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Full-Text Articles in Medicine and Health Sciences
Neuropsychological Effects Of Interactive Physical And Cognitive Exercise: Increasing The Mental Challenge, Shannon Crowley
Neuropsychological Effects Of Interactive Physical And Cognitive Exercise: Increasing The Mental Challenge, Shannon Crowley
Honors Theses
In the past decade there has been a strong desire to implement more enjoyable, interactive video game experiences to enhance an individual’s exercise performance. In addition, virtual reality exercise has been utilized to create a more pleasurable experience for older adults suffering from dementia. Best (2012) defined exergaming as, “a new generation of video games that stimulate a more active, whole-body gaming experience.” A recent study found that exergaming, when compared to stationary biking, can improve cognition among the older population suffering from cognitive decline (Anderson-Hanley et al., 2012). In addition, working memory training also leads to a significant improvement …
Neuropsychological Outcomes Of Children With Craniosynostosis, Marykathryn Strahle
Neuropsychological Outcomes Of Children With Craniosynostosis, Marykathryn Strahle
Honors Theses
Craniosynostosis is the premature fusion of one or more cranial sutures. Previous research suggests that craniosynostosis is related to cognitive deficits, impairments, and delay, and that these impairments might be related to the age of surgical intervention or the location and severity of suture fusion (Kapp-Simon, 1998). The current research sought to further investigate such relationships using a sample of 177 pediatric patients from the University of Michigan Neuropsychology Clinic. The data included 56 intelligence quotient (IQ) scores from various neuropsychological tests [Bayley Scales of Infant Development (BSID), Wechsler Preschool and Primary Scale of Intelligence (WPPSI), and Wechsler Intelligence Scale …
Design Of A Medical Walker With An Integrated Crutch Mechanism, Harrison Bourikas
Design Of A Medical Walker With An Integrated Crutch Mechanism, Harrison Bourikas
Honors Theses
Many elderly people and injured people suffer from physical complications that make it difficult or dangerous for them to perform everyday activities, thereby inhibiting their mobility. Some of these activities include walking, standing, and sitting. As a result, it is no surprise that many companies in the medical industry have already attempted to construct an array of options to aid these people, including basic medical walkers, and standing-assist furniture, poles, and machines. Although these options are fair choices, they fail to integrate portability, simplicity, and multi-functionality together. Therefore, this thesis focuses on designing and building a dual purpose machine that …
Effects Of Playing Surface And Shoe Type Of Acl Tears In Soccer Players, Melissa Mansfield
Effects Of Playing Surface And Shoe Type Of Acl Tears In Soccer Players, Melissa Mansfield
Honors Theses
Anterior Cruciate Ligament injuries have become more common in athletes over the past decade which is believed to result from playing on more artificial turf surfaces. This study tested the playing surface theory by building upon a previous study conducted with Albany Medical Center which tested surface samples using an axial-torsion load frame located at Union College. The motion that causes most ACL noncontact injuries is replicated by the load frame which pushes and rotates a shoe against the playing surface and measures the torque it experiences. The foot position, normal load, degree of rotation and rate of rotation were …
The Optimization Of Porosity And Pore Patterning For Patient-Specific Ti-6 Al-4v Femur Implants, Stephen Paolicelli
The Optimization Of Porosity And Pore Patterning For Patient-Specific Ti-6 Al-4v Femur Implants, Stephen Paolicelli
Honors Theses
Metastatic bone cancer often arises in the long bones of the body. Taking a patient specific approach by utilizing a customized implant is a superior method of treatment compared to today’s solutions, which often includes amputation. A titanium-alloy femur implant has been optimized by varying pore size, pore pattern, and porosity in order to maximize osseointegration. By maximizing osseointegration, the implant will remain firmly in place for a longer period of time because bone will grow throughout the implant, securing it. In addition, it is important for the bone to behave mechanically like bone. This requires the global elastic modulus …