Matching Items (23)
Description
Many studies have supported the "epidemic" of increasing narcissism with the current generation. However, the importance of accurately measuring narcissism has never been greater. Studies have measured the reliability and feasibility of the narcissistic personality inventory (NPI) at reporting narcissism and the Noldus FaceReader technology at detecting basic emotions, but the validity of these two measurement tools working together needs to be further researched. This study investigated how reliable the Noldus FaceReader technology was at detecting basic emotions of participants while they performed the NPI personality quiz and if the emotions generated from the facial analysis software can accurately represent an individual's narcissistic characteristics. Specifically, the study explored how the narcissistic personality quiz and the newest version of Noldus FaceReader can be used to detect narcissistic individuals within a team environment. An intervention was conducted in which participants, 16 female collegiate soccer players, engaged in the fall soccer season. Narcissism scores were measured before and after the intervention and then analyzed in correlation with the emotions through the facial analysis software. Results from the study showed that the 40-question narcissistic personality quiz could be condensed into a 14-question quiz in order to truly detect narcissism by generating corresponding emotions. Results also showed that narcissism is most significantly and consistently correlated to the emotions of scared, angry, and disgusted.
ContributorsRaybe, Jessica Rose (Author) / Chisum, Jack (Thesis director) / Marsit, Joseph (Committee member) / Carr, Natasha (Committee member) / School of Nutrition and Health Promotion (Contributor) / School of Public Affairs (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
For my Honor’s Project for Barrett the Honors College, I chose to research and develop an
application on the topic of Ideal Weightlifting Volume and Frequency for The Male Lifter. The
reason I decided to center my project around this topic is due to the plethora of information
available on this subject matter. However, I was more driven to pursue this subject matter due to
the lack of implementation and usage of all the relevant information and case studies offered to
us through the means of online journals, abstracts, reports, etc.
The application will be programmed using the software known as Android Studio. Inside
Android Studio, the programming language that will be utilized is Java. The goal for this
application is to gather information from the user, and with that information, create a conducive
weekly weightlifting regiment based on the wants and needs of the user. Furthermore, the
application will only create programs on a week to week basis, thus encouraging the user to
dabble with different preferences each week. Outputting the program on a week-to-week basis is
an integral logic of this program because it is my belief that if the user is given the privilege to
change their programming on a weekly basis this will allow for flexibility, adaptability, and the
pursuance of short-term goals, which is much more tangible in the onslaught of obtaining a goal.
When browsing through the app store or the internet, it is incredibly difficult to find online
programs that utilize research and scientific credibility. Many of these programs and trainers
offer quick results that are flashy and trendy, however lack any real qualitative reinforcement.
Thus, it is my mission, with my application, to create a program that is intuitive for the user, as
well as to provide scientific programming with proper citation of case studies and reports
conducted by educated individuals.
application on the topic of Ideal Weightlifting Volume and Frequency for The Male Lifter. The
reason I decided to center my project around this topic is due to the plethora of information
available on this subject matter. However, I was more driven to pursue this subject matter due to
the lack of implementation and usage of all the relevant information and case studies offered to
us through the means of online journals, abstracts, reports, etc.
The application will be programmed using the software known as Android Studio. Inside
Android Studio, the programming language that will be utilized is Java. The goal for this
application is to gather information from the user, and with that information, create a conducive
weekly weightlifting regiment based on the wants and needs of the user. Furthermore, the
application will only create programs on a week to week basis, thus encouraging the user to
dabble with different preferences each week. Outputting the program on a week-to-week basis is
an integral logic of this program because it is my belief that if the user is given the privilege to
change their programming on a weekly basis this will allow for flexibility, adaptability, and the
pursuance of short-term goals, which is much more tangible in the onslaught of obtaining a goal.
When browsing through the app store or the internet, it is incredibly difficult to find online
programs that utilize research and scientific credibility. Many of these programs and trainers
offer quick results that are flashy and trendy, however lack any real qualitative reinforcement.
Thus, it is my mission, with my application, to create a program that is intuitive for the user, as
well as to provide scientific programming with proper citation of case studies and reports
conducted by educated individuals.
ContributorsMallick, Zeeshan Khursheed (Author) / Marsit, Joseph (Thesis director) / Chisum, Jack (Committee member) / Computer Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05
Description
Poor functional movement capabilities can often be indicative of an increased risk for non-contact musculoskeletal injury. The Functional Movement Screen is an efficient screen that categorizes people into "at risk for injury" or "not at risk for injury" through the use of seven comprehensive movement tests. Past research has shown that the screen is a valid and reliable tool in identifying an increased risk for injury. The Functional Movement Screen is ideal for fitness settings because those who exercise more often are putting themselves at a higher risk of developing harmful movement patterns or imbalances. Therefore, highly active populations would benefit the most from regular Functional Movement Screens. Functional Movement Screen scores could be utilized by fitness professionals to produce more effective and more individualized training programs that include exercises to maintain or correct functional movement capabilities. The scores on each individual movement test could be analyzed, and any low scores or asymmetries should be noted. Corrective exercises should target the low and asymmetrical scores. The Functional Movement Screen would benefit people who are seeking personal training, because their score on the screen could allow the fitness professional to design a program that targets their individual movement needs. Training programs could implement corrective exercise into the training plan to correct or maintain functional movement while also increasing strength or endurance. Motivational theory-based strategies could provide a method for fitness professionals to foster adherence to the corrective exercises. By increasing feelings of intrinsic motivation using the constructs of the Self-Determination Theory, fitness professionals could increase clients' adherence to corrective exercise and maintain or improve upon their functional movement capabilities.
ContributorsSchmidt, Jessica Pauline (Author) / Feser, Erin (Thesis director) / Marsit, Joseph (Committee member) / Hoffner, Kristin (Committee member) / School of Nutrition and Health Promotion (Contributor) / W. P. Carey School of Business (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
Given the importance of arm mechanics in sprinting and the utility of F-V profiles, the purpose of the following study was to determine the effects of forearm WR on the horizontal F-V profile during sprinting. To determine the effect of forearm WR on the horizontal F-V profile during sprinting, a cross-sectional, repeated measure within subjects design was used, with athletes assessed both with and without forearm WR. The WR condition used 2% BM attached to the forearms. In a randomized order, subjects performed a series of maximal effort 30 m sprints; two unloaded sprints and four with WR. Three sprints were executed from a block start: one unloaded, and two with WR. The additional three sprints were executed from a split-stance start: one unloaded and two with WR. From this study, 2%BM WR was found to significantly increase sprint times from both block and standing starts. It also significantly decreased V0 and Fsystem from a block start and Psystem from a standing start. The significance from a block start may imply the arm’s greater role during the start and acceleration phases of sprinting during that position. The overloading of V0 from a block start in the F-V profile points to forearm WR as a possible tool for athletes to use during training who are overly force dominant from a block start and need to shift their profile to V0 dominance or balance in general.
ContributorsMishra, Megna (Author) / Nolan, Nicole (Thesis director) / Feser, Erin (Committee member) / College of Health Solutions (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05
Description
Research indicates patient adherence to physical therapy home exercise programs is low and this is confirmed anecdotally by people working in the field. Many patients do not improve at the desired rate because they are only coming into the clinic for two to three days a week and then do not continue with their exercises at home. This thesis project was focused on designing a mobile application that would better help physical therapists facilitate home exercises for their patients. The goals of this application were to make it easier for patients to remember what they need to do and how often they need to do it, to increase patient improvements by making it easier to access and complete assigned exercises, and to make the physical therapist more efficient and effective by assigning the exercises through a program that can be easily altered. In order to create this application, research on self-efficacy, adherence, and behavior strategies and theories was collected. Then, interviews with physical therapists and patients were completed to determine what content should be added to the application for patients to be successful and to determine what features they believed would best facilitate exercise adherence. Lastly, the application and its features were designed based on the collected research and interviews.
ContributorsMoran, Alyssa Marie (Author) / Broman, Tannah (Thesis director) / Feser, Erin (Committee member) / School of Nutrition and Health Promotion (Contributor) / Barrett, The Honors College (Contributor)
Created2018-12
Description
Athletes at any level of competition face high-stress environments in which they are still expected to perform at a high level. Because of this, athletes require mental toughness in order to skillfully perform and hopefully outperform their opponents. Mental toughness in sport is a term used to describe a variety of psychological skills that an athlete utilizes that allows them to perform better and more consistently than their competitors. This study was designed to determine whether mental toughness distinguished pole vaulters at three different levels of competition. It was hypothesized that post-collegiate athletes would have higher mental toughness scores than collegiate athletes who would subsequently score higher than high school athletes. Two questionnaires were given to high school, collegiate, and post-collegiate pole vaulters (n = 65) to determine total mental toughness scores as well as scores for eight different subcategories of mental toughness including motivation, self-belief, intensity, focus, control, coping, thriving on pressure, and assertiveness. ANOVA and multiple comparisons demonstrated that mental toughness differentiated post-collegiate pole vaulters from high school pole vaulters, but not between collegiate and post-collegiate. Additionally, collegiate and post-collegiate vaulters scored significantly higher than high school vaulters in the subcategories of motivation and control. Data also showed that male competitors demonstrated significantly higher mental toughness scores than female athletes on both questionnaires. Based on the research, knowing that mental toughness scores differentiate high school pole vaulters from elite pole vaulters (particularly in the areas of control and motivation) could set the foundation for training programs and targeted psychological interventions for younger athletes.
ContributorsWarren, Hannah Victoria (Author) / Hoffner, Kristin (Thesis director) / Broman, Tannah (Committee member) / Feser, Erin (Committee member) / School of Nutrition and Health Promotion (Contributor) / Barrett, The Honors College (Contributor)
Created2016-12
Description
Injury Prevention of Young Adult Competitive Athletes Abstract: This literature review covers many aspects of health and injury prevention that affects the young adult population. This review will begin to formulate a general guideline for sustaining performance while minimizing the incidence for injury. This population is specifically narrowed down to competitive athletes between the ages of 16-22. Some of the topics covered in this paper are the effects of macro-nutrients and micro-nutrients such as iron, calcium, vitamin D and vitamin C, on the body. Along with relating nutrition to lowering the risk of injury, there are also other topics covered such as sleep, stress relief in the form of binaural sounds, training and over-training. Nutrition topics include carbohydrates, proteins and fats, which are then split into their respective roles inside the body. These macro-nutrients are also associated with recovery and the timing and quantity consumed can be at optimal levels for competitive athletes based on gender, age and size. The vitamins and minerals discussed are also important factors in injury prevention related to bone, ligament and muscle strength. These micro-nutrients are also related to hormone regulation and immune system response which are necessary in mitigating the risk of injury in the population being analyzed. Finally, there is a training section of this literary review which covers monitoring external and internal loads experienced by the athletes, movement patterns as well as flexibility, and how to respond to over-training syndrome and overreaching in young adult athletes. Creating a balance between all aspects covered will result in a high likelihood of reducing the risk for injury in the young adult population.
ContributorsMark, Colby Jordan (Author) / Levinson, Simin (Thesis director) / Feser, Erin (Committee member) / Harrington Bioengineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2016-12
Description
Injury, a prevalent issue in Division I collegiate sports, can have negative mental and physical implications. It is thought that certain modifiable biomechanical factors such as muscle imbalance, alterations in posture, flexibility, and movement dysfunction can increase an athlete's risk of injury. It is imperative to implement a protocol that monitors athletes' functional capabilities and improves movement patterns upon identifying dysfunction to not only reduce the risk of injury, but also to promote and maintain high performance standards. This project studied the effect of a corrective exercise regimen on Functional Movement Screen (FMS) and range of motion (ROM) scores of the Arizona State University baseball team.
ContributorsVallejos, Danielle Alicia (Author) / Feser, Erin (Thesis director) / Berger, Christopher (Committee member) / School of Nutrition and Health Promotion (Contributor) / Barrett, The Honors College (Contributor)
Created2017-12
A Comparison of the Effects of Two Warm- Up Protocols on Strength and Power in College- Aged Females
Description
The following study compared the effects of acute static stretching (SS) and whole body vibration (WBV) protocols on strength and power in college-aged recreationally active females. Ten active, Arizona State University females participated in the study after providing informed consent and filling out a survey to determine their health status and physical activity level. Participants took part in the study over two days, each day starting with a standardized cycling protocol, followed by random assignment to either a static stretching or whole body vibration warm-up condition. Whichever protocol they did not complete during the first session, they completed during the second session. After the warm-up protocol, vertical hang time and vertical jump were used to test leg power, and 1- RM bench press, and 1- RM leg press were used to evaluate the participants’ upper and lower body strength, respectively. Multiple t-tests were conducted for each sports performance test conducted: vertical hang time, vertical jump, bench press, and leg press. Strength and power, as assessed in this sample, were not significantly different based on warm-up protocol. T-tests comparing the effects of two warm-up techniques revealed that there were no significant differences in the leg power scores for vertical hang time (p ≤0.86) (effect size = 0), or vertical jump height (p =1) (effect size = 0). Similarly, there were no significant differences in bench press (p ≤0.08) (effect size = 0.38), and leg press (p ≤0.29) (effect size = 0.31), although effect sizes were moderate. Because of the medium effect sizes for leg press (0.31) and bench press (0.38), it is possible that WBV can facilitate greater strength gains in female college students, but more subjects are needed to further evaluate this finding. Given that leg power was not different based on warm-up technique, it is possible that static stretching for less than 30 seconds did not impede power in these active females. Clearly, more research needs to be performed on the effectiveness of the vibration platform comparing additional bouts of duration and frequency in active and athletic college-aged females.
ContributorsCring, Kelsey Marie (Author) / Randsell, Lynda (Thesis director) / Feser, Erin (Committee member) / School of Nutrition and Health Promotion (Contributor) / Barrett, The Honors College (Contributor)
Created2017-12
Description
Although maintaining an optimal level of muscle quality in older persons is necessary to prevent falls and disability, there has been limited research on muscle quality across age and gender groups. The associations of muscle quality, muscle strength, and muscle mass also remain less explored. Purpose: This study examined the muscle quality differences (arm and leg) between healthy young and elderly adults across gender groups. This study also examined the associations of muscle quality, muscle strength, and muscle mass in young and elderly adults, respectively. Methods: Seventy-one total subjects were recruited for this study within age groups 20-29 years old (20 females and 20 males) and 60-80 years old (18 females and 13 males). All participants completed anthropometric measures, dual-energy x-ray absorptiometry, pulse wave velocity, handgrip strength and leg strength tests, gait speed, and sit to stand test. Results: Young male adults had a greater leg muscle quality index (leg MQI) than did elderly male adults (21.8 Nm/kg vs. 16.3 Nm/kg, p = 0.001). Similarly, young female adults had a greater leg MQI than did old female adults (21.3 Nm/kg and 15.6 Nm/kg, p<0.001). For arm muscle quality index (arm MQI), there was a gender difference in young adults (p = 0.001), but not for the elderly adults. Among elderly adults, there was a positive association between leg MQI and isometric leg strength (r = 0.79, p<0.001). Notably, there was a negative association between leg MQI and leg lean mass (r = -0.70, p<0.001) and between arm MQI and arm lean mass (r = -0.58, p = 0.001). In young adults, there was also a positive association between arm MQI and handgrip strength (r = 0.53, p<0.001) and between leg MQI and isometric leg strength (r = 0.81, p<0.001). There was no association between muscle quality and muscle mass in young adults. Conclusion: Young adults had a greater leg muscle quality than did elderly adults in both men and women. Leg muscle quality is positively associated with leg muscle strength in both young and elderly adults but is inversely associated with leg muscle mass in the elderly adults.
ContributorsDierickx, Erin (Author) / Lee, Chong (Thesis advisor) / Swan, Pamela (Committee member) / Marsit, Joseph (Committee member) / Chisum, Jack (Committee member) / Arizona State University (Publisher)
Created2017