Project Overview

Pleural effusion is excess fluid that accumulates in the fluid-filled space between the lungs and chest cavity. The condition is diagnosed approximately one million times each year in the United States; however, the ability to characterize the fluid as transudative or exudative in a quick and concise way still remains a challenge. We have created a method that allows for the differentiation of the two types of pleural effusions to occur in a timely manner at the patient’s bedside. Our team considered varying methods and received client input to accomplish this goal. The methods we determined to differentiate between transudative and exudative fluid include pH, glucose, specific gravity, total protein, and catalase. We evaluated the options to create the most feasible and efficient design. Successful completion of the design decreases the diagnostic time and increases the convenience of the test. Furthermore, the Multivariable Bedside Test (MBT) can be produced at a low cost, improving health care for those in the military and developing counties.

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Files

• Midsemester Presentation (December 10, 2010)
• Final Presentation- Poster (December 10, 2010)
• Final Paper (December 14, 2010)
• Mid-Semester Report (October 21, 2010)
• PDS (December 6, 2010)

Contact Information

Team Members

• Bryan Jepson - Team Leader
• Carmen Coddington - Communicator
• Dr. Christa Wille - BSAC
• Kelsey Duxstad - BWIG

Advisor and Client

• Prof. Chris Brace - Advisor
• Dr. Steven Yale - Client