Medicine and Health Sciences Commons^™

Additive Manufacturing For Medical Education, Michael Noon

College of Engineering Summer Undergraduate Research Program

A growing body of evidence is suggesting that anatomical knowledge, the keystone of many medical specialties, is suffering among new graduates. While a host of reasons are provided, one common thread that many point to is the decline of cadaver dissections in the classroom. Many virtual audio-visual tools are used to address this gap, yet evidence has shown their ineffectiveness. Given this gap, the high degree of flexibility found in additive manufacturing (AM), and the many uses AM has already found in the medical field, we propose its use to fill this gap, allowing for students to learn with touch …

A 3d Printed Microneedle System For Transdermal Drug Delivery Of Anticancer Drugs, Md Jasim Uddin, Tanvir Ahmed, Dennis Douroumis

Research Symposium

Background: Transdermal delivery of drugs is an attractive alternative to the conventional route of administration as oral delivery. The hypodermic injections are painful and less patient compliance. Microneedles (MNs) are micron-sized, minimally invasive needles to deliver a wide range of molecules (e.g., small, DNA, vaccines etc.) to the upper portion of the dermis in a sustained and controlled manner, without causing any pain. The introduction of 3D printing technologies in the fabrication of MN will promote one-step manufacturing tools and scale-up for the delivery devices of anticancer drugs.

Methods: The 3D printed MN (3DMN) arrays were fabricated using Stereolithography (SLA), …

Evaluation Of 3d Printing Technologies And 3d Printed Materials In The Use Of Orthotic And Prosthetic Devices, Cory Larson

Master of Science in Kinesiology

Additive Manufacturing (AM) is disrupting fabrication techniques, bringing new design possibilities with associated benefits of less waste, improved design, improved time management, and less cost. The field of Orthotics and Prosthetics (O&P) is investigating how 3D printing, a subset of AM, can be used for fabrication of O&P devices. Before this technology is fully accepted, it needs to go through rigorous testing to ensure the safety of the individuals using the devices and the longevity of the devices themselves to ensure long term-use as a viable option. Research needs to define which type of 3D printing technology and what printed …

Evaluation Of Using 3d Printing To Design And Build Omm Spinal Models For Teaching And Education, John Matechak, Madison Cohen, Meagan Sherrington, Joy Zarandy

Research Day

INTRODUCTION: Understanding spinal mechanics is the foundation for osteopathic manipulative medicine (OMM) training. With such knowledge, osteopathic physicians may confidently diagnose and treat spinal somatic dysfunctions. However, a dynamic and objective teaching tool to educate students on spinal mechanics has not been established. While 3D printing is gaining utility in academia, it is only just beginning to be employed within osteopathic educational settings. A literature review found a single study exploring the use of 3D printing to educate students on rib mechanics. Our study makes use of 3D printing to develop a functional model to teach and test students on …

Design And Preliminary Testing Of A Multi-Use 3d-Printed Splint For Wilderness Medicine, Ryan Desrochers, John Desrochers

Rowan-Virtua Research Day

Splinting devices are commonplace in emergency medicine, as musculoskeletal and soft tissue injuries account for a majority of nonfatal events in wilderness medicine. Current splint designs, such as the SAM splint, sacrifice site-specific stability for their portability. This leads to the need for a similarly portable, but more securely fitting splint device. This design aims to provide a lightweight, multi-use, reusable, biodegradable, and inexpensive solution for splinting in wilderness medicine. A thin plate constructed of polylactic acid extruded from a 3D printer becomes easily malleable after submersion in hot water and can be form fitted to almost any location on …

Effect Of Different Supporting Die Materials And Crown Thicknesses On The Fracture Load Of Monolithic 3y-Tzp Zirconia And Lithium Disilicate Crowns, Akram Mohamed Mohamed Gad Sayed Ahmed

All ETDs from UAB

Background: Conventionally, the strength of dental materials used for fixed restorations is measured using specimens of simplified geometry (i.e bars or discs). There is value in measuring the strength of these materials in their anatomic geometry (i.e crowns) under clinically relevant loading conditions. One advantage of performing the so-called crown fracture test is that the material may benefit from its ability to be strengthened by its bond to a tooth-mimicking die. When performing a crown fracture test, the ideal die material is natural tooth structure. However, the variability in natural tooth anatomy and microstructure makes the use of a standardized, …