bluuebunny/crossref_metadata_2025_split huggingface dataset:
Optimizing kerf quality in high-speed WEDM of thin woven CFRP composites: a taguchi, WASPAS, and PSO approach
Authors: Eisa Abeer , AbouHawa Mohamed , Fattouh Mohamed 
Published: October 2024

AbstractThe process of machining CFRP composites presents unique challenges, particularly in the context of WEDM. The inherent properties of CFRP composites, such as their low electrical conductivity, anisotropic nature, and heterogeneous composition, require further research to enhance their machinability through WEDM techniques. This study examines the enhancement of kerf characteristics such as kerf width (Wk), delamination factor (DFK), and cutting speed (CSK) in thin woven 0°/90° CFRP composites using high-speed WEDM. A Taguchi L16 experimental analysis was employed to analyze the impact of key process parameters, including pulse-on (Pon), pulse-off (Poff), and input current (I), in conjunction with CFRP parameters such as the CFRP thickness (T) and cutting direction on the kerf characteristics. The CFRP thickness ranged from 0.5 to 2.0 mm, and the cutting directions studied were horizontal and inclined 30° cuts. A multiple-response optimization strategy using the CRITIC-WASPAS approach coupled with a particle swarm optimization (PSO) algorithm were applied to identify the ideal process combination for various CFRP thicknesses. The findings indicated that the CFRP thickness, pulse-off time, and input current are the most statistically significant factors influencing the overall kerf characteristics. The cutting direction has a negligible effect on the kerf width but has conflicting effects on the delamination factor and cutting speed. Specifically, a horizontal cut decreases delamination, whereas an inclined 30° cut is preferable for achieving higher cutting speeds. For precise kerf cutting, optimal process combinations were determined: Pon (30 µs), Poff (30 µs), and I (ranging from 4 to 5 A) for 0.5 mm CFRP thickness, and Pon (30 µs), Poff (15 µs), and varying input currents of 4 A, ranging from 4 to 3 A, and 3 A for CFRP thicknesses of 1.0, 1.5, and 2.0 mm, respectively.
Application of the One Health Surveillance (OHS) Matrix to Evaluate the Disease Surveillance Systems in Gujarat, India: A Policy Content Analysis
Authors: Yasobant Sandul , Tadvi Ravina , Bruchhausen Walter , Saxena Deepak B. 
Published: October 2024

AbstractAn effective disease surveillance system can detect outbreaks of emerging zoonotic diseases early and allow the system to respond immediately and control the epidemic. Gujarat is a western Indian state with a population of more than 65 million humans and 26 million livestock, and it has the respective surveillance systems under the Department of Health & Family Welfare for humans and the Department of Animal Husbandry for animals. A veterinarian is placed on establishing cross-sectoral collaborations between these systems, but the joint collaborative activities and their effect on the early warning response are least understood. This provides an opportunity to conduct a secondary policy content analysis study using the One Health Surveillance Matrix (OHSM). The aim of this study was to evaluate the level of collaboration among human-animal disease surveillance systems for zoonotic disease in Gujarat, India. This study findings highlight a few gaps in the human health surveillance system, such as data sharing, sampling, outreach to decision-makers, and external communication, while the animal health surveillance system exhibits deficiencies in the data dissemination to decision-makers, management and storage of data analysis, interpretation of data, and external communication as per the OHSM evaluation. Despite major differences, there is a possibility of developing the One Health Surveillance system in Gujarat, India which is profoundly documented in this study.
Brassinolides signaling pathway: tandem response to plant hormones and regulation under various abiotic stresses
Authors: Gao Yanlong , Ma Xiaolan , Zhang Zhongxing , Wang Xiaoya , Wang Yanxiu 
Published: October 2024

AbstractPlant hormones play pivotal roles in stress responses by modulating growth, development, stomatal movement, and the expression of stress-related genes, thereby aiding plants in adapting to and managing various environmental challenges. Each hormone exhibits distinct functions and regulatory mechanisms in stress response, with potential complex interactions among them. Brassinosteroids (BRs) represent a novel hormone that influences the expression of its target genes through a series of phosphorylated cascade reactions involving various transcription factors. This signaling pathway regulates diverse growth and development processes in plants. Additionally, BRs interact with other hormones to modulate physiological development. This review examines BRs biosynthesis and metabolism, elucidates the interactions between BRs and abscisic acid (ABA), jasmonic acid (JA), and gibberellins (GA), and explores their roles in regulating responses to drought, salt, cold, and heat. The review underscores the importance of BRs and other hormonal crosstalk in managing nutrient stress, which is vital for understanding plant growth regulation, enhancing crop stress resistance, advancing biotechnology applications, and furthering plant science research. Future research directions and the potential of BRs production and application to improve plant stress resilience are also discussed in the context of current findings.
Maintaining prevention focus: the impact of an interdisciplinary taskforce on CAUTI rates during an EMR transition
Authors: Pryor Rachel , Kang Le , Knowlson Shelley , Britton Amy , Lecznar Christoph , Doll Michelle , McIntosh Georgia , Bearman Gonzalo 
Published: October 2024

Abstract
We employed an interrupted time series analysis to assess the impact of changing electronic medical records, concurrent with a Catheter-Associated Urinary Tract Infection (CAUTI) Taskforce, on CAUTI rates. We found that rates increased in most ICUs before returning to baseline. These findings suggest that a multi-faceted approach may reduce CAUTI rates.
SARS-CoV-2 seropositivity among healthcare professionals in a rural state
Authors: Wright Brianna , Kang Daniel , Schuette Allison , Ward Melissa A. , Krasowski Matthew D. , Scherer Aaron M. , Diekema Daniel J. , Cavanaugh Joseph , Herwaldt Loreen 
Published: October 2024

Abstract

Objectives:
We evaluated SARS-CoV-2 anti-nucleocapsid (anti-N) seroconversion and seroreversion rates, risk factors associated with SARS-CoV-2 seroconversion, and COVID-19 risk perceptions among academic healthcare center employees in a rural state.

Methods:
Among employees aged ≥18 years who completed a screening survey (n = 1,377), we invited all respondents reporting previous COVID-19 (n = 85; 82 accepted) and a random selection of respondents not reporting previous COVID-19 (n = 370; 220 accepted) to participate. Participants completed surveys and provided blood samples at 3-month intervals (T0, T3, T6, T9). We used logistic regression to identify risk factors for seropositivity at T0.

Results:
The cohort was primarily direct patient caregivers (205/302; 67.9%), white (278/302; 92.1%), and female (212/302; 70.2%). At T0, 86/302 (28.4%) participants were seropositive. Of the seronegative participants, 6/198 (3.0%), 6/183 (3.3%), and 14/180 (7.8%) had seroconverted at T3, T6, and T9, respectively. The overall seroreversion rate was 6.98% at T9. At T0, nursing staff (odds ratio [OR], 2.37; 95% confidence interval [CI], 1.08, 5.19) and being within six feet of a non-household member outside of work (OR, 2.91; 95% CI, 1.02, 8.33) had significantly higher odds of seropositivity. Vaccination (OR, 0.05; 95% CI, 0.02, 0.12) and face mask use (OR, 0.36; 95% CI, 0.17, 0.78) were protective.

Conclusions:
The seroconversion and seroreversion rates were low among participants. Public health and infection prevention measures implemented early in the COVID-19 pandemic – vaccination, face mask use, and social distancing – were associated with significantly lower odds of SARS-CoV-2 seropositivity among participants.
BioForms: 3-D printed mycelium wall panel systems
Authors: Alima Natalie 
Published: October 2024

Abstract
BioForms integrates sacrificial formworks, agent-based computational algorithms and biological growth in the generation of biodegradable internal wall panel systems. These wall panel systems are intended to minimize material waste, utilize local botany and generate a symbiosis between the artificially made and the naturally grown. This is achieved by utilizing local waste as a structural compressive core, mycelium as the binder, and recycled pellets as the architectural skin. Leveraging mycelium’s structural, acoustic and thermal properties, this exploration delves into unique methods of incorporating fungi and waste into architectural construction. The motivations for this research stem from the need to address the building industry’s contribution to climate change, by considering the lifecycle of our materials. BioForms aims to retrofit existing buildings by replacing foam insulation and MDF (medium-density fiberboard) wall panels with biodegradable and recyclable 3D-printed skins embedded with a mycelium core. Analysing mycelium’s reaction to BioForms I, the second iteration, BioForms II, evolves in design complexity and materiality. BioForms II explored robotically fabricated wood-based polylactic acid plastic (PLA) composite materials. Within the second iteration of this research stream, mycelia was both embedded within the compressed fabricated skins and on the external surface. Whilst BioForms explored the generation of biodegradable wall panel systems, the broader aims of this research is aimed at infiltrating biological matter into human-occupied spaces, completely omitting the use of synthetic building materials within the construction industry and advancing the architects relationship to nature in the generation of form.
The uneven deployment of algorithms as tools in government: evidence from the use of an expert system
Authors: Whitford Andrew B. , Whitford Anna M. 
Published: October 2024

Abstract
While governments have long discussed the promise of delegating important decisions to machines, actual use often lags. Consequently, we know little about the variation in the deployment of such delegations in large numbers of similar governmental organizations. Using data from crime laboratories in the United States, we examine the uneven distribution over time of a specific, well-known expert system for ballistics imaging for a large sample of local and regional public agencies; an expert system is an inference engine joined with a knowledge base. Our statistical model is informed by the push-pull-capability theory of innovation in the public sector. We test hypotheses about the probability of deployment and provide evidence that the use of this expert system varies with the pull of agency task environments and the enabling support of organizational resources—and that the impacts of those factors have changed over time. Within this context, we also present evidence that general knowledge of the use of expert systems has supported the use of this specific expert system in many agencies. This empirical case and this theory of innovation provide broad evidence about the historical utilization of expert systems as algorithms in public sector applications.
Medical Records in Field Operations: A No-Code Approach
Authors: Wilkinson Thomas M. 
Published: October 2024

Abstract
Commercial Electronic Health Record (EHR) systems in the U.S. are hospital-centric and are optimized for billing and insurance processes and liability risk management. Operational medicine has completely different medical record requirements, with dynamic and unpredictable environments and a focus on field triage, emergent patient needs, logistical coordination, and ultimately, the efficient transfer of care. The DHS Office of Health Security’s Medical Information Exchange (MIX) and the DHA’s Joint Operational Medicine Information Systems (JOMIS) programs have been exploring EHR solutions which anticipate and support the multilateral collaborations and fluid circumstances of field-based medical care using a no-code (drag and drop) solution that can be tailored to requirements in real time, can scale down to mobile devices, and can retain full functionality even while offline.
A human-centered approach for sharing patient experiences through digital storytelling: a research through design study
Authors: Behnam-asl Sana , Umstead Kelly , Mahtani Raunak , Tully Kristin P. , Gill Carolina 
Published: October 2024

Abstract
This article outlines a human-centered approach to developing digital patient stories, for sharing their experiences in health care, while preserving patient and others’ privacy. Employing a research-through-design approach, the study proposes a design solution using visualization and digital storytelling to document patients’ and families’ experiences and emotions, as well as their interactions with healthcare professionals in the postnatal unit. By transforming selected observational data into animated stories, this approach has the potential to elicit empathy, stimulate stakeholder engagement, and serve as a practical training tool for clinicians. This work was conducted as part of a broader study that aims to contribute to the existing knowledge base by advancing our understanding of stakeholder needs in birthing facilities and through postpartum discharge. This study primarily focuses on strategies for the development of digital stories and summarizes the factors that contributed to the production of digital stories within the context of sensitive data. It may serve as a valuable resource for students, researchers and practitioners interested in utilizing digital stories to encourage discussions, education and ultimately to enhance systems of health care for respect, equity and support.
The relationship among optimism, self-efficacy, occupational compromise, and happiness among young people in the post-Covid-19 period
Authors: Shamir-Balderman Orit , Shmuel Haim , Litaim Mata 
Published: October 2024

AbstractThe current study examined how happiness is affected by optimism, self-efficacy, and occupational compromise (OC), among young workers (aged 20–30 years) in the post-Covid-19 pandemic period. A sample of 211 young people (aged 20–30 years) who were currently or formerly employed participated in the study. The research findings indicate negative correlations between (a) the optimism and self-efficacy of the employees to their OC and (b) between their OC to their sense of happiness. In addition, as hypothesized, positive correlations were found between (a) feelings of optimism and self-efficacy to the degree of happiness and (b) between optimism and self-efficacy. Finally, the study tested a mediation model that indicated optimism as a mediating variable in the relationships of self-efficacy and OC with happiness. In light of these findings, several conclusions emerged from the study. First, according to general trends in the Israeli economy, even among young workers, who make up the new generation of workers in the post-Covid-19 period, there is a reduction in the degree of OC in order to achieve happiness. But this depends on several personality elements, such as their feelings of optimism and self-efficacy. Second, in accordance with the mediation model tested in the study, it seems that optimism has a central role in enhancing happiness among young workers in the post-Covid-19 era, at the beginning of their career path. Eventually, it appears that the reduced OC and elevated happiness among young workers in the post-pandemic period, has the potential to shape the future job market as filled with content employees that can also improve their organizations’ economic output.
To what extent do sea-ice algae affect the modelled transmittance of photosynthetically active radiation (PAR) to the ice-ocean interface?
Authors: Redmond Roche Benjamin H. , King Martin D. 
Published: October 2024

Abstract
Photosynthetically active radiation (PAR) at the ice-ocean interface is critical for primary production. The value of PAR is affected by the thickness of snow and sea ice, with additional absorbers (e.g. algae) further attenuating PAR. Sea-ice algae exhibit a substantial geo-temporal variance in column-integrated concentration (0–500 mg chl-a m−2) and are typically present within the bottom 0.01–0.2 m of sea ice. PAR transmittance is affected by algae concentrations and vertical thicknesses of ice algal layers. Small column-integrated concentrations of chl-a (~<10 mg chl-a m−2) have a negligible effect on the value of PAR transmittance, and large column-integrated concentrations of chl-a (~>10 mg chl-a m−2) can significantly reduce the value of PAR transmittance. Large column-integrated concentrations of chl-a need consideration when calculating PAR transmittance in areas of high sea-ice algae biomass (e.g. the ‘interior’ shelves of the Arctic Ocean, the Canadian Arctic and Antarctica).
Indigenous Diffuse Support and Descriptive Representation in the Canadian House of Commons
Authors: Midzain-Gobin Liam , Snagovsky Feodor , Cowie Chadwick 
Published: October 2024

AbstractDo Indigenous peoples in present-day Canada display lower levels of diffuse support than non-Indigenous settlers? Given settler colonial relations (both historic and contemporary) and Indigenous peoples’ own political thought, we can expect that Indigenous peoples would have even lower perceptions of state legitimacy than non-Indigenous peoples. However, there are conflicting expectations regarding whether the descriptive representation of Indigenous peoples in settler institutions is likely to make a difference: on one hand, Indigenous people may see themselves reflected in these institutions and consequently feel better represented; on the other hand, these forms of representation do not challenge the underlying colonial nature of these institutions. Using data from the 2019 and 2021 Canadian Election Studies, our statistical analysis demonstrates that: (1) diffuse support is significantly lower among Indigenous peoples than non-Indigenous peoples, including people of color; (2) Indigenous respondents across multiple peoples have similarly low levels of diffuse support, and (3) being represented by an Indigenous Member of Parliament does not change the levels of diffuse support among Indigenous peoples. Overall, our research highlights the outstanding challenges to achieving reconciliation through the Canadian state and points to ways large-N analyses may be made more robust.
Public Opinion Toward Critical Race Theory in Academia, Legislation, and Name
Authors: Giersch Jason , Liebertz Scott , Duquette Breanna , Yao-Kouame Koffi 
Published: October 2024

AbstractPolitical wrangling over Critical Race Theory (CRT) in the United States has produced policies banning its teaching in jurisdictions across the country. However, laws touted as “anti-CRT” have little in common with the original, academic origins of the phrase. In this study, we use a Qualtrics-based survey experiment to assess how participants’ support for a ban will change depending on whether the ban reflects core tenets of academic researchers’ use of CRT, the phrase itself, or elements common to many of the laws intended to ban it. We find that these three different frames do indeed change support for such policies, and the effects are dependent upon partisanship. We interpret our results to be empirical evidence of the phrase “Critical Race Theory” complicating political discourse.
Current or recent malaria infection is associated with elevated inflammation-adjusted ferritin concentrations in pre-school children: a secondary analysis of the BRINDA database
Authors: Sandalinas Fanny , MacDougall Amy , Filteau Suzanne , Hopkins Heidi , Blake Tineka , Luo Hanqi , Suchdev Parminder S. , Ruth Laird , Young Melissa F. , Joy Edward J. M. 
Published: October 2024

AbstractInflammation and infections such as malaria affect micronutrient biomarker concentrations and hence estimates of nutritional status. It is unknown whether correction for C-reactive protein (CRP) and α1-acid glycoprotein (AGP) fully captures the modification in ferritin concentrations during a malaria infection, or whether environmental and sociodemographic factors modify this association. Cross-sectional data from eight surveys in children aged 6–59 months (Cameroon, Cote d’Ivoire, Kenya, Liberia, Malawi, Nigeria and Zambia; n 6653) from the Biomarkers Reflecting Inflammation and Nutritional Determinants of Anaemia (BRINDA) project were pooled. Ferritin was adjusted using the BRINDA adjustment method, with values < 12 μg/l indicating iron deficiency. The association between current or recent malaria infection, detected by microscopy or rapid test kit, and inflammation-adjusted ferritin was estimated using pooled multivariable linear regression. Age, sex, malaria endemicity profile (defined by the Plasmodium falciparum infection prevalence) and malaria diagnostic methods were examined as effect modifiers. Unweighted pooled malaria prevalence was 26·0 % (95 % CI 25·0, 27·1) and unweighted pooled iron deficiency was 41·9 % (95 % CI 40·7, 43·1). Current or recent malaria infection was associated with a 44 % (95 % CI 39·0, 52·0; P < 0·001) increase in inflammation-adjusted ferritin after adjusting for age and study identifier. In children, ferritin increased less with malaria infection as age and malaria endemicity increased. Adjustment for malaria increased the prevalence of iron deficiency, but the effect was small. Additional information would help elucidate the underlying mechanisms of the role of endemicity and age in the association between malaria and ferritin.
A New Corpus of Roman Coins from England and Wales. An Overview of the Evidence and Analysis of the Data
Authors: Henry Richard 
Published: October 2024

AbstractThis paper considers a new corpus of 490,154 Roman coins (site finds) which have been recorded from England and Wales. The corpus provides British and regional means to aid in the preparation of coin reports in line with Historic England guidelines, along with spatial data providing new opportunities for research. The methods of data collection will be detailed and some of the possibilities this dataset can provide presented through a number of case studies. Through the consideration of applied numismatic analyses, the social distribution of the material and, crucially, the spatial distribution of Roman coinage, we can identify new trends and patterns. Case studies evaluating the fourth century will emphasise the changing importance of settlements in Roman Britain and identify those linked with the late Roman state. Furthermore, the retraction of coinage distributions in the second half of the fourth century will be explored. Building on the national and site type means explored within the paper, the full dataset has been made available in a range of forms on the Archaeology Data Service and in an interactive map developed by Maploom.