bluuebunny/crossref_metadata_2025_split huggingface dataset:
Injured endocardium obtains characteristics of haemogenic endothelium during adult zebrafish heart regeneration
Authors: Ying Jun , Louca Irene , Koth Jana , Killen Abigail , Lekkos Konstantinos , Hu Zhilian , Sengul Esra , Stockdale William T. , Wang Xiaonan , Mommersteeg Mathilda T. M. 
Published: December 2024

SummaryReactivation of embryonic developmental pathways during regeneration aims to restore tissue architecture and functionality. We previously reported that following cryoinjury, a heterogeneous population of Runx1-expressing endocardial cells differentially upregulates genes associate with scarring and myofibroblast identity. Further analysis of our published RNAseq data alongside 5 publicly available datasets now identifies additional heterogeneity in the Runx1-positive injured endocardium. Here, we show that the endocardium also reactivates a dormant endocardial-to-haematopoietic transition (EHT) mechanism. Runx1-expressing endocardial cells upregulate genes associated with haemogenesis and morphologically display features of EHT. Live imaging shows cells budding off the endocardium and lineage analysis identifies overlap with leukocyte markers. Ablation ofrunx1function further shifts differentiation of the endocardium towards the EHT fate. The identification of transientrunx1-expressing cells transitioning towards myofibroblast or haemogenic endocardium identities demonstrates the complexity of the zebrafish endocardial injury response and highlights the role of Runx1 in regulating cell fate decisions in the endocardium.
A scoping review on health literacy in parental educational practices: What do we know about it?
Authors: Araújo Isadora , Junior Ismael Barreto Neves , Rodrigues Peixoto Quaresma Fernando , Pontes-Silva André , Maciel Erika da Silva 
Published: December 2024

PurposeThis study aims to synthesize evidence on health literacy assessment in parental educational practices of parents/caregivers of newborns from 0 to 13 months old.Design/methodology/approachA scoping review. We synthesized qualitative and quantitative research according to Preferred Reporting Items for Systematic reviews and Meta-Analyses (PRISMA). Database selection was based on specific content coverage of peer-reviewed articles in the biomedical and life sciences (PubMed) and health sciences and education (Scopus). We included articles complete original articles in English and/or Portuguese from peer-reviewed indexed journals whose reporting of evidence was in line with the objectives of this study: studies with parents and caregivers of newborns from 0 to 13 months old. Two independent reviewers extracted data and inconsistencies were resolved in a discussion between them and the third reviewer.FindingsA total of 345 articles were recruited, and 342 were excluded. The most studied age group was 2 months old. Regarding geographic location, most studies were carried out in the USA. All articles were published after the year 2010 and carried out only with fathers and mothers, excluding other caregivers (e.g. relatives and professionals).Research limitations/implications Only one instrument is focused on health literacy in parental educational practices.Originality/valueWe observe that this is a little-researched theme. All caregivers of young children face important barriers to understanding and implementing basic child health tasks (e.g. providing adequate nutrition, safety and medication).
Brave or brash? Exploring metastereotypes of voicers and nonvoicers in the workplace
Authors: Olson-Buchanan Julie B. , Finkelstein Lisa M. , De Bruin Rushika 
Published: December 2024

Purpose
While sex discrimination and race discrimination are prevalent in the workplace, a relatively low proportion of those who experience it choose to voice. This paper aims to investigate why individuals choose to voice or not voice discrimination by exploring the role of metastereotypes – beliefs about what others think about a group one belongs to – with respect to voicing or not voicing discrimination at work.

Design/methodology/approach
Of the 475 participants surveyed, 34% (164 respondents) had experienced either race or sex discrimination. The metastereotypes of these 164 respondents who either voiced (31%) or did not voice (69%) sex or race discrimination were gathered and examined with respect to the themes and valence of the descriptors. Differences in the content and valence of metastereotypes were examined from different samples taken at two different time periods to explore the possible influence of social movements (#MeToo and #BlackLivesMatter).

Findings
These qualitative analyses provide new insights into how people making different choices regarding the voicing of their mistreatment believe they are viewed. Metastereotypes differed to some extent in content and valence depending on perceiver, source, type of discrimination and timing.

Social implications
This can assist in the development of strategies to encourage voicing with the ultimate goal of reducing workplace mistreatment.

Originality/value
This paper provides the critical first step for including metastereotypes in the model to predict voice in the workplace.
Risk management in Moroccan public hospitals: a literature review
Authors: Oumghar Asma , Izza Issam 
Published: December 2024

PurposeThe objective of this review is to provide a comprehensive analysis of risk management practices in the healthcare sector, with a particular focus on identifying challenges and strategies in Moroccan hospitals.Design/methodology/approachA literature search was carried out on several academic search engines using search terms reflecting the relationship between risk management and public hospitals in Morocco.FindingsThe Moroccan public hospital is confronted with several disjunctions, which can be sources of multiple risks. This influences the quality of care provided to patients and can sometimes threaten their vital prognosis. The risk management process can help health professionals, researchers and risk managers to be agile and identify and anticipate risks in order to avoid serious accidents that can affect the whole organization, especially after the pandemic lived experiences (COVID-19).Originality/valueProtecting human life in an environment where risks are omnipresent is a dilemma that every hospital organization must confront. So, risk management in the hospital is not a simple process, given the interaction of several components and the sensitivity of the field. Risk management in this establishment must be rigorous because every error can cost human life. In this sense, the analysis of risk management processes in Moroccan hospitals, based on what really exists, enables the identification of shortcomings in order to master the risk management system and thus protect goods and services as well as human life, which is the ultimate goal of the hospital organization’s existence.
On the accuracy of a homogenization scheme for the linear buckling analysis of structures assembled from beam-based lattice plates
Authors: Suttakul Pana , Thawon Itthidet , Nanakorn Pruettha , Rungamornrat Jaroon , Atroshchenko Elena , Vo Duy 
Published: December 2024

PurposeThis study examines the accuracy of a homogenization scheme for the linear buckling analysis of structures assembled from beam-based lattice plates. Regardless of in-plane acting loads, the buckling behavior is characterized by the abrupt out-of-plane deformation. Apparently, if the lattice plates are modeled as homogenized ones, the out-of-plane effective material properties should be considered. However, as prevalently implemented in literature, the in-plane effective material properties are assigned to the homogenized plates for the linear buckling analysis, and thus, the results are erroneous.Design/methodology/approachThe linear buckling analysis is performed by two finite element models, i.e. the high- and low-fidelity finite element models. In the former one, each strut of the lattice structures is modeled as an Euler–Bernoulli beam, and thus, all the geometrical features are explicitly simulated. On the other hand, the low-fidelity one involves the homogenized plates having the out-of-plane effective material properties determined from the lattice counterparts using an energy-based homogenization method.FindingsThe accuracy of the homogenization scheme is confirmed by the comparison of results obtained by the high- and low-fidelity finite element models. Six topological configurations of the unit cells are considered, and the first five buckling modes are inspected. In all examinations, the low-fidelity finite element model offers the acceptable level of accuracy, i.e. the relative difference between two finite element models is lower than 5%. Furthermore, it is recommended to use the out-of-plane effective material properties rather than the in-plane ones to ensure the precise simulation.Originality/valueThe current study is original. In literature, there are some studies regarding the buckling analysis of lattice plates or panels with out-of-plane material properties. However, these studies use the analytical approach, and consequently, they are confined to lattice structures whose geometry is simple. In the present paper, structures assembled from beam-based lattice plates are examined. It can be noticed that these structures can have complex geometry. Therefore, the feasibility and accuracy of using out-of-plane effective material properties with homogenized plates for the linear buckling analysis of lattice plates are validated.
Tribological properties of typical woods under water lubrication compared with the Lignum vitae
Authors: Zhang Tong , Guo Zhiwei , Li Xuefei , Wu Zumin 
Published: December 2024

Purpose
This study aims to investigate the potential of wood as a water-lubricated bearing material, determine the factors influencing the water-lubricated properties of wood and identify suitable alternatives to Lignum vitae.

Design/methodology/approach
Three resource-abundant wood species, Platycladus orientalis, Cunninghamia lanceolata and Betula platyphylla, were selected, and their properties were compared with those of Lignum vitae. The influencing mechanism of the tribological properties of different woods under water lubrication was thoroughly analyzed, in conjunction with the characterization and testing of mechanical properties, micromorphology and chemical composition.

Findings
The findings reveal that the mechanical properties and inclusions of wood are the primary factors affecting its tribological properties, which are significantly influenced by the micromorphology and chemical composition. The friction experiment results demonstrate that Lignum vitae exhibits the best tribological properties among the four wood species. The tribological properties of Platycladus orientalis are comparable to those of Lignum vitae, being only 17.1% higher. However, it is noted that higher mechanical properties can exacerbate the wear of the grinding pair.

Originality/value
The originality of this study lies in the combination of friction experiments and wood performance tests to identify the factors contributing to the superior water lubrication performance of wood, thereby guiding the application and improvement of different wood types in water-lubricated bearings.

Peer review
The peer review history for this article is available at: https://publons.com/publon/10.1108/ILT-07-2024-0284/
Differentiating “must–have” and “should–have” supply chain capabilities for enhanced performance: a necessary conditions analysis
Authors: Fernandes Lima Thiago , Bahli Bouchaib , Arbulu Alberto , Hamdi Ahmed , Saikouk Tarik 
Published: December 2024

Purpose
This study aims to identify the “should have” and “must have” capabilities required to boost a supply chain’s robustness and operational performance. Research on supply chain capabilities and their impact has long been central to the supply chain discipline. However, empirical studies continue to report mixed results regarding the relationship between integration and performance or agility and robustness. Using a novel methodological approach, this study explores how supply chain integration, agility and supply chain risk management activities influence the operational performance and robustness of supply chains.

Design/methodology/approach
Data was collected through surveys and analyzed using SmartPLS 4 and necessary condition analysis (NCA). This combined approach shifts focus from average trends to identifying the required levels of capabilities, offering insights into the necessity logic of supply chain strategies.

Findings
The study reveals that supply chain risk management and internal integration significantly influence operational performance and robustness. It also supports agility as a precursor to enhancing supply chain robustness, aligning with contemporary theoretical perspectives.

Practical implications
The findings suggest the importance of integrating risk management and internal processes to enhance supply chain performance and robustness. Additionally, agility emerges as a critical strategy in navigating disruptions, emphasizing the need to prioritize it in supply chain management.

Originality/value
By adopting a holistic approach grounded in dynamic capability theory, this study contributes to understanding the interplay of supply chain strategies amid unprecedented challenges. The combined use of SmartPLS 4 and NCA offers a novel perspective, shedding light on the necessary logic of supply chain capabilities.
Unleashing green innovation: navigating the path with green inclusive leadership, green knowledge management and internal CSR communication
Authors: Badar Kamal , Siddiquei Ahmad Nabeel 
Published: December 2024

Purpose
Drawing upon the natural resource-based view (NRBV), organizational learning (OL) and contingency theories, this paper aims to develop and test a theoretical framework that examines the impact of green inclusive leadership on green innovation in business-to-business (B2B) context. This framework further examines the simple and serial mediation of green knowledge acquisition and sharing and the moderation of internal corporate social responsibility(CSR) communication.

Design/methodology/approach
Using survey questionnaires, authors collected multiwave data from 215 middle managers from different manufacturing and production organizations operating in Pakistan. The hypotheses were inspected using the PROCESS macro.

Findings
According to the findings, green inclusive leadership and green innovation are positively associated, and green knowledge acquisition and green knowledge sharing are efficient serial mediators of this relationship. Furthermore, the results suggest that internal CSR communication moderates the serial mediation such that the indirect relationship between green inclusive leadership and green innovation was stronger at high levels of internal CSR communication rather than at lower levels.

Practical implications
This research offers implications for manufacturing industry leaders and policymakers. Green inclusive leadership nurtures green knowledge dynamics, making it vital for achieving United Nations’ Sustainable Development Goals and promoting ecological stewardship. Investing in green knowledge processes and transparent internal CSR communication can enhance sustainable innovation and align with broader sustainability goals in organizations predominantly operating under the B2B model.

Originality/value
By merging NRBV, OL and contingency theories and drawing links across different genres of literature, this study provides unique insight into leadership, knowledge management, corporate communication, sustainability and CSR and innovation in the B2B sector.
Mixed convective heat transfer to flexible viscosity nanofluid over a radially elongated convective exterior with temperature dependent heat source and Arrhenius activation energy
Authors: Joshi Naveen , R. Vijaya Lakshmi , Singh Jitendra Kumar 
Published: December 2024

Purpose
This study aims to explore the collective influence of several factors, namely, thermal radiation, Brownian motion, magnetic field and variable viscosity parameter, on the boundary layer flow, heat and mass transfer of an electrically steering nanofluid over a radially stretching exterior subjected to convective heating. In addition, the impacts of thermal and solutal buoyancy forces and activation energy are taken into account. The enlarging velocity is assumed to vary linearly with radial distance.

Design/methodology/approach
Through the similarity transformation technique, the governing highly nonlinear partial differential equations are transformed into a set of nonlinear ordinary differential equations, which are then numerically solved using the Runge–Kutta–Fehlberg method with a shooting technique.

Findings
Graphical depictions are provided to analyze the velocity, temperature and nanoparticle concentration fields under the influence of various pertinent parameters. Furthermore, local skin friction, local Nusselt and Sherwood numbers are quantitatively presented and discussed. A comparison with previous results demonstrates good agreement.

Originality/value
This study uniquely integrates multiple factors influencing boundary layer flow in electrically conducting nanofluids, offering a nuanced understanding of heat and mass transfer over radially stretching surfaces. By using advanced numerical methods, it provides valuable insights and quantitative data that can inform practical applications in engineering and materials science.
Why are some invasive plant species so successful in nutrient‐impoverished habitats in south‐western Australia: A perspective based on their phosphorus‐acquisition strategies
Authors: Tang Dan , Yan Li , Fisher Judith L. , Kang Haibin , Dallongeville Paul , Wasaki Jun , Wang Xiao , Lambers Hans 
Published: December 2024

Abstract

Invasive plants are a major cause of the global biodiversity crisis; it is therefore crucial to understand mechanisms that contribute to their success. South‐western Australia is a global biodiversity hotspot with extremely low soil phosphorus (P) concentrations. In this region, a large proportion of native plant species release carboxylates that mobilise soil P. Many widespread invasive plant species in south‐western Australia are arbuscular mycorrhizal (AM). We hypothesised that some of these invasive AM plant species exhibit similar P‐acquisition strategies as native carboxylate‐releasing P‐mobilising species which allows them to thrive in P‐impoverished soils.

To test this hypothesis, we collected 23 common invasive species in the field and assessed their leaf manganese concentration [Mn], relative to that of native reference species at different locations, as a proxy for carboxylate release. In addition, we cultivated seven of the invasive species in hydroponics at different P supply to measure their root carboxylate exudation. Furthermore, we measured leaf P concentration and photosynthetic P‐use efficiency (PPUE) of five invasive species in the glasshouse.

In the field investigation, almost all invasive species exhibited significantly higher leaf [Mn] than the negative references, which do not release carboxylates, indicating carboxylate release of the invasive plants. Leaf [Mn] of a few invasives even exceeded that of positive references, which exhibit significant carboxylate release, indicating substantial carboxylate release of these invasives. All glasshouse‐grown invasive species with high field leaf [Mn] released root carboxylates under low P supply. Most of the tested invasive plant species also exhibited greater PPUE than native plants under low P supply.

Invasive AM plant species exhibited root exudation of carboxylates as a P‐acquisition strategy, which very likely allows their successful invasion of severely P‐impoverished habitats.

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Topography‐dependent eikonal solver in tilted transverse isotropic media with anelliptical factorization
Authors: Zhou Xiaole , Sambolian Serge , Lan Haiqiang , Operto Stéphane 
Published: December 2024

AbstractIncorporating anisotropy and complex topography is necessary to perform traveltime tomography in complex land environments while being a computational challenge when traveltimes are computed with finite‐difference eikonal solvers. Previous studies have taken this challenge by computing traveltimes in transverse isotropic media involving complex topography with a finite‐difference eikonal equation solver on a curvilinear grid. In this approach, the source singularity, which is a major issue in eikonal solvers, is managed with the elliptical multiplicative factorization method, where the total traveltime field is decomposed into an elliptical base traveltime map, which has a known analytical expression and an unknown perturbation field. However, the group velocity curve can deviate significantly from an ellipse in anellipitically anisotropic media. In this case, the elliptical base traveltime field differs significantly from the anelliptical counterpart, leading to potentially suboptimal traveltime solutions, even though it helps to mitigate the detrimental effects of the source singularity. To overcome this issue, we develop a more accurate topography‐dependent eikonal solver in transverse isotropic media that relies on anelliptical factorization. To achieve this, we first define the coordinate transform from the Cartesian to the curvilinear coordinate system, which provides the necessary framework to implement the topography‐dependent transverse isotropic finite‐difference eikonal solver with arbitrary source and receiver positioning. Then, we develop a semi‐analytical method for the computation of the topography‐dependent anelliptical base traveltime field. Finally, we efficiently solve the resulting quadratic elliptical equation using the fast sweeping method and a quartic anelliptical source term through fixed‐point iteration. We assess the computational efficiency, stability and accuracy of the new eikonal solver against the solver based on elliptical factorization using several transverse isotropic numerical examples. We conclude that this new solver provides a versatile and accurate forward engine for traveltime tomography in complex geological environments such as foothills and thrust belts. It can also be used in marine environments involving complex bathymetry when tomography is applied to redatumed data on the sea bottom.