Diagnosis Commons^™

Use Of Point Of Care Ultrasound In The Emergency Department For Diagnosis Of Femoral Pseudoaneurysm, Stephen Janssen, Jeffrey Gardecki, Giovanna Finocchio

Rowan-Virtua Research Day

Iatrogenic pseudoaneurysm after puncture or intervention of the femoral artery is a rare complication of arterial surgical intervention occurring in 0.05-0.50% of diagnostic and therapeutic catheterizations and can present weeks after initial presentation. Today we present a 57-year-old gentleman 3 months status post femoral artery stent who presented with swelling to his right groin. Point of care ultrasound was used to diagnose an actively bleeding pseudoaneurysm with hematoma that ultimately led to repeat stenting. This case shows how point of care ultrasound can expedite diagnosis and intervention and is a useful tool for the emergency physician at initial presentation.

Effectiveness Of Point-Of-Care Ultrasound Education For Advanced Practice Providers, Nicole Brumfield

DNP Projects

Abstract

Background: Provider shortages and demands for inpatient providers have led to an increase in the utilization of Advanced Practice Providers (APPs). The increased use and specialization of APPs has brought attention to education and skills that have been instituted for other provider types but remains missing from the APP curricula. One such example is point-of-care ultrasound (POCUS) education. This technology and skill set have been shown to enhance clinical skills, confidence levels, and provide useful information for the provider to enhance clinical decision making for the patient.

Purpose: The purpose of this project was to evaluate the effectiveness of …

Harnessing Acoustic Streaming For Bioanalysis In Microfluidics, Xiaojun Li

Graduate Theses, Dissertations, and Problem Reports

In the past few decades, microfluidic technology has been developed rapidly in both fabrication methods and multifunctionality integrations, making it a powerful tool for a wider variety of biological applications. The device fabrication method has expanded from conventional polymer-based micro devices to 3D-printed micro devices, and allows multiple functions such as electric, optic, magnetic and acoustic to be integrated on a single platform. This dissertation focuses on method development of acoustic streaming-based microfluidics in bioanalysis such as immunoassay, enzyme kinetics and DNA fragmentation analysis. In this dissertation, a micromixer was developed based on acoustic streaming generated from sharp-edge structure vibration …