bluuebunny/crossref_metadata_2025_split huggingface dataset:
Role of organizational characteristics on counterproductive knowledge behavior: a meta-analysis
Authors: Cen Yuwen , Wang Changfeng , Huang Yaqi 
Published: January 2024

Purpose
In recent years, counterproductive knowledge behavior (CKB) and its types have received increasing interest in knowledge management as the degree of knowledge sharing and innovation in enterprises continues to increase. A rapidly growing number of studies have shed light on the important antecedents and consequences of employees’ CKB. However, the various labels, conceptualizations and operationalizations of CKB have fragmented this body of research. This study aims to systematically integrate the effects of the six types of organizational characteristics on CKB and further draws more general conclusions based on the results of previous studies.

Design/methodology/approach
Based on a survey of 103 effect values responsible for 52 CKB samples, the authors use the ABC theory to explore the effects of the six types of organizational characteristics on CKB. Moderator analysis were performed to resolve inconsistencies in empirical studies and understand the contexts under which CKB has the strongest or weakest effect.

Findings
The results showed that task interdependence and a positive organizational atmosphere, in general, negatively affect employees’ CKB in the moderation analysis. In contrast, workplace discomfort, negative organizational atmosphere, internal competition and time pressure positively and partly affect employees’ CKB. The direction and magnitude of these effects were affected by emotional factors, knowledge personnel types and sample sources. Discussing the theoretical, methodological and practical implications of these findings can offer a guiding framework for future research.

Originality/value
Better control of employees’ CKB is not achieved by adjusting organizational characteristics alone but by combining personal characteristics and mood changes with it to balance organizational characteristics and CKB. Furthermore, the large-sample joint study integrated the conceptual definition of CKB. The multivariate data study provided more reliable conclusions and a solid theoretical foundation for CKB research areas.
Exploring risk-scapes in Oklahoma: institutional trust, environmental justice, climate change, and infrastructure
Authors: Sibley Martha , Peach Kaitlin , León-Corwin Maggie , Selvakumar Pavithra Priyadarshini , Diodosio Kaitlin , Fox Andrew , Spurlock Charles , Olofsson Kristin 
Published: January 2024

Purpose
Across the USA, local municipalities and providers struggle to reliably supply water and electricity when faced with severe weather events induced by climate change. Previous research suggests those at higher risk for experiencing the detrimental effects of climate change have higher climate-related concerns. Additionally, research demonstrates variation in trust in institutions and perceptions of environmental justice along racial lines, which can influence concern for access to resources. Informed by this research, the authors ask two questions: how do Oklahomans’ trust in institutions, environmental justice perceptions and global climate change risk perceptions differ based on race, and how do these factors influence concern for water and electrical infrastructure? The purpose of this study is to better understand Oklahomans’ trust in information from institutions, environmental justice perceptions, global climate change risk perceptions and concern for water and electrical infrastructure.

Design/methodology/approach
This study uses a series of nested regression models to analyze the survey responses of 2,687 Oklahoman adults. The data were pulled from Wave 3 of the Oklahoma Meso-scale Integrated Socio-geographic Network survey, which is part of the National Science Foundation EPSCoR S3OK project.

Findings
The findings demonstrate the complex interplay of riskscapes – or risk landscapes – that encompass institutional trust, perceptions of environmental justice, climate change and infrastructure in Oklahoma. The authors find evidence that education and income are better predictors of institutional trust and environmental justice than race among our respondents. Political ideology emerges as a significant predictor across all hypotheses.

Originality/value
This study contributes to the understanding of complex dynamics involving race, perceptions of environmental justice, trust in information from institutions, risk perceptions of climate change and concerns for water and electrical infrastructure in Oklahoma.
Military spending: An obstacle to environmental sustainability in Africa
Authors: Ngounou Borice Augustin , Noubissi Domguia Edmond , Pondie Thierry Messie , Ngameni Joseph Pasky , Zanfack Linda Tiague 
Published: January 2024

AbstractThe economic impact of defence spending is one of the most hotly debated issues today. Due to instability and security deficits in many countries around the world, many countries are devoting a greater proportion of their budgets to defence spending, with adverse consequences for the environment. On this basis, the aim of this study is to examine the correlation between military spending and environmental degradation, and to test whether economic progress serves as a transferable channel. To do this fixed‐effects estimates, Driscoll–Kraay, Lewbel (2SLS), Oster, structural VARs and quantiles were used. The analysis showed a significant and positive effect of military spending on designated environmental markers such as nitrous oxide, methane and carbon dioxide. This implies that although they do not manufacture weapons, African countries are affected by military spending, which contributes to environmental degradation. It is therefore essential that military spending is regulated in Africa, as the influx of weapons exacerbates conflicts on the continent. Moreover, economic growth is an important factor in transmitting the impact of military spending. On the other hand, African governments need to improve their systems of governance and address long‐standing inequalities in income, education, gender, access to basic services and other aspects. In doing so, countries that have experienced conflict in the past will be able to redirect their military spending towards sectors that bring greater prosperity and prioritise environmental protection.
Contact allergy to SIDAPA baseline series allergens in patients with eyelid dermatitis: An Italian multicentre study
Authors: Stingeni Luca , Foti Caterina , Guarneri Fabrizio , Corazza Monica , Cristaudo Antonio , Ferrucci Silvia Mariel , Gallo Rosella , Martina Emanuela , Musumeci Maria Letizia , Napolitano Maddalena , Nettis Eustachio , Patruno Cataldo , Pigatto Paolo Daniele , Piras Viviana , Schena Donatella , Casciola Gabriele , Antonelli Elettra , Hansel Katharina ,   SIDAPA Study Group
Published: January 2024

AbstractBackgroundEyelid dermatitis is a frequent reason of dermatological consultation. Its aetiology is not univocal, being contact dermatitis, both allergic and irritant, the most frequent. The primary sources of allergen exposure include cosmetics, metals, and topical medications, from direct, indirect, or airborne contact.ObjectivesTo define the frequency of positive patch test reactions to SIDAPA baseline series allergens, to document positive allergens, and to precise the final diagnosis in patients with eyelid involvement.MethodsA total of 8557 consecutive patients from 12 Italian Dermatology Clinics underwent patch testing with SIDAPA baseline series in 2018 and 2019. Patients were divided into two groups: (i) with eyelid involvement with or without other involved sites (E‐Group) and (ii) without eyelid involvement (NE‐Group). The final diagnosis and the frequency of positive relevant patch test reactions were evaluated.ResultsE‐Group consisted of 688 patients (females 78.6%, mean age 45.3 years), 8.0% of 8557 consecutively patch‐tested patients. The final diagnosis in E‐Group was ADC in 42.4%, ICD in 34.2%, and AD in 30.5%. The highest reaction rates were elicited by nickel sulphate and methylchloroisothiazolinone/methylisothiazolinone in both E‐Group and NE‐Group, even if these allergens were significantly more frequently positive in NE‐Group patients than in E‐Group ones. Positive patch test reactions to fragrance Mix II, dimethylaminopropylamine, and sorbitan sesquiolate were significantly more frequent in E‐Group patients than in NE‐Group ones.ConclusionsEyelid dermatitis is a frequent dermatological complaint. Allergic contact dermatitis is the most frequent diagnosis commonly caused by nickel sulphate, isothiazolinones, and fragrances. The surfactants dimethylaminopropylamine and sorbitan sesquioleate are emerging causes of eyelid allergic contact dermatitis.
Clinical identification of a specific psychic envelope in families with anorexic symptoms
Authors: Naimi Marie , Sanahuja Almudena 
Published: January 2024

AbstractOur clinical experience in psychoanalytic family therapy with families where one member has anorexic symptoms has shown that the therapy space is often invaded by the deathly dimension, by an absence of family historicity, and by a lack of autonomy. These different elements appear as “voids,” missing pieces of a family puzzle, and reflect a psychic container damaged by the weight of inherited intergenerational trauma. Rather than disappear, these elements are passed down from one generation to the next, their effects weakening the current group whose psychic envelope develops “holes” and becomes “elastic.” This paper will focus on the changes in this psychic container, which shift according to the rhythm of family functioning, oscillating between activation of the deathly toxic function within the group, on the one hand, and tension between the isomorphic and homomorphic mode, on the other. We will show how this clinical identification around the quality of the psychic envelope and its changes is valuable for family therapy.
Influence of Geometric Characteristics on Water Flow and Solute Transport at Fracture Intersections
Authors: Qian Jiazhong , Liang Xueqi , Liu Yong , Ma Lei , Li Xiangquan , Zhang Chunchao 
Published: January 2024

AbstractLaboratory experiments and numerical simulations were performed to explore the influence of intersection geometry on fluid flow and solute transport in fractures. Fractures were engraved and sealed into an acrylic plate and two orthogonal intersections with different geometry were constructed. The effects of curvature and relative shear displacement at intersections on preferential flow and solute transport were investigated. By solving the Navier–Stokes (NS) equation, the fluid mixing and solute distribution were predicted. The results showed that the geometric characteristics at the intersection have a significant effect on the preferential flow and solute distribution. The results agreed well with the experimental results, in terms of flow direction, preferential flow rate, and heterogeneous solute distribution. With an increase in curvature, the flow difference between the two outlets increases gradually. Increasing curvature can reduce the preferential flow and weaken the inhomogeneity of solute distribution. An increase of relative shear displacement decreases the pressure gradient and flow rate at the entrance of the two branch fractures, and thereby increases preferential flow and inhomogeneity of solute distribution. The results provide a basis and reference for further exploring the relationship between the geometric characteristics of fracture intersections and flow behaviors.
Creating Healthy Environments for Schools: A Comprehensive Approach to Improving Nutrition in Arkansas Public Schools
Authors: Langner Jonathan , Langston Krista , Mrachek Ally , Faitak Bonnie , Martin Pamela , Cueto Alexa , Clampitt Jennifer L. , Long Christopher R. , Bartow Amy , Bodey Susan , McElfish Pearl A. 
Published: January 2024

ABSTRACTBACKGROUNDNutrition plays a vital role in children's physical and emotional health. More than half of school age children's calories are provided in the school food environment, making school interventions an opportunity to address child nutrition.METHODSThe Creating Health Environments for Schools (CHEFS) program is designed to leverage local resources to create customized solutions that improve the nutritional content of school food and encourage children to choose healthier food. There are 8 components: (1) customizing nutrition plans, (2) modifying/replacing menu items, (3) helping procure healthier food, (4) providing equipment grants, (5) training cafeteria staff, (6) implementing environmental changes and nudges, (7) engaging students and parents, and (8) supporting sustainability. Supporting child nutrition directors is key to facilitating cooperation with schools.IMPLICATIONS FOR SCHOOL HEALTH POLICY, PRACTICE, AND EQUITYMenu modifications and procurement are interrelated and depend on successfully collaborating with corporate, independent, and local food services organizations. Limited school budgets require low or no‐cost solutions and staff training. Student and parent engagement are critical to facilitate culturally‐appropriate solutions that increase awareness of healthy food.CONCLUSIONSEvery school district has particular resources and constraints. CHEFs engaged stakeholders to design customized solutions and encourage healthier nutrition for school children.
Methane emissions from tree stems – current knowledge and challenges: an introduction to a Virtual Issue
Authors: Barba Josep , Brewer Paul E. , Pangala Sunitha R. , Machacova Katerina 
Published: January 2024

This article is a Commentary on the Virtual Issue ‘Methane emissions from tree stems – current knowledge and challenges’ that includes the following papers: Barba et al. (2019), Bréchet et al. (2021), Covey & Megonigal (2019), Feng et al. (2022), Flanagan et al. (2021), Jeffrey et al. (2019, 2021, 2023), Kohl et al. (2019), Machacova et al. (2021a,b, 2023), Megonigal et al. (2020), Pangala et al. (2013, 2014), Pitz & Megonigal (2017), Plain et al. (2019), Putkinen et al. (2021), Sjögersten et al. (2020), Takahashi et al. (2022), Tenhovirta et al. (2022), Wang et al. (2016), and Yip et al. (2018). Access the Virtual Issue at www.newphytologist.com/virtualissues.
An Active Phantom Cooling Concept for Turbine Endwall Cooling From Pressure-Surface Film Coolant Injection
Authors: Yang Xing , Zhao Qiang , Wu Hang , Feng Zhenping 
Published: January 2024

Abstract
Cooling of the endwall of a nozzle guide vane should receive special attention due to its uniqueness of near-wall complex secondary flows and concomitant challenge of offering film-coverage for cooling the endwall pressure-side corner regions. The use of internal enhanced cooling at the endwall backside could be an option, but it increases manufacturing cost, adds weight to the component, causing excessive pressure losses in the secondary air system. Novel film cooling concepts are, therefore, required to provide effective cooling for these difficult-to-cool regions. This study proposes an active cooling concept effected by placing a row of film cooling holes on the vane pressure surface near the endwall with the intention of utilizing second-order cooling (or phantom cooling) from pressure-surface film-coolant injection to provide increased cooling effectiveness and enlarge the area of coverage on the endwall. The effects of hole diameter, injection angle, and compound angle, as well as coolant injection rate are investigated. Detailed phantom cooling effectiveness over the endwall is documented using pressure-sensitive paint (PSP). To provide a description of the flow physics driving the cooling process, computational modeling is carried out to qualitatively document mixing of coolant with the freestream flows and further to qualitatively evaluate heat transfer changes caused by the pressure-surface film injection. Experiments show that significant cooling occurs in the endwall pressure-side corner and extends beyond the passage throat. Higher coolant injection rates and an optimized pressure-surface injection geometry maximize endwall phantom cooling. An effectiveness correlation for the active cooling is developed to provide a straightforward tool for designers to apply in turbine design.
TcZC3HTTP, a regulatory element that contributes to
Trypanosoma cruzi
cell proliferation
Authors: Romagnoli Bruno Accioly Alves , Lucena Aline Castro Rodrigues , Freire Eden Ribeiro , Munhoz da Rocha Isadora Filipaki , Alves Lysangela Ronalte. , Goldenberg Samuel 
Published: January 2024

ABSTRACT

Post-transcriptional regulation of gene expression is a critical process for adapting to and surviving
Trypanosoma cruzi
, a parasite with a complex life cycle. RNA-binding proteins (RBPs) are key players in this regulation, forming ribonucleoprotein complexes (messenger ribonucleoproteins) and RNA granules that control transcript stability, localization, degradation, and translation modulation. Understanding the specific roles of individual RBPs is crucial for unraveling the details of this regulatory network. In this study, we generated null mutants of the TcZC3HTTP gene, a specific RBP in the
Trypanosoma
family characterized by a C3H zinc finger and a DNAJ domain associated with RNA and protein binding, respectively. Through cell growth assays, we demonstrated that the absence of TcZC3HTTP or the expression of an additional tagged version impacted epimastigote growth, indicating its contribution to cell proliferation. TcZC3HTTP was found to associate with mRNAs involved in cell cycle and division in epimastigotes, while in nutritionally stressed parasites it exhibited associations with mRNAs coding for other RBPs and rRNA. Furthermore, our analysis identified that TcZC3HTTP protein partners were different during normal growth conditions compared to starvation conditions, with the latter showing enrichment of ribosomal proteins and other RBPs. Therefore, this study provides insights into TcZC3HTTP’s role in the post-transcriptional regulation of gene expression during normal growth and nutritional stress in
T. cruzi
, uncovering its versatile functions in different cellular contexts.

IMPORTANCE

Understanding how
Trypanosoma cruzi
, the causative agent of Chagas disease, regulates gene expression is crucial for developing targeted interventions. In this study, we investigated the role of TcZC3HTTP, an RNA-binding protein, in post-transcriptional regulation. Our findings demonstrate that TcZC3HTTP is relevant for the growth and proliferation of epimastigotes, a stage of the parasite’s life cycle. We identified its associations with specific mRNAs involved in cell cycle and division and its interactions with enzymes and other RNA-binding proteins (RBPs) under normal and starvation conditions. These insights shed light on the regulatory network underlying gene expression in
T. cruzi
and reveal the multifaceted functions of RBPs in this parasite. Such knowledge enhances our understanding of the parasite’s biology and opens avenues for developing novel therapeutic strategies targeting post-transcriptional gene regulation in
T. cruzi
.
Mental Health Admissions to Paediatric Wards Study (MAPS): protocol of a prospective study of mental health admissions to paediatric wards in England using surveillance and qualitative methods
Authors: Hudson Lee Duncan , Vázquez-Vázquez Adriana , Gibson Faith , Phillips Kirsty , Mathews Gabrielle , Roberts Helen , Cornaglia Francesca , Roland Damian , Ward Joseph , Nicholls Dasha E , Elphinstone Holly , Viner Russell 
Published: January 2024

IntroductionChildren and young people (CYP) presenting with a mental health (MH) crisis are frequently admitted to general acute paediatric wards as a place of safety. Prior to the pandemic, a survey in England showed that CYP occupied 6% of general paediatric inpatient beds due to an MH crisis, and there have been longstanding concerns about the quality of care to support these patients in this setting. MAPS aims to generate a Theory of Change (ToC) model to improve the quality of care for CYP admitted to acute paediatric services after presenting with an MH crisis. Here, we describe work packages (WPs) 2 and 3 of the study, which have been granted ethics approval.Methods and analysisWe will undertake a national (England), sequential, mixed-methods study to inform a ToC framework alongside a stakeholder group consisting of patients, families/carers and healthcare professionals (HCPs). Our study consists of four WPs undertaken over 30 months. WP2 is limited to working with stakeholders to develop a data collection instrument and then use this in a prospective study of MH admissions over 6 months in 15 purposively recruited acute paediatric wards across England. WP3 consists of gathering the views of CYP, their families/carers and HCPs during admissions using semistructured interviews.Ethics and disseminationWP2 and WP3 received ethical approval (ref: 23/LO/0349). We will publish the overall synthesis of data and the final ToC to improve care of CYP with MH crisis admitted to general acute paediatric settings. As co-producers of the ToC, we will work with our stakeholder group to ensure wide dissemination of findings. Potential impacts will be upon service development, new models of care, training and workforce planning.PROSPERO registration numberCRD42022350655.
Correlation between the changes of brain amplitude of low-frequency fluctuation and cognitive impairment in patients with neuropsychiatric lupus
Authors: Ma Yue , Tie Ning , Ni Sha , Ma Xueying , Qiao Pengfei 
Published: January 2024

Purpose To explore the relationship between brain function changes and clinical serological indicators and behavioral cognitive assessment in patients with neuropsychiatric systemic lupus erythematosus (NPSLE), and understand the pathogenesis of NPSLE from the perspective of imaging. Methods The resting-state functional imaging data, clinical serological, and behavioral cognitive assessment scores of 28 patients with NPSLE and 22 healthy controls (HC) were prospectively collected. The resting-state amplitude of low-frequency fluctuation (ALFF) values obtained from the analysis and processing were correlated with the serological data and behavioral cognitive assessment scores to determine the relationship between these data. Results The average age of the patients of the NPSLE group was older than that of the HC group; significant differences in education level, Auditory Verbal Learning Test Hua Shan Version (AVLT-H), and Trail Making Test scores were observed between the two groups. The NPSLE group demonstrated increased brain activity in the insula, precentral gyrus, and superior temporal gyrus, and decreased brain activity in the superior parietal gyrus. The ALFF value of the insula positively correlated with the Anti-β2gp1 antibody and negatively correlated with the anti-nucleosome antibody and the AVL-recall (RC) score. The ALFF of the precentral gyrus negatively correlated with the AVL-immediate recall (I). The ALFF value of the superior temporal gyrus negatively correlated with the AVL-RC score. The left superior parietal gyrus positively correlated with the c-reactive protein. The right superior parietal gyrus positively correlated with the System Lupus Erythematosus Disease Activity Index and negatively correlated with the AVL-I score. Conclusion Patients with NPSLE show different brain activity changes in different brain regions, and the abnormal brain regions are correlated with certain lupus antibodies, inflammatory factors, and cognitive assessment, thereby suggesting that the correlation between the three could provide novel insights into the pathogenesis of NPSLE.