Medicine and Health Sciences Commons^™

A Literature Review Of Current Treatments For The Hypermobility Subtype Of Ehlers-Danlos Syndrome, John Gericke, Mary Zsolway, Chelsea Reyes, Pooja Patel, Saad Ahmed, Julia Hwang, Venkateswar Venkataraman

Rowan-Virtua Research Day

Purpose: The purpose of this study is to compare pharmacologic intervention, neurocognitive therapy, physical therapy, and orthotics in treating the hypermobility subtype of Ehlers-Danlos Syndrome (hEDS) and determine which has the most positive effect on symptoms.

Introduction: Ehlers-Danlos Syndrome is an inheritable connective tissue disorder which results from a genetic mutation that alters the body’s ability to produce collagen. The most common subtype of Ehlers-Danlos Syndrome is hEDS, which leads to hypermobility and hyperextensibility and can cause frequent joint dislocations.

Methods: A review of literature was performed to compare each treatment based on reported results. The types of studies reviewed …

Examining The Differences In Functional Outcomes For Patients With Traumatic Brain Injury After Acute Rehabilitation And Subacute Rehabilitation: A Review Of The Literature, Michael Rangel, Dr. Ashley Kakkanatt

Rowan-Virtua Research Day

BACKGROUND/PURPOSE

Traumatic brain injury (TBI) is one of the major causes of morbidity in the US [1-4]. Studies suggest TBI patients’ enrollment in a rehabilitation program strongly predicts social reintegration. The structure and outcomes of inpatient rehabilitation programs, including acute and subacute rehabilitation, are not well-delineated [5-7].

DESIGN

A structured review of current literature was conducted. Articles were screened using the search string: (post-traumatic brain injury OR post-TBI OR traumatic brain injury OR TBI) AND (acute rehabilitation OR subacute rehabilitation) AND (outcomes OR functional outcomes) NOT (outpatient OR outpatient populations) NOT (pediatric OR pediatric populations). Articles were limited to 1990 …

Blood Flow Restriction Therapy: A Review Of Physiology, Clinical Application, And Guidelines For Implementation, Nathan Schuliger

Senior Honors Theses

Blood flow restriction (BFR) therapy is an emerging clinical modality utilizing the metabolic stress of a hypoxic state to induce hypertrophic and strength adaptations in a manner allowing for reduced external loading. BFR has a variety of applications in rehabilitation settings, showing great potential for patients seeking the benefits of high intensity training without the associated degrees of mechanical stress. This literature review details the proposed mechanisms of BFR, along with various clinical applications of BFR including active and aerobic BFR. Concerns and contraindications for BFR usage are discussed regarding certain clinical populations, with risk stratification recommendations provided. Current BFR …

Instrumental Assessment Of Aero-Resistive Expiratory Muscle Strength Rehabilitation Devices, Angela M. Dietsch, Rahul Krishnamurthy, Kelsey Young, Steven M. Barlow

Department of Special Education and Communication Disorders: Faculty Publications

Purpose

Expiratory muscle strength training (EMST) is increasingly being used to treat voice, cough, and swallowing deficits in a wide range of conditions. However, a multitude of aero-resistive EMST models are commercially available, and the ab-sence of side-by-side comparative data interferes with clinicians’ ability to assess which model is best suited to a particular client’s needs. The primary aim of this research was to test and compare the pressure and flow parameters of six currently available EMST models to help inform clinical decision making.

Method

We identified and tested five devices of each of six different EMST models to generate …

Utilizing Ai Integrated Neuroimaging Technology To Expand Upon Machine Learning In Positron Emission Tomography Technology With The Aim Of Detecting Amyloid Beta Biomarkers Early In The Onset Of Alzheimer's., Ethan S. Terman

Undergraduate Research Posters

Early intervention in Alzheimer's is vital for treatment. The earlier a professional can detect symptoms and make a diagnosis the earlier a prognosis can be implemented. With the prevalence of data in our day-to-day world combined with Artificial intelligence (AI), utilizing both for machine learning can pave the way for more accurate and efficient detection of Alzheimer's and other neurodegenerative diseases. AI combined with Machine learning (ML) increases diagnostic efficiency and reduces human errors, making it a valuable resource for physicians and clinicians alike. With the increasing amount of data processing and image interpretation required, the ability to use AI …