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Forearm segmental compression device

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Project Overview

Deep vein thrombosis (DVT) and the possibility of a subsequently occurring pulmonary embolism is a dangerous condition that can occur in legs as a result of long periods of immobility, the hypercoagulability precondition, damaged endothelial cells of the circulatory system. Currently, compression devices are used on the legs to prevent DVT, and significant research has been conducted on various aspects of its anticoagulation effects depending on the specific methodology. Upon creating a variable compression device for the arm at the behest of our client, the overarching goal of this project is determine the efficacy of a novel sequential forearm compression prototype device on blood flow and systemic hypercoagulability state.

Our goals of this semester are to prove the mechanical functionality of the designed compression device. Following the proof of mechanical concept, we plan to submit an IRB project proposal to Marshfield Clinic outlining human subject assays and potential study details. The information that could be obtained through a human subject study would allow us to make definitive conclusions regarding the influence of sequential forearm compression on blood flow and hypercoagulability.

Team Picture

Team members from left to right: Emily, Joshua, Allison, Seve
Team members from left to right: Emily, Joshua, Allison, Seve

Contact Information

Team Members

  • Joshua Zent - Team Leader
  • Seve Strook - Communicator
  • Emily Florence - BSAC
  • Allison Benna - BWIG & BPAG

Advisor and Client

  • Prof. Amit Nimunkar - Advisor
  • Dr. Steven Yale - Client
  • Michelle Wellsandt - Alternate Contact

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