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Hemodynamic analysis system

Project Overview

Pulmonary artery flow can be measured by echocardiography and pulmonary artery pressure can be measured by right heart catheterization. The goal of this project is to capture, synchronize, and digitize these two signals for later analysis. Due to costs of proposed components of the design, our client has asked us to spend the semester focusing on proof of concept behind these components to justify purchasing them in a later semester.

Team Picture

(left to right) Megan Jones, Sara Schmitz, Billy Zuleger, Sarah Czaplewski
(left to right) Megan Jones, Sara Schmitz, Billy Zuleger, Sarah Czaplewski

Images

All parts of the system are connected and running, displaying signals in LabVIEW
All parts of the system are connected and running, displaying signals in LabVIEW
System includes: Mini Dopplex probe, waveform generator, synchronizing cable, NI myDAQ box, and laptop with LabVIEW
System includes: Mini Dopplex probe, waveform generator, synchronizing cable, NI myDAQ box, and laptop with LabVIEW
Used to capture signals in LabVIEW
Used to capture signals in LabVIEW
Device used to obtain ultrasound audio signal from radial artery
Device used to obtain ultrasound audio signal from radial artery

Files

Contact Information

Team Members

  • Sarah Czaplewski - Team Leader
  • Megan Jones - Communicator
  • William Zuleger - BSAC
  • Sara Schmitz - BWIG

Advisor and Client

  • Mitchell Tyler - Advisor
  • Prof. Naomi Chesler - Client
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