Open Access. Powered by Scholars. Published by Universities.®
Biomedical Engineering and Bioengineering Commons™
Open Access. Powered by Scholars. Published by Universities.®
- Discipline
- Keyword
-
- Biomedical engineering (2)
- 3D printing (1)
- Alert (1)
- Automated prostheses (1)
- Balloons (1)
-
- Black-footed Ferret (1)
- Bone (1)
- Cranial Morphology (1)
- Drill System (1)
- Drug delivey (1)
- EMG sensor (1)
- Engineering (1)
- Hand grasp (1)
- Heat Sink System (1)
- Hydroxyapatite (1)
- LabVIEW (1)
- Medicine (1)
- Microfluidics; ablation; femtosecond laser; rapid prototyping (1)
- Orthopedic (1)
- Osteogenesis (1)
- Paclitaxel (1)
- Prosthetic (1)
- Pulse Oximeter (1)
- Rhythmlink International (1)
- Scaffolding (1)
- Screw Length (1)
- Stents (1)
- Tissue engineering (1)
- Zygomatic (1)
Articles 1 - 9 of 9
Full-Text Articles in Biomedical Engineering and Bioengineering
Optimization Of Microfluidic Chip Fabrication Via Femtosecond Laser Ablation, Kenneth Aycock
Optimization Of Microfluidic Chip Fabrication Via Femtosecond Laser Ablation, Kenneth Aycock
Senior Theses
Microfluidic devices have become staple tools in biomedical research and have a promising future as low cost, point-of-care (POC) diagnostic devices. Despite the advancements in microfluidic device technology, the manipulation and fabrication of these systems can be tedious and expensive. Repeatable techniques in which computer-aided designs are translated into microfluidic systems in a matter of minutes are highly desirable both for researchers and manufacturers. Laser ablation of tape substrates has shown promise in producing cost-effective, rapidly manipulable devices, but the work done thus far has utilized continuous wave lasers that perform suboptimally due to the relatively short wavelengths used and …
Development Of Rule-Based Recognition Systems For Continuous Monitorization Of Pulse Oximetry, Brian Delehanty
Development Of Rule-Based Recognition Systems For Continuous Monitorization Of Pulse Oximetry, Brian Delehanty
Senior Theses
Pulse Oximeters provide a convenient, non-invasive method to quickly gather information about a patient's pulse rate (PR) and arterial blood oxygen saturation (SpO2). Many pulse oximeters lack alert systems that notify caregivers if a patient's readings go outside the healthy range, and pulse oximeters that have these mechanisms are significantly more expensive. This project set out to write a program using LabVIEW that collects pulse oximeter data via Bluetooth and generates an alert when readings persist in the abnormal range for more than fifteen seconds. Due to privacy laws that allow pulse oximeter manufacturers to not disclose the …
Osteon Mimetic Scaffolding, Janay Clytus
Osteon Mimetic Scaffolding, Janay Clytus
Senior Theses
The purpose of this research is to provide an alternative to naturally derived bone grafts. There is a gap in the supply of donors and the demand of bone tissue. Artificial scaffold creation can work as an implant and decrease the shortage of bone grafts and increase the range of injuries that can be repaired. Current research focuses on optimizing mechanical properties such as porosity, improving vascularization using cells, and generating osteoconductivity. For osteodifferentiation, mesenchymal stem cells (MSCs) can differentiate into mesodermal lineages such as chondrocytes, osteoblasts, adipocytes, and tenocytes by supplementing cultures with lineage-specific soluble factors (Marchetti). Co-culturing ECFCs …
Integration Of A Sensory Driven Model For Hand Grasp Function In 3d Printed Prostheses, Austin T. Hetherington
Integration Of A Sensory Driven Model For Hand Grasp Function In 3d Printed Prostheses, Austin T. Hetherington
Senior Theses
My Honors Thesis was completed through the Biomedical Engineering senior design project I worked on. Our project took a mechanically operated 3D printed prosthetic hand and automated the process by which it makes a grasp. The purpose of this project was to provide an affordable, automatic prosthetic hand to those either capable and incapable of wrist flexion. The current 3D printed prosthetic models require users to bend their wrist to initiate a simple grasp. However, our design took an alternative approach by using an EMG sensor placed on the ventral side of the forearm to record muscle activity, which, upon …
Increasing Drug Delivery Efficacy Of Drug-Coated Balloons, Alexander Galan, Eric Bidinger, Franco Godoy, Shrusti Patel
Increasing Drug Delivery Efficacy Of Drug-Coated Balloons, Alexander Galan, Eric Bidinger, Franco Godoy, Shrusti Patel
Senior Theses
Peripheral artery disease (PAD), the narrowing of peripheral arteries located in areas such as the arms and legs, is a common disease that affects 12% to 20% of people over 65. Numerous therapies have been developed to treat PAD, the most recent technology being drug-coated balloons. Drug-coated balloons release drugs, such as Paclitaxel (PTX), into the arterial wall during balloon angioplasty to locally treat PAD. Current levels of drug transfer from the balloon to the vascular endothelium are at a low 10%-18%. Our Biomedical Engineering Senior Design project aims to increase drug delivery of drug-coated balloons by manipulating the clinically-controllable …
Evaluation And Modeling Of The Different Material Properties Of The Captive And Wild Diets Of Carnivores, Jill Den Outer, Bethany Janos, Elizabeth Mccourt, William Molair
Evaluation And Modeling Of The Different Material Properties Of The Captive And Wild Diets Of Carnivores, Jill Den Outer, Bethany Janos, Elizabeth Mccourt, William Molair
Senior Theses
Specific to captive BFFs, the most significant changes in cranial morphology are related to an increase in zygomatic arch width. The zygomatic arch region is the area along which the masseter muscle (a critical muscle of mastication for carnivores) is stretched3 . Mechanical stability of muscular tissues has been shown to be closely related to the structural integrity of the surrounding bones. In mice, mechanical unloading of the hind legs has been shown to induce muscular atrophy, which led to increased porosity and fragmentation in the femur and tibia4. As less force is required for a captive ferret to fully …
Orthopedic Drill System With Screw Length Measurement And Heat Sink System, Hunter Wilcox Rafoth, John Patrick Metz
Orthopedic Drill System With Screw Length Measurement And Heat Sink System, Hunter Wilcox Rafoth, John Patrick Metz
Senior Theses
Most orthopedic drills currently on the market are rudimentary tools that serve only one purpose: to drill holes through bone. Biosphinx envisions a more versatile orthopedic drill that could serve multiple purposes in the operating room. This report outlines Biosphinx’s solution to design a new orthopedic drill system that would include several key features to improve bone screw length measurement, increase patient safety, and reduce time spent in the operating room.
Next Generation Electrode, Joseph Daniel Bivona, Samuel Scott Dacus, Mary Harrell, James Frederick Weber Pike
Next Generation Electrode, Joseph Daniel Bivona, Samuel Scott Dacus, Mary Harrell, James Frederick Weber Pike
Senior Theses
This senior thesis involves the results of a biomedical engineering senior design project where the group worked with Rhythmlink International LLC. The project involved the improvement of the manufacturing process of the Invisa Electrode, a CT compatible electrode sold and manufactured by Rhythmlink. The design of the electrode pin was altered to have a hollow center, where the lead wire can be inserted and heat welded, eliminating two key components of the original design and reducing production time and cost. The type of plastic used in the electrodes was also altered to be a 40% carbon loaded conductive plastic.
New Design Of Nasogastric Decompression Tube That Incorporates A Self-Cleaning Brushing Mechanism, Nichole Abla, Lindsay Rucker, Paige Schroder
New Design Of Nasogastric Decompression Tube That Incorporates A Self-Cleaning Brushing Mechanism, Nichole Abla, Lindsay Rucker, Paige Schroder
Senior Theses
Many hospitalized patients require the removal of secretions that accumulate in the stomach and must be removed by a nasogastric tube, which unfortunately clogs often. This project outlines the redesign of the nasogastric tube that will ideally prevent nasogastric tube clogging by incorporating a brush mechanism and a contracting tip mechanism, to act as preventative measures against clogging.