: Simulator user's manual -- E: Resistance control panel label. Simulation is becoming an important tool in the training of perfusionists. The goal of this project was to add both a pulmonary circulation and a variable venous compliance to the current Howard simulator that was developed, and is used, at the Milwaukee School of Engineering. This was achieved with the development of a pulmonary Windkessel chamber to simulate the pulmonary artery compliance, as well as through the addition of a variable venous compliance chamber. These components were tested individually, matching the specifications to their physiological counterparts, and then combined as a whole. The testing determined that the simulator will accurately represent the hemodynamic responses seen during cardiopulmonary bypass. These additions have expanded the use of the simulator such that students can now use it to practice initiation of bypass, and/or weaning from bypass with or without an aortic root vent, as well as the practice of cardioplegia administration and catastrophic event management.   Copy/Holding information Location Collection Call No. Status   Walter Schroeder Library Master's Theses AC805 .V385 2013 Available Add Copy to MyList Format: HTMLPlain textDelimited Subject:   Email to:

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