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Articles 1 - 15 of 15
Full-Text Articles in Neurology
A Literature Review Of Mild Traumatic Brain Injury Research, Brindlea Peterson
A Literature Review Of Mild Traumatic Brain Injury Research, Brindlea Peterson
Honors Theses
Mild traumatic brain injuries (mTBI) are a type of traumatic brain injury (TBI) usually sustained from an injury to the head and are hard to diagnose due to the lack of physical evidence seen in diagnostic radiology. The estimated worldwide rate of incidence each year is 42 million, making mTBIs rather common. In the US armed forces, that rate of incidence is even higher due to the dangerous nature of the work being done. Many complications can come from not properly addressing an mTBI after it happens which makes being able to determine an appropriate return-to-play or return-to-duty time very …
The Impacts Of Aging, Sedentarism, And Exercise On Neurotrophic Factor Expression And Innervation In The Heart And The Effects Of Treatment With Α-Cgrp On Heart Function, Gabriel Almeida Alves
The Impacts Of Aging, Sedentarism, And Exercise On Neurotrophic Factor Expression And Innervation In The Heart And The Effects Of Treatment With Α-Cgrp On Heart Function, Gabriel Almeida Alves
Dissertations
Neurotrophic factors (NFs) are important molecules responsible for development, differentiation, regeneration, and maintenance of new and mature neurons. Neurotrophic factors act as neurocytokines and may assist with the regulation of axonal and dendritic arrangements and synaptic plasticity between neurons themselves or with other non-neural target tissues. In this study, we analyze the levels of two NFs: glial cell line-derived neurotrophic factor (GDNF) and nerve growth factor (NGF). Cardiomyocytes produce these neurotrophic factors which assist with the innervation pattern of the heart. The heart is innervated by the two branches of the autonomic nervous system; namely the sympathetic nervous system and …
A Signal Detection Framework For Evaluating The Effects Of Feedback On Stroke Recognition, Jordan D. Bailey
A Signal Detection Framework For Evaluating The Effects Of Feedback On Stroke Recognition, Jordan D. Bailey
Dissertations
The impact of stroke on the lives of individuals and the healthcare system is considerable. Damage from stroke can be reduced if the treatment is administered at the appropriate time so early recognition is essential. One problem is that strokes present in a variety of ways that sometimes do not fit into the Facial drooping, Arm weakness, Speech difficulties and Time (FAST; American Heart Association, 2019) acronym. Signal detection is one way to measure decision making under conditions of uncertainty (e.g., discriminating stroke symptoms and risk factors from other symptoms, and non-risk factors). The methodology also allows us to consider …
Organized Caudal Photoreceptors In The Medicinal Leech, Baylee Bancroft
Organized Caudal Photoreceptors In The Medicinal Leech, Baylee Bancroft
Honors Theses
Visual systems are essential to an organism’s survival. There are a wide range of photosensory organs across the animal kingdom, varying by means of structure, complexity, and the way in which they transduce information. Regardless of variation, visual systems provide the organism with information regarding external stimuli based on how light interacts with surrounding matter. The medicinal leech, Hirudo verbana, is one of the many important model organisms of neurobiology as this segmented annelid possesses a relatively simple nervous system and a rudimentary visual system. The leech also exhibits a restricted range of quantifiable overt behaviors and is capable of …
The Correlation Between The Microbiome And Neurodegenerative Disorders Such As Alzheimer Disease, Aurora Mokris
The Correlation Between The Microbiome And Neurodegenerative Disorders Such As Alzheimer Disease, Aurora Mokris
Honors Theses
Recent studies suggest that there are 1.3 times as many microbial cells as human cells in the body (Abbot, 2016). Another study claims that the combined genomes of this microbiota is 150 times that of the human genome (Zhuang & Shen, 2018). If you have ever had the feeling that you are not alone in an empty room you are most certainly correct. Your body is teeming with millions of organisms living in mutualistic symbiosis with you and surrounding microbes, but at times, this seemingly harmonious relationship can be disturbed, resulting in serious physical and psychological changes to the human …
Concussion In Student Athletes: Prevention, Assessment, And Recovery, Miriam A. Carroll-Alfano
Concussion In Student Athletes: Prevention, Assessment, And Recovery, Miriam A. Carroll-Alfano
Dissertations
The research presented in this study examines concussion among athletes from the perspectives of prevention, assessment, and recovery. The first study examines concussion education for high school athletes by surveying 157 collegiate athletes, who primarily attended high school in Illinois and Indiana, about the previous concussion education, including whether they received mandated education, the methods and providers of education, and their ability to name a variety of concussion symptoms. This study finds that despite legislative mandates in these states, 20% of student-athletes continue to report not receiving concussion education in high school, with females more likely to report not receiving …
Mechanisms Of Sleep And The Brain, Doungbagai Leo
Mechanisms Of Sleep And The Brain, Doungbagai Leo
Honors Theses
One of the most important homeostatic functions of the brain and body is sleep. This literary review analyzes the genes that are involved in sleep: Clock, Bmal1, Period, and Cryptochrome. It also explains the role of melatonin, GABA, orexin, and melanopsin during sleep regulation. The genes and neurotransmitters influence the suprachiasmatic nuclei and the circadian rhythm that our brain, and every cell of our bodies, have connections to. These connection help to ensure the homeostatic function of our bodies. The analysis of sleep-like states in other animals may show an evolutionary connection of sleep from non-mammals to mammals, but may …
The Neurochemistry Of Group Singing: Bonding And Oxytocin, Jason Keeler
The Neurochemistry Of Group Singing: Bonding And Oxytocin, Jason Keeler
Masters Theses
The purpose of this study was to examine the neurochemical correlates of group vocal improvisation and to determine the feasibility of the research methods. One group of four participants sang together in two conditions: pre-composed and improvised. Concentrations of plasma oxytocin and adrenocorticotropic hormone (ACTH) were measured before and after each singing condition to assess levels of hormones associated with social affiliation, engagement and arousal. Successful implementation of the methodology, including recruitment, data collection, and sample analysis, served as the primary outcome of this study. ACTH concentrations decreased in both conditions, and significantly so in the pre-composed singing condition. Mean …
The Effect Of Exercise Training On Skeletal Muscle Gdnf Content And Neuromuscular Physiology In A Mouse Model Of Amyotrophic Lateral Sclerosis., Nicole Carpp
Honors Theses
Amyotrophic lateral sclerosis (ALS) is a neurodegenerative disease accompanied by the loss of motor neurons, leading to paralysis and death. Glial cell line-derived neurotrophic factor (GDNF) promotes neuron health and function and has been proposed as a therapeutic treatment for ALS. GDNF protein expression in skeletal muscle is regulated by physical activity. The aim of this study was to determine if low intensity exercise would increase GDNF expression in skeletal muscle and slow degeneration of motor neurons in a mouse model of ALS. Following the first sign of disease onset, transgenic ALS mice were randomly assigned to one of three …
The Impact Of Prenatal Stress On The Development Of Limbic System Structures, Alyssa Murray
The Impact Of Prenatal Stress On The Development Of Limbic System Structures, Alyssa Murray
Honors Theses
Stress in early life is well documented as detrimental for the brain’s developmental trajectory, while prenatal stress is minimally explored. In the prenatal period, the placenta prevents much of the mother’s cortisol from reaching the fetus, but the fetus is still exposed to some maternal cortisol, and exposure increases with increasing stress. One neural structure particularly susceptible to stress is the hippocampus. The goal of this review is to address the role prenatal stress may play in damaging the hippocampus, a structure integral to learning and memory functions. Correlations between prenatal stress and a reduction in volume and function of …
Meeting The Needs Of Students With Traumatic Brain Lnjury, Heather K. Koole
Meeting The Needs Of Students With Traumatic Brain Lnjury, Heather K. Koole
Dissertations
School reintegration following pediatric traumatic brain injury (TBI) presents a number of challenges. This dissertation comprises three studies exploring common themes of best practice, training, and supporting success for students with TBI in school settings.
Study 1 reports the results of a survey of 70 speech-language pathologists (SLPs) who responded to questions about their use of clinical activities that described more or less contextualized services. Current literature supports contextualized service delivery as best practice. Findings indicated that 98% of participants reported using at least one contextualized practice. Higher use of contextualized practices was associated with working in schools (compared to …
Signal Processing With Neural Networks, Pero Smrzlic
Signal Processing With Neural Networks, Pero Smrzlic
Masters Theses
In this study, we introduce the Adaptive Back Propagation (ABP) learning algorithm, computationally superior to the standard Back Propagation. The ABP is based on the new activation function, with its corresponding adaptive learning parameter. By using the combination of computer simulations and analysis in the domain of activation function, the Method of One Hidden layer was developed for the effective utilization of units in one-hidden layer networks. A parallel version of the ABP was designed and implemented on a nCUBE-2 supercomputer with 128 processors.
The simulation results suggested a strong correlation between frequency of signals and the role of hidden …
Identification And Characterization Of Possible Multiple Binding Sites For ((3)H)8-Oh-Dpat In The Hippocampus, Dawna Lea Evans
Identification And Characterization Of Possible Multiple Binding Sites For ((3)H)8-Oh-Dpat In The Hippocampus, Dawna Lea Evans
Masters Theses
No abstract provided.
Fixed-Ratio Size As A Determinant Of The Development Of Tolerance To Morphine, Mark J. Nickel
Fixed-Ratio Size As A Determinant Of The Development Of Tolerance To Morphine, Mark J. Nickel
Masters Theses
The acute and chronic effects of morphine were examined in pigeons exposed to a multiple schedule with fixed ratio 5, 25, and 125 components. Acute exposure to morphine (0.56-10.0 mg/kg) resulted in rate reductions under each component when the dose was 1 mg/kg or higher. With chronic exposure to 5.6 mg/kg, tolerance to the rate-reducing effects of morphine was evident under each fixed ratio component. The development of tolerance was determined to some extent by fixed-ratio size, a result similar to earlier findings with cocaine.
Neuropsychological And Socioemotional Subtypes Of Childhood Externalizing Disorders: Cluster And Validation Analyses, Grant Jackson Butterbaugh
Neuropsychological And Socioemotional Subtypes Of Childhood Externalizing Disorders: Cluster And Validation Analyses, Grant Jackson Butterbaugh
Dissertations
The purpose of this exploratory and confirmatory contrasted-group classification study was to determine if specifically predicted (Hypothesis 1) and externally valid (Hypotheses 3 and 4) subtypes of childhood externalizing disorders could be identified, using previously obtained neuropsychological (NP), socio-emotional (SE), and historical variables. Cross-classification validity was evaluated to determine if subjects NP and SE subtype memberships could be predicted using either their SE and NP subtype memberships or their SE and NP variable scores, respectively (Hypothesis 2). Subjects (n = 117) were 6-to-14-year-old boys and girls with normal intelligence, elevated scores on the Delinquency and/or Hyperactivity scales of the Personality …