COMPARISON OF PROPORTION OF TEXAS CAMPUS COLLEGE, CAREER, AND MILITARY READINESS OF ALL STUDENTS TO THE PROPORTION OF TEXAS CAMPUS COLLEGE, CAREER, AND MILITARY READINESS BY ETHNICITY/RACE, GENDER, AND ECONOMIC STATUS

Purpose The primary purpose of this journal-ready dissertation was to determine the degree to which differences might be present in the campus proportion of college, career, and military readiness for Texas high school graduates. In particular, the purpose of this study was to determine the extent to which the overall campus proportion of college, career, and military readiness differed between student ethnic groups (i.e., Hispanic, White, and Black) in categories (i.e., lowest proportion, below average proportion, above average proportion, highest proportion) established using means and standard deviations when compared to the overall campus proportion for all students in two school years. A second purpose was to determine the extent to which the campus proportion of college, career, and military ready students differed by gender compared to the overall campus proportion of college, career, and military ready students in two school years. The third and final purpose of this study was to determine the extent to which the campus proportion of college, career, and military ready students differed by student economic status when compared to the overall campus proportion of college, career, and military ready students in two school years. College, career, and military readiness rates are reported in the Texas Academic Performance Reports, and these data were analyzed for two school years: 2017-2018 and 2018-2019. Method A non-experimental causal-comparative research design was employed for this investigation to determine the degree to which differences were present among college, career, and military ready students by ethnicity/race, gender, and economic status. Archival data were obtained from the Texas Education Agency’s Texas Academic Performance Reports (TAPR) for the 2017-2018 and 2018-2019 school years. Participants were Texas high school students who graduated college, career, or military ready. Findings In the first investigation, most of the results were statistically for all groups by ethnicity/race for both school years. The White student analysis for the 2018-2019 school years did not reveal a statistically significant result. Effect sizes for all statistically significant results were small or below small (Cohen, 1988). In the second study, gender did not prove a statistically significant difference for the 2017-2018 school years. However, the 2018-2019 school year’s analysis was statistically significant, resulting in a below small effect size for male and female students. In the third and final investigation, results were definitive, revealing no statistically significant difference between the campus proportion of economically disadvantage and the overall campus proportion for both school years

Interventions to address antimicrobial resistance: an ethical analysis of key tensions and how they apply in low-income and middle-income countries

Antimicrobial resistance (AMR) is a global health and one health problem. Efforts to mitigate the problem of AMR are challenging to implement due to unresolved ethical tensions. We present an in-depth ethical analysis of tensions that might hinder efforts to address AMR. First, there is a tension between access and excess in the current population: addressing lack of access requires facilitating use of antimicrobials for some populations, while addressing excessive use for other populations. Second, there is a tension between personal interests and a wider, shared interest in curbing AMR. These personal interests can be viewed from the perspective of individuals seeking care and healthcare providers whose livelihoods depend on using or selling antimicrobials and who profit from the sales and use of antimicrobials. Third, there is a tension between the interests of current populations and the interests of future generations. Last, there is a tension between addressing immediate health threats such as pandemics, and AMR as a 'silent', chronic threat. For each of these tensions, we apply 'descriptive ethics' methods that draw from existing evidence and our experiences living and working in low-income and middle-income countries to highlight how these ethical tensions apply in such settings

Stressful Scriptures: Gender Role Ideology, Gender Role Stress, and Christian Religiosity

The Gender Role Stress paradigm asserts that individuals experience distress when they cannot or do not want to live up to the roles prescribed to their gender, and this stress is related to Gender Role Ideology. Within American Christian culture, gender roles are socialized and shaped according to tradition and the Bible. To investigate the intersection of these factors, Christian adults will respond to questionnaires about their Gender Role Ideology, Gender Role Stress, and religiosity. Significant positive correlational relationships between Gender Role Ideology and Gender Role Stress, between religiosity and Gender Role Ideology, and between religiosity and Gender Role Stress are expected for both men and women. However, Gender Role Ideology is expected to partially mediate any relationship found between religiosity and Gender Role Stress. This will imply that for Christian individuals, religiosity and Christianity are related to Gender Role Stress but this relationship is dependent on an individual’s beliefs about gender roles. Implications and further directions are discussed, including spiritual gender role negotiation and the sanctification paradigm

SIMULATION OF BREED AND CROSSBREEDING EFFECTS ON COSTS OF PORK PRODUCTION

A bio-economic model of swine production was used to simulate expected performance effects of breeds in alternative breeding systems on total costs/100 kg of live weight (EWW) or/l00 kg lean (ELW) for marketing at 100 kg live weight and on costs/100 kg lean for marketing at mean 185-d weight (ELA). Effects of heterosis and of six U.S. breeds were simulated for integrated industry purebred (P), two-breed specific (2S), backcross (2B) and rotation cross (2R), and three-breed specific (3S) and rotation cross (3R) breeding systems. Traits considered were age at puberty (-PUB), conception rate (CR), litter size born alive (NBA), preweaning viability (VIAB), milk production (MILK), age at 100 kg live weight (-DAYS) and empty body fat percentage (-FAT). Cost reductions from crossbreeding systems were greater for ELA than for ELW or EWW, ranging from -3 to -5% for 2S, -6 to -7% for 2B and 2R, and -7 to -9% for 3S and 3R. Reductions in nonfeed costs were much greater than those in feed costs for EWW and ELW (-4 to -12% vs -2 to -4%), and especially for ELA (-9 to -17% vs -1 to -2%). Order of maternal trait importance in ranking breeds was NBA, VIAB, CR, MILK and -PUB for P, 2R and 3R systems and as maternal breeds in 2S and 3S systems. For cost of lean, -FAT was as important as NBA in all except maternal breed roles. For ELA, -DAYS was important in all breed roles, but not for EWW and ELW, especially in maternal breed roles. In ranking paternal breeds for use in 2S and 3S systems, the important traits were only VIAB for EWW, VIAB and -FAT for ELW, but VIAB,-FAT and -DAYS for ELA. Existing breeds ranked differently as paternal breeds than as maternal or general purpose breeds. Complementary paternal-maternal effects permitted greater cost reductions from best 3S (-7 to -10%) than from best 3R (-6 to -8%) breed combinations. Maternal breeds in crosses benefited from superiority in components of both sow and pig performance

EFFECT OF PLANTING DATE, NITROGEN RATE, AND HYBRID ON SUNFLOWER

Sunflower is a potential crop for the southeastern United States for production of cooking oil or biodiesel. In 2007, we evaluated the effect of planting date (PD, 20 April, 20 May, and 20 June), nitrogen (N) application rate (0, 67, 134, and 202 kg ha−1), and hybrid (‘DKF3875’, ‘DKF2990’, ‘DKF3510’, and ‘DKF3901’) on sunflower productivity and oil profile in four Mississippi locations, Newton, Starkville, and two sites in Verona. There was a trend of increased oleic acid concentration with earlier planting dates, especially in hybrids with lower oleic acid concentration. Earlier planting dates of ‘DKF3901’ and ‘DKF2990’ (the hybrid with the lowest oleic acid) actually had 200 to 300 g kg−1 higher concentration of oleic acid when grown in Mississippi vs. the original seed of the same hybrids used for planting and produced at a more northern latitude. This and a recent study in Mississippi suggest that modern hybrids could provide ample yields even when the N fertilization is relatively low

A new spin-anisotropic harmonic honeycomb iridate

The physics of Mott insulators underlies diverse phenomena ranging from high temperature superconductivity to exotic magnetism. Although both the electron spin and the structure of the local orbitals play a key role in this physics, in most systems these are connected only indirectly --- via the Pauli exclusion principle and the Coulomb interaction. Iridium-based oxides (iridates) open a further dimension to this problem by introducing strong spin-orbit interactions, such that the Mott physics has a strong orbital character. In the layered honeycomb iridates this is thought to generate highly spin-anisotropic interactions, coupling the spin orientation to a given spatial direction of exchange and leading to strongly frustrated magnetism. The potential for new physics emerging from such interactions has driven much scientific excitement, most recently in the search for a new quantum spin liquid, first discussed by Kitaev \cite{kitaev_anyons_2006}. Here we report a new iridate structure that has the same local connectivity as the layered honeycomb, but in a three-dimensional framework. The temperature dependence of the magnetic susceptibility exhibits a striking reordering of the magnetic anisotropy, giving evidence for highly spin-anisotropic exchange interactions. Furthermore, the basic structural units of this material suggest the possibility of a new family of structures, the `harmonic honeycomb' iridates. This compound thus provides a unique and exciting glimpse into the physics of a new class of strongly spin-orbit coupled Mott insulators.Comment: 12 pages including bibliography, 5 figure

Implementing Health Sciences After-School Programming for Mississippi High School Students: the Impact of Social Determinants of Health

Corresponding author (Pharmacy Administration): Saara Nasruddin, [email protected]://egrove.olemiss.edu/pharm_annual_posters_2022/1013/thumbnail.jp

Inspiring Minds, Exploring Science with Project SCORE Curriculum

Corresponding author (Pharmacy Administration): Tess Johnson, [email protected]://egrove.olemiss.edu/pharm_annual_posters_2022/1009/thumbnail.jp