Who does this benefit? A consideration of demographics in the access and impact of retirement from college sport programming

Sport retirement can reveal a host of difficulties for college athletes including minimal career preparation, mental health struggles, and identity foreclosure. While college athletes almost always note the challenges of leaving their sport behind, these challenges can be mitigated through transition programming. However, what types of programming are more useful, and for whom, is understudied. Through a mixed method survey, this study explored differences in access and impact of retirement from sport programming based on athletes’ (n = 707) demographic differences (e.g., race, division), through the lens of Goodman and colleagues’ (2006) three phases of transition. Findings revealed that Black athletes and those from working class backgrounds found programs to be more impactful than other demographic groups, supporting the argument for personalized retirement support. Additionally, Division II athletes not only had the greatest access to retirement programming, but also found programming to have more impact than other divisions. However, athletes noted that more programs are needed for every division.&nbsp

First report of gynandromorphy in Hoplitis: A bilateral specimen of Hoplitis (Alcidamea) producta (Hymenoptera: Megachilidae)

A bilateral gynandromorph of Hoplitis (Alcidamea) producta (Cresson) is described and illustrated for the first time. The specimen is notable for its nearly complete bilateral asymmetry and represents the first recorded case of gynandromorphism in Hoplitis. A summary of literature records on gynandromorphic bees is provided.

SPITSYM, A FORTRAN IV Computer Program for Spit Simulation

The development and operation of a program to simulate the formation of a shingle spit is described. This includes a detailed account of action of the subroutines that simulate the four major processes that are thought to act on the spit. The simulation relies on stochastic techniques and the program is concerned with building a spit in a 50-row by 60-column matrix so that the results of the process are graphically displayed. The example illustrating use of the program is the Hurst Castle spit on the Hampshire coast of England

Cost Burden of Cancer Screening in Kansas by Region and Rural/Urban Designation

Introduction. In 2022, the U.S. healthcare expenditure totaled $4.5 trillion, representing 17.3Methods. Authors of this cross-sectional study analyzed hospital pricing transparency data for breast, lung, and colon cancer screening costs across 124 Kansas hospitals. Data on self-pay costs were collected and compared between urban and rural regions, as well as geographic price variations. Statistical analyses included measures of central tendency, Kruskal-Wallis tests, and Mann-Whitney U tests to evaluate differences.  Results. Pricing disparities were evident across Kansas. Urban hospitals charged higher prices for chest computed tomography (CT) scans, while rural hospitals had elevated costs for colonoscopies and mammograms. Notable price variation included Northeast Kansas colonoscopy prices, which ranged from$595 to $11,684. Rural residents faced a greater financial burden, spending 7$2,247 for colonoscopies, $1,109 for chest CT scans, and$228 for mammograms.   Conclusions. These disparities call for targeted policy interventions, such as Medicaid expansion, standardized pricing regulations, and increased support for low-cost clinics. Enhanced hospital pricing transparency is critical for empowering patients and reducing financial burdens. This study highlights the urgent need for equitable access to cancer screenings in Kansas.

An Overview of ADAR Inhibitors: Mechanisms, Applications, and Future Directions

Adenosine deaminases acting on RNA (ADARs) are enzymes responsible for converting adenosine to inosine in double-stranded RNA through a process known as A-to-I editing. This modification is essential for regulating RNA function, impacting key processes such as immune response, gene expression, and RNA stability. ADARs, especially ADAR1, have been linked to several diseases, including cancer, viral infections, and autoimmune disorders, making them promising targets for therapeutic development. Currently, no FDA-approved drugs are specifically marketed as ADAR inhibitors. This review offers a brief analysis of known ADAR inhibitors, with a focus on their mechanisms of action, structural properties, and potential applications. We explore a range of inhibitors, including small molecules, peptide-based inhibitors, natural compounds, and RNA-based inhibitors, and discuss their ability to selectively modulate ADAR activity. The review also addresses the therapeutic implications of these inhibitors in cancer, viral infections, and inflammatory diseases. In addition, we examine future directions for developing more selective and potent ADAR inhibitors, emphasizing both the challenges and opportunities in the field. By consolidating current findings and identifying existing gaps, this review aims to enhance the understanding and therapeutic potential of ADAR inhibition

Athletic ability, performance, and character: A hierarchical examination of prospective college athlete evaluation and the function of recruiting as institutional work

Intercollegiate athletics recruiting is depicted by the National Collegiate Athletic Association (NCAA) as the “lifeblood” of college sport. Given the correlation between recruiting success and winning in college football specifically, and the relationship between winning and revenue generation, NCAA member institutions place the utmost significance on football recruiting. Within the context of football recruiting as strategic institutional work, college football coaches promulgate institutionalized logics through the indoctrination of prospective college athletes. To further conceptualize institutional work and logics in the recruitment of prospective college athletes, the present study sought to examine the evaluative factors college football coaches prioritize when recruiting prospective college athletes. Semi-structured interviews with 10 football coaches at Football Bowl Subdivision member institutions during the 2023 college football season reveal the strategic emphasis placed on football ability and football character in the recruitment of prospective college athletes

Measurement of dilepton production from photon fusion processes in Pb+Pb UPC with the ATLAS detector

Relativistic heavy-ion beams at the LHC are accompanied by a large flux of equivalent photons, leading to multiple photon-induced processes. This report presents a series of measurements of dilepton production from photon fusion performed by the ATLAS Collaboration. Recent measurements of exclusive dielectron production in ultra-peripheral collisions (UPC) are presented. These processes provide strong constraints on the nuclear photon flux and its dependence on the impact parameter and photon energy. Comparisons of the measured cross sections to QED predictions from the STARLight and SuperChic models are also presented. Tau-pair production measurements can constrain the tau lepton\u27s anomalous magnetic dipole moment (g-2), and a recent ATLAS measurement using muonic decays of tau leptons in association with electrons and tracks provides one of the most stringent limits available to date. Furthermore, measurements of muon pairs produced via two-photon scattering processes in hadronic (i.e. non-UPC) Pb+Pb collisions are discussed. These non-UPC measurements provide a novel test of strong-field QED and may be a potentially sensitive electromagnetic probe of the quark-gluon plasma. These measurements include the dependence of the cross section and angular correlation on the mean transverse momenta of the dimuon pair, the rapidity separation between the muons, and the angle of the pair relative to the second-order event-plane, all measured differentially as a function of the Pb+Pb collision centrality