Social and Behavioral Sciences Commons^™

Mental Health Among D1 Female College Athletes: Prevalance And Links To Athletic And Academic Performance, Mary Goebel

Honors Theses

Background. NCAA Division I female student-athletes are underrepresented in mental health research; existing research among female athletes tends to focus only on disordered eating and body appearance. This study aims to 1) describe the prevalence of mental health issues (i.e., anxiety, depression, and stress) among female Division I college athletes, and 2) assess the association between mental health issues and the student-athlete experience (i.e., athletic and academic performance).

Methods. This was a quantitative, cross-sectional study that used a self-administered online survey. The participants were NCAA Division I female student-athletes, mainly from the University of Mississippi. Demographics and sample characteristics were …

Analysis Of Test Anxiety In Human Anatomy And Physiology I Students At The University Of Mississippi, Anne Piazza

Honors Theses

Student anxiety, specifically test anxiety, is common hindrance to student performance in various courses including Human Anatomy and Physiology at the University of Mississippi. Through a sequence of three surveys we collected demographic information, anxiety data related to the course, and test anxiety in general We researched factors that could potentially influence student anxiety such as at what point in the semester the student is evaluated, when students feel the most stressed, outcomes on previous evaluations, and perceived outcomes of the course. We also examined what effect the anxiety has on the student such as lowered performance, lowered test scores, …

Unanticipated Stressful And Rewarding Experiences Engage The Same Prefrontal Cortex And Ventral Tegmental Area Neuronal Populations, Alberto Del Arco, Junchol Park, Bita Moghaddam

Faculty and Student Publications

© 2020 Del Arco et al. Brain networks that mediate motivated behavior in the context of aversive and rewarding experiences involve the prefrontal cortex (PFC) and ventral tegmental area (VTA). Neurons in both regions are activated by stress and reward, and by learned cues that predict aversive or appetitive outcomes. Recent studies have proposed that separate neuronal populations and circuits in these regions encode learned aversive versus appetitive contexts. But how about the actual experience? Do the same or different PFC and VTA neurons encode unanticipated aversive and appetitive experiences? To address this, we recorded unit activity and local field …