Psychometric Properties Of Standardized Balance Confidence, Fear Of Falling, And Falls-Efficacy Measures In People With Lower Limb Amputations, Jack Y. Wang, Susan W. Hunter, Ricardo Viana, Jeffrey D. Holmes, Michael Payne
Western Research Forum
In Canada, >50% of community-dwelling lower limb amputees (LLA) fall at least once each year, a rate that is almost twice that of community-dwelling older adults. While the physical consequences of falls may be readily apparent, psychological sequelae that follow may be just as, if not more, detrimental than an actual fall itself. Current measures of balance confidence show no change in LLA following discharge from rehabilitation. The limited detectable change may be due to content validity challenges of the measures as they were not developed for the unique challenges faced by LLA.
1) Review items from standardized ...
Outcomes Following Dynamic Compression Bracing For Pectus Carinatum, 2019 Children's Mercy Hospital
Outcomes Following Dynamic Compression Bracing For Pectus Carinatum, Charlene Dekonenko, Robert M. Dorman, Amy L. Pierce, Beth A. Orrick, David Juang, Pablo Aguayo, Jason D. Fraser, Tolulope A. Oyetunji, Charles L. Snyder, Shawn D. St Peter, G W. Holcomb Iii
We describe our experience with dynamic compression bracing for pectus carinatum patients and their satisfaction with bracing.
All-Polyethylene Tibial Components In Octogenarians: Survivorship, Performance, And Cost, 2019 Doctors Hospital; Center for Orthopedics & Sports Medicine; Baptist Health Medical Group
All-Polyethylene Tibial Components In Octogenarians: Survivorship, Performance, And Cost, Alexander Van Der Ven
Alexander van der Ven
No abstract provided.
Obstacle Negotiation And Dual-Tasking In People With A Unilateral Transtibial Amputation., 2019 Parkwood Hospital
Obstacle Negotiation And Dual-Tasking In People With A Unilateral Transtibial Amputation., Humberto Omana, Michael Payne, Ricardo Viana, Susan Winnifred Hunter
Western Research Forum
Background: Falls in people with a lower limb amputation (PLLAs) are common and most often occur while walking, resulting in physical and psychological consequences that adversely affect quality of life. Walking is a complex motor task requiring cognitive resources. Due to walking with a prosthesis, PLLAs report focussing on every step they take, indicating greater cognitive needs. However, cognitive resources are limited, and most of our everyday activities also involve the simultaneous performance of motor and cognitive tasks, known as dual-tasking. The inter-relationship between mobility, cognition and postural stability in PLLAs using a prosthesis is just starting to be understood ...
(Poster) Design And Fabrication Of A Custom Wrist Orthosis For Enhanced Patient Comfort, 2019 University of Indianapolis
(Poster) Design And Fabrication Of A Custom Wrist Orthosis For Enhanced Patient Comfort, Marko Tasic, Matthew Hansen, Mang Lian, Demetre Mitchell, Rashedul Sarker, Renny Fernandez, Erin Peterson, Joseph Herzog, David Olawale, Najmus Saqib
ASEE IL-IN Section Conference
This custom wrist orthosis project is the continuation of efforts made by students in the R.B Annis School of Engineering during the 2017-2018 academic year. Throughout this project, we have implemented the Design for Six Sigma (DFSS) methodology to guide the design process. Within the R.B. Annis School of Engineering, this methodology has been adapted into guide the DesignSpine process. We have designed a new orthosis that is custom fabricated for enhanced patient comfort. In the occupational therapy field, patients have reportedly not been wearing their prescribed orthoses/braces, which are designed to stabilize injured areas so that ...
Developing And Testing Of An Upper Limb Exoskeleton For Stroke Patients, 2019 University of Nebraska at Omaha
Developing And Testing Of An Upper Limb Exoskeleton For Stroke Patients, Drew Dudley, David Salazar
Student Research and Creative Activity Fair
Objective: The main objective of this study was to determine functional and neuromuscular outcomes of stroke patients using their non-preferred hand with and without a 3D printed passive exoskeleton compared to controls using their non-preferred hand with and without the passive exoskeleton. Methods: Adults at least six months post stroke (Stroke, n = 5) and age- and sex- matched healthy controls (Control, n = 5) performed nine trials of a gross motor task while having their brain activity measured. The Fugl-Meyer and “Box and Block” test was used to measure the gross dexterity of the subjects with and without the exoskeleton. Strength ...
Efficacy Of Assistive Devices Produced With Additive Manufacturing, 2019 University of Nebraska at Omaha
Efficacy Of Assistive Devices Produced With Additive Manufacturing, James Pierce
Student Research and Creative Activity Fair
Despite the frequency of musculoskeletal injuries such as sprains, broken bones and torn ligaments1, treatment options are often costly, time-consuming and ill-fitted.2,3 Additive manufacturing (“3D-printing) allows for the production of highly-customized and inexpensive assistive devices4, which suggests potential efficacy in the prescription of splints and casts for musculoskeletal injury.3 In the present study, a parametric, customizable splint/cast was created using a computer-aided design (CAD) package (Fusion 360, Autodesk, San Rafael, CA, USA) and produced with low-cost, desktop 3D printing (Ultimaker 2+ Extended, Ultimaker, Geldermalsen, Netherlands). Fitting of the devices was performed on five healthy ...
3d Prosthetics Effects On Standing Posture In Unilateral Upper Limb Deficient Children, 2019 University of Nebraska at Omaha
3d Prosthetics Effects On Standing Posture In Unilateral Upper Limb Deficient Children, Keaton Young
Student Research and Creative Activity Fair
3D Prosthetics Effects on Standing Posture in Unilateral Upper Limb Deficient Children
Department of Biomechanics, University of Nebraska at Omaha
Upper Limb Reduction Deficiency (ULD) is a congenital disability that affects the upper limb, which the Center for Disease Control and Prevention estimates that nearly 1,500 babies are born with ULD in the United States yearly 1,2. Prior research has focused on functional treatment of the upper limbs but has lacked observance of the effects that prosthetics and limb loss incur to the trunk. Therefore, the purpose of this study is to examine the acute ...
Patient Perspectives On Osseointegration: A National Survey Of Veterans With Upper Limb Amputation, 2019 Providence VA Medical Center
Patient Perspectives On Osseointegration: A National Survey Of Veterans With Upper Limb Amputation, Linda Resnik, Heather Benz, Matthew Borgia, Melissa A. Clark
Population and Quantitative Health Sciences Publications
INTRODUCTION: Osseointegrated (OI) prostheses have a unique benefit-risk profile among prosthetic alternatives and have been marketed in the United States under a Humanitarian Device Exemption since 2015. Information about upper limb prosthesis user perspectives on benefits and risks, prosthesis-user subpopulations for whom OI is most acceptable, and outcomes that matter most to patients could help inform clinical and regulatory decision-making. Recent 21st Century Cures legislation expanded the role of patient experience data in the decision-making process of the U.S. Food and Drug Administration, recognizing that patient perspectives may be informative to regulators.
OBJECTIVE: To better understand prosthesis user perspectives ...
Hard, Soft And Off-The-Shelf Foot Orthoses And Their Effect On The Angle Of The Medial Longitudinal Arch: A Biplane Fluoroscopy Study, Megan E.R. Balsdon, Colin E. Dombroski, Kristen Bushey, Thomas Jenkyn
Mechanical and Materials Engineering Publications
Background: Foot orthoses have proven to be effective for conservative management of various pathologies. Pathologies of the lower limb can be caused by abnormal biomechanics such as abnormal foot structure and alignment, leading to inadequate support. Objectives: To compare biomechanical effects of different foot orthoses on the medial longitudinal arch (MLA) during dynamic gait using skeletal kinematics. Study Design: Prospective, cross-sectional study design. Methods: The MLA angle was measured for 12 participants among three groups: pes planus, pes cavus and normal arch. Five conditions were compared: three orthotic devices (hard custom foot orthosis (CFO), soft CFO, and off-the-shelf Barefoot Science ...
Impact Of Footwear On Mechanisms Of Knee Osteoarthritis Progression, 2019 University of Massachusetts Amherst
Impact Of Footwear On Mechanisms Of Knee Osteoarthritis Progression, Ethan Steiner
Knee osteoarthritis (OA) is a debilitating disease affecting the entire knee joint by inducing pathological changes to the cartilage and menisci. Currently, the etiology of OA is not completely understood. However, altered gait mechanics, specifically increased joint loading, of OA patients have a clear association with both symptomatic and structural OA progression. Non-surgical intervention tools, such as variable stiffness shoes (VSS), have been developed as a way to decrease loading within the knee joint. However, with external moments being surrogate measures for knee loading, it is unclear if changes in knee moments with the footwear are sufficient to result in ...
The Efficacy Of Custom And Prefabricated Orthotic Interventions For Common Running Related Injuries, 2019 Sacred Heart University
The Efficacy Of Custom And Prefabricated Orthotic Interventions For Common Running Related Injuries, Jake Tavernite
Writing Across the Curriculum
One of the most popular sports in the world is running. Nearly 17 million people in the United States alone crossed finish lines in road races in 2017.1 Unfortunately, there is an extremely high rate of running related injuries (RRI) that prevent or hinder individuals from training and competing. A 2007 systematic review revealed that the incidence of lower extremity running related injuries ranges from 19.4% to 79.3%.2 Orthotics are frequently prescribed as a conservative treatment option for various injuries such as plantar fasciitis (PF), patellofemoral pain syndrome (PFPS), medial tibial stress syndrome (MTSS), and stress ...
The New World Of Pet Prosthetics, 2018 Craig Newmark Graduate School of Journalism
The New World Of Pet Prosthetics, Anna Brooks
When an abandoned dog was found in Brooklyn with his paw gnawed off, the animal shelter had two options: amputate the leg, or put the dog down. But neither seemed like a solution. So they decided to do something different, and fit the dog for a prosthetic leg. Prosthetics for people have been around for millennia, and now these devices are moving into the animal kingdom. This story explores the new world of animal prosthetics, and how these devices have changed the lives of animals like Mr. Stubbs — the first alligator with a prosthetic tail — and saved the life of ...
Single Arm Recumbent Bicycle, 2018 California Polytechnic State University, San Luis Obispo
Single Arm Recumbent Bicycle, Alexander Borsotti, Ryan Westermann, Sean Liston
The goal of this report is to outline and cover the scope of work for the Single Arm Recumbent Bicycle Senior Project. The report will give an introduction of the problem, a background of the existing research or products relating to our project, the objectives of our project, our project management plan, our final design, manufacturing, testing, our project management, and final recommendations for improving the final design. The team is being supported by the Quality of Life Program, a non-profit organization that works to improve the lives of those injured in duty while serving our nation.
Up until now ...
The Effect Of Coronal Prosthetic Alignment Changes On Socket Reaction Moments, Spatiotemporal Parameters, And Perception Of Alignment During Gait In Individuals With Transtibial Amputation, 2018 Osaka Prefecture University, Japan
The Effect Of Coronal Prosthetic Alignment Changes On Socket Reaction Moments, Spatiotemporal Parameters, And Perception Of Alignment During Gait In Individuals With Transtibial Amputation, Hiroshi Hashimoto, Toshiki Kobayashi, Fan Gao, Masataka Kataoka, Kuniharu Okuda
Kinesiology and Health Promotion Faculty Publications
Introduction: The alignment of a prosthesis is clinically determined based on observations by clinicians and the subjective perception of amputees during gait. However, this process has been reported to be unreliable. Socket reaction moment has been reported to be significantly impacted by alignment changes, but the impact of these alignment changes on other gait parameters is unclear. The aim of this study was to investigate the effects of coronal alignment changes of a transtibial prosthesis on socket reaction moment, spatiotemporal parameters, and perceptions of alignment during gait in amputees.
Methods: Nine individuals with transtibial amputation participated in this study. Socket ...
An Engineer’S Take On The Bone-Ligament Interface: Utilizing Novel Technology To Improve Clinical Outcomes, 2018 University of New Mexico - Main Campus
An Engineer’S Take On The Bone-Ligament Interface: Utilizing Novel Technology To Improve Clinical Outcomes, Emma Garcia
Shared Knowledge Conference
Ligament repair is a common surgical practice with a significant lack of viable replacements. The current gold standard for repair is the use of tendon grafts from cadavers or from another place in the patient’s body; however, these often cause more problems than they solve including immune responses or a lack of mobility in another place in the body. Synthetic replacements are of growing interest, though the ability to mimic the complex structure of the ligament and how it connects to the bone remains an obstacle. Our lab built a 3D bioprinter combined with an electrospinner to address this ...
3d Bioprinting And Near-Field Electrospinning Composite Scaffolds For The Bone-Ligament Interface, 2018 University of New Mexico - Main Campus
3d Bioprinting And Near-Field Electrospinning Composite Scaffolds For The Bone-Ligament Interface, Emma Garcia, Christina Salas, Matthew N. Rush, Christopher Buksa, Marissa Perez, Ava Mauser, Steven Nery, Fermin Prieto, Darielys Morales
Shared Knowledge Conference
3D bioprinting is an additive manufacturing technique that can utilize a range of bioactive materials to construct specific architectures that mimic native tissue. Near-field electrospinning (NFE) offers precise alignment control to create non-woven mats with high tensile strengths. We built a custom E-spin printer that enables layer-by-layer alternating deposition between 3D bioprinting and NFE to create composite scaffolds for the bone-ligament interface. This complex region is difficult to simulate due to its functionally graded mechanical and biochemical properties. We created NFE poly(caprolactone) highly aligned micro-fibers which formed collagen fibril-like bundles. Poly(ethylene glycol) diacrylate with decellularized bone was encased ...
Tips For Allied Health Professionals To Successfully Engage With Research: A Commentary, 2018 Raja Isteri Pengiran Anak Saleha Hospital
Tips For Allied Health Professionals To Successfully Engage With Research: A Commentary, Siti Nurliyana Abdullah, Saravana Kumar
Internet Journal of Allied Health Sciences and Practice
While allied health professionals are encouraged to engage with research, there are numerous challenges to do so in practice. In this commentary, we reflect on some of these challenges and provide some simple tips on strategies that can be used by allied health professionals to overcome these challenges. These tips may provide a starting point for allied health professionals to successfully engage with research.
The New Hero Of Upper Limb Prosthetics, 2018 Augustana College, Rock Island Illinois
The New Hero Of Upper Limb Prosthetics, Erin Miskell
Biology: Student Scholarship & Creative Works
This paper looks at the history and future of upper extremity prosthesis. The goal of this paper was to compare three different up and coming technological advances in the field of prosthesis that may help the devices to become more life-like for their users. Of the three different approaches looked at, the Open Bionics Hero Arm is praised as being the best option.
Strategies To Increase Early Discharges To Decrease Hospital Length Of Stay And Avoidable Patient Days For Neuro-Spine Patients, Corey Fravert, R6, Trauma Team, Rehab Medicine, Neurosurgery, Joy Moody, Mark Parker, Suneela Nayak, Stephen Tyzik, Ruth Hanselman, Amy Sparks
STRATEGIES TO INCREASE MORNING DISCHARGES IN AN ACADEMIC TERTIARY HOSPITAL
Delays in patient discharge result in numerous negative impacts on the health care system. Amongst those are a reduced patient flow and satisfaction, long wait times, and physician/ staff frustration.
An inpatient neurotrauma unit initiated a performance improvement project that utilized a multidisciplinary approach to identify barriers to discharge and coordinate a discharge plan focused on neurospine patients.
A root cause analysis was conducted to collect reasons that these patients were not discharged by 11:00am. As a result of the findings, 4 performance improvement plans were created. Subsequent data ...