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Dietary fenbendazole treatment does not impair skilled forelimb motor function in C57BL/6J mice
No full textData for the Journal of the American Association for Laboratory Animal Science manuscript titled "Dietary fenbendazole treatment does not impair skilled
forelimb motor function in C57BL/6J mice". Authors: Michela Fracassi, Thiago Rodrigues da Silva, Laura A. Wildiing & Theresa A. Jone
Assessing students engagement and performance with learning analytics: A mixed-methods study
No full textStatistics plays a vital role in agricultural studies, yet it poses challenges for students, particularly those with limited background in the subject prior to their graduate studies. To address this, a mixed-methods pilot study employing problem-based learning (PBL) alongside various instructional strategies was conducted to teach statistics and data visualization to 23 agricultural science graduate students. This study leveraged both quantitative data from Learning Management Systems (LMS) and surveys, and qualitative data from semi-structured interviews with 14 students to investigate the effectiveness of the PBL curriculum, different types of student interactions and their relationship with academic performance
Replication Data for: Boosting Scientific Community Values: The Impact of Social Inclusion Interventions on Biomedical Instructors
No full textThis repository contains the data files associated with all surveys utilized in the analyses presented in this research article entitled "Boosting Scientific Community Values: The Impact of Social Inclusion Interventions on Biomedical Instructors.
Particle Trajectories Part 1
No full textThese videos were captured during dust drop experiments at CAPSER labs, Baylor University. A Fastcam Mini with a k2 lens was mounted next a GEC refence cell (Cell2 BU) so that dust could be observed falling vertically during the experiments. The backdrop is illuminated by a florescent lamp with a diffusive barrier between the lamp and the camera
Modeled Stresses 2022 Coalson: Bulk Matrix models
No full textGIST models for 2022 Coalson; bulk matrix model parameterizatio
Discrimination Experiences and Support for Policies Helping Marginalized Groups: Mediation by Ethnocultural Empathy and Moderation by Race/Ethnicity
No full textThis data set includes the data for the research project in the article titled, "Discrimination Experiences and Support for Policies Helping Marginalized Groups: Mediation by Ethnocultural Empathy and Moderation by Race/Ethnicity.
Replication Data for: What is the Role of Relative Humidity on Conductivity in Polymer Electrolytes?
No full textReplication Data for: What is the Role of Relative Humidity on Conductivity in Polymer Electrolytes?
Abstract: Ion transport properties in polymer electrolytes have been widely studied under rigorously dry and highly waterswollen conditions. However, the transition between these extremes, i.e., the low hydration regime, is still poorly understood at the molecular level and relevant to applications ranging from battery electrolytes to electrophoretic separations. In this study, we apply atomistic molecular dynamics simulations to probe the role of hydration on ion mobilities and conductivities in LiTFSI-doped polyethers at low water content (less than 10% water by volume), which corresponds to 0−80% relative humidity conditions. With increasing water content, Li+ ions exhibit two distinct regimes in their mobilities. At low water content, the majority of the Li+ ions are weakly hydrated (two or fewer water molecules per Li+ ion), maintaining strong interactions with their polymer solvation cage, and therefore exhibit only a weak increase in mobility relative to dry conditions. As water content increases, Li+ ions form complete hydration shells, residing within water-rich domains that promote faster mobilities. Further, Li+ mobilities increase more significantly in polymer electrolytes composed of more hydrophilic polymers and higher salt concentrations due to the formation of larger water-rich domains. In contrast, TFSI− has comparatively weak interactions with both the polymer and water, exhibiting a monotonic increase in mobility as a function of water content. Overall, these results help clarify the molecular mechanisms underlying ionic mobilities and conductivities in polymer electrolytes at low water content
Supplementary Material to "ESG-Valued Portfolio Optimization and Dynamic Asset Pricing"
No full textThis dataset contains a single file consisting of the supplementary material for the article entitled "ESG-Valued Portfolio Optimization and Dynamic Asset Pricing". It contains nine sections. The article describes efficient frontier computations using Refinitive ESG-scores for the date 12/30/2019. Sections SM.1 compares with efficient frontier computations for the date 03/20/2020. Section SM.2 provides data tables referenced in the article. Sections SM.3 through SM.9 provides comparison results to those in the article using Robeco-SAM ESG scores
Identifying Higher Education Growth Hubs in Texas: What Drives Their Success?
No full textOur project leverages open data from the TXST Dataverse, specifically the IPEDS Enrollment Data (2019–2024)( https://doi.org/10.18738/T8/FR7LSN), to analyze university enrollment trends in Texas. While Texas has experienced substantial university enrollment growth from 2019 to 2023, Texas State University (TXST) in San Marcos has lagged behind its neighboring cities