bluuebunny/crossref_metadata_2025_split huggingface dataset:
Modified risk calculator for the Pakistani population based on perceived versus actual risk factors for developing type 2 diabetes mellitus
Authors: Shoukat Noshaba , Zahir Izma , Khalid Nauman 
Published: November 2024

Purpose
The purpose of this study was to develop the modified risk calculator for the Pakistani population based on differences in perceived versus actual risk factors for developing type 2 diabetes mellitus (T2-DM).

Design/methodology/approach
A cross-sectional study design was developed to assess the study sample of 296 individuals from the Pakistani population. The data was collected using a questionnaire divided into three parts: general health, the validated Risk Perception Survey for Developing Diabetes (RPS-DD) and actual T2-DM risk assessment.

Findings
The study findings showed that among the total participants, 70.27% reported a low perceived risk of developing T2-DM, whereas 29.72% reported a high perceived risk when considering their family history. Regarding actual risk, males showed a 59% higher likelihood of developing T2-DM than females, who have a 50% higher risk. The modified calculator includes physical activity, fatty food consumption, age 34–65 and over 65, depression and artificially sweetened beverages.

Research limitations/implications
This study experienced limited representativeness; many participants provided incomplete nutritional and knowledge information. It involved 296 individuals, mostly from one province and a few from other provinces of Pakistan. Therefore, the results can be generalized to the whole Pakistani population.

Practical implications
This study underscores the need for targeted interventions to enhance risk perception, inform preventive strategies and further investigate the interplay between perceived and actual risks in T2-DM in Pakistan.

Social implications
The outcomes of this study can help Pakistani individuals who perceive themselves at an elevated risk of developing T2-DM. There is a general awareness among the Pakistani population regarding T2-DM. In contrast to perceived risk, the data on actual risk reveals a significant disconnect.

Originality/value
In Pakistan, there is a lack of research on perceived versus actual risk factors for developing T2-DM. To the best of the authors’ knowledge, this is the first study that evaluates the actual risk factors of developing T2-DM based on culture and dietary diversity in Pakistan.
Influence of selected ingredients and process variables on quality parameters of saturated steam-assisted plant-based meat analogue
Authors: Vignesh Kannan , Yadav Dev Kumar , Wadikar Dadasaheb , Semwal Anil Dutt 
Published: November 2024

Purpose
Plant-based meat analogues (PBMAs) hold significant promise as a sustainable solution to meet future protein demands, replicating the taste and nutritional value of meat. However, the present reliance on extrusion technology in PBMA production limits the exploration of more accessible and affordable methods. The current investigation aims to meet the market demand for a scalable and cost-effective processing approach by exploring saturated steam-assisted technology that could broaden the production volume of PBMAs, thereby supplementing protein security and planet sustainability.

Design/methodology/approach
A one-factor-at-a-time (OFAT) approach is employed to evaluate the effect of ingredients and process conditions on the governing quality attributes (texture, colour and sensory).

Findings
Among the ingredients, monosodium glutamate (MSG) and nutritional yeast (NY) significantly enhanced the hardness and chewiness of saturated steam-assisted plant-based meat analogues (ssPBMAs) followed by potato protein isolate (PPI), defatted soy flour (DSF) and salt. The addition of PPI and DSF led to a decrease in lightness (L* value) and an increase in the browning index (BI). Sensory evaluations revealed that higher concentrations of DSF imparted a noticeable beany flavour (>20%), whereas PPI (30%) improved the overall sensory appeal. Increased levels of NY (10%) and MSG (5%) enhanced the umami flavour, enhancing consumer preference. Higher thermal exposure time (TTi) (45 min) and temperature (TTe) (120 °C) during processing resulted in softer products with reduced L* values. These findings establish a foundation for selecting and optimizing the ingredients and processing parameters in ssPBMA production.

Originality/value
The novelty of the current study includes process behaviour of selected ingredients such as PPI, NY, MSG, DSF, salt and adopted process conditions, namely, dough processing time (DPT), protein network development time (PNDT), TTi and TTe on the quality of ssPBMAs.
Review of development trends in smart bags’ research and applications
Authors: Wang Wei Jun , Raji Rafiu King , Han Jian Lin , Chen Yuan 
Published: November 2024

Purpose
With the current developments within the sphere of Internet of Things (IoT) technology, many conventional articles are all being fitted with smart functionalities, ranging from chairs, beds, shoes and caps to underwear. Bags which are utility as well as fashion items have not been left out of this smart craze, albeit to a less popular degree. The purpose of this study is to fill the research gap on the subject of smart bags research and applications and to contribute to the general discourse on IoT.

Design/methodology/approach
This study adopts literature search and database review, concept mapping as well as synthesis methodologies. Relevant literature form databases such as Web of Science, Google Scholar and Bing Scholar were interrogated. Manual sifting was done to eliminate papers that do not fit the set inclusion criteria. Literature on smart bags was organized into structured frameworks using concept mapping methodology. Applying a synthesis methodology enabled an exploration of the different technological trends in smart bag research and their areas of application.

Findings
The study identified about 15 different smart bag applications and functionalities. Discussed in this study is a classification of bags based on a number of points such as way of carrying, size, utility and fabrication materials. Also discussed are the description of what constitute a smart bag, relevant technologies for smart bag design and engineering and subsequently the current trends in smart bag applications. This study also discovered that the air travel industry tend to have some difficulties with this smart bag technologies, specifically with their built-in batteries.

Practical implications
The results of this study will provide researchers and other stakeholders with key information about existing problems and opportunities in smart bag research and applications. This will go a long way to help in guiding future research as well as policymaking in smart bag design and application.

Originality/value
To the best of the authors’ knowledge, this is the first review on the subject of smart bags even though smart bag research and commercial product design continue to gain momentum in recent years.
Antecedents and customer-related outcomes of perceived CSR authenticity of Indian banks: developing an integrated model
Authors: Sharma Divya , Kumar Rakesh 
Published: November 2024

Purpose
Business-society relations have weakened in recent years due to evidence of greenwashing and misleading corporate social responsibility (CSR) practices, resulting in a lack of trust and interest amongst the stakeholders regarding CSR efficiency. Therefore, this paper aims to analyse the major antecedents and customer-related outcomes of perceived CSR authenticity. In addition, the study provides an integrated model of CSR authenticity and empirically validates the model in Indian settings.

Design/methodology/approach
A structured questionnaire was developed to collect data from 250 bank customers living in a major city situated in the northern part of India. The analysis was conducted using structural equation modelling.

Findings
The findings of the study demonstrate that extrinsic motives, intrinsic motives, CSR impact and corporate reputation significantly influence CSR authenticity, while CSR fit was reported to exhibit no significant influence on CSR authenticity. Additionally, the results of the mediation analysis indicated that CSR authenticity had no direct effect on customer loyalty; rather, this effect was found to be mediated through customer trust.

Originality/value
This study/research adds insight into the concept of CSR authenticity, which is relatively under-researched, especially in the Indian context. Furthermore, the study focuses on less-explored antecedents, including CSR impact and corporate reputation. In addition, the paper also examines the mediating effect of trust between CSR authenticity and consumer loyalty, which has not been explored yet in the context of CSR authenticity. The analysis also delved into the moderating effect of gender and age on CSR authenticity.
Exploring porosity effects of on mechanical behavior of sintered nanosilver for double-sided cooling packaging of high-power devices: a multiscale modeling
Authors: Long Xu , Zhao Xianyi , Chong Kainan , Su Yutai , Siow Kim S. , Wang Zhi , Jia Fengrui , Wan Xin 
Published: November 2024

Purpose
The purpose of this paper is to analyze and compare the mechanical properties of sintered nanosilver with different porosities at both the mesoscopic and macroscopic scales and to conduct a multiscale analysis of the porosity effect on the mechanical properties of sintered nanosilver.

Design/methodology/approach
This paper establishes a mesoscopic model for the uniaxial tension of sintered nanosilver and a macroscopic model for chips containing sintered silver layers. Using the finite element method, combined with crystal plasticity theory and unified creep plasticity theory, a multiscale analysis is conducted for the mechanical properties of sintered nanosilver. First, stress distribution characteristics under uniaxial tensile loading for different porosities in sintered nanosilver polycrystal models are analyzed at the mesoscopic scale. Second, at the macroscopic scale, the mechanical performance of sintered nanosilver layers with varying porosities in high-power chip models under cyclic loading is analyzed. Finally, the porosity influence on the damage evolution in sintered nanosilver is summarized, and simulations are conducted to explore the evolution of damage parameters in sintered nanosilver under different porosities.

Findings
In the mesoscopic model, the presence of mesoscale voids affects the stress distribution in sintered nanosilver subjected to tensile loading. Sintered nanosilver with lower porosity exhibits higher tensile strength. In the macroscopic model, sintered nanosilver layers with lower porosity correspond to a more uniform stress distribution, whereas higher porosity leads to faster accumulation of plastic strain in the sintered layer. During chip packaging processes, improving processes to reduce the porosity of sintered layers can delay the initiation of damage and the propagation of cracks in sintered nanosilver.

Practical implications
During chip packaging processes, improving processes to reduce the porosity of sintered layers can delay the initiation of damage and the propagation of cracks in sintered nanosilver.

Originality/value
This paper innovatively uses a mesoscopic crystal plasticity constitutive model and a macroscopic unified creep plasticity constitutive model to analyze the mechanical behavior of sintered nanosilver with different porosities. It comprehensively investigates and explains the influence of porosity on the mechanical performance of sintered nanosilver across multiple scales.
Team climate and knowledge management in knowledge-intensive teams: does team empowerment matter? Evidence from R&D teams
Authors: Chouiref Abdelhak , Berraies Sarra , Ben Rejeb Wajdi 
Published: November 2024

Purpose
Based on the job-demands resources (JD-R) model and the self-determination theory (SDT), this paper aims to explore team empowerment (TEMP) as a mediating mechanism through which team climate (TC) marked by innovativeness, cohesion and trust and knowledge management (KM) in teams.

Design/methodology/approach
Using a convenience sampling method, data were gathered from 246 employees of Tunisian knowledge-intensive firms (KIFs) and involved within 69 R&D teams. The partial least square-structural equation modeling approach through SMART PLS 3.2 software was used to evaluate the constructs’ psychometric properties and hypotheses. The mediating effect in the model was evaluated through the non-parametric bootstrapping method.

Findings
Results highlight that TC marked by innovativeness, cohesion and trust represents a key team contextual antecedent promoting TEMP and KM in teams. In turn, TEMP, as a critical intrinsic task motivation factor, is revealed as a driver of KM practices. This research demonstrates that TEMP partially mediates the relationship between TC and KM in teams.

Originality/value
This study pioneers the examination of TEMP’s mediating role between a TC marked by innovativeness, trust and cohesion and KM. By applying insights from the JD-R model and SDT to team-level dynamics, it uniquely positions TEMP as an intrinsic motivational factor explaining the mechanism through which the contextual resources provided by a supportive TC promote KM practices. It provides practical insights for KIFs’ managers through highlighting how intrinsically motivated teams of knowledge workers, empowered by a cohesive, innovative and trust-based TC, can effectively navigate the challenges inherent in knowledge-intensive teamwork, leading to enhanced KM practices.
Analytical formulas for geometrical factor and sensitivity for long electrodes
Authors: Butler S. L. 
Published: November 2024

AbstractIn the electrical resistivity method, electrodes are usually modelled as point current sources and point voltage measurements. If the burial depth of the electrode is significant compared with the spacing between electrodes, this point approximation may not be accurate. Common situations employing long electrodes include the use of metal‐cased boreholes as electrodes and small‐scale, high‐resolution environmental, engineering and archaeological surveys where electrode spacings may be very small. In this contribution, I present analytical expressions for the mutual resistance between long electrodes modelled as line current sources. Mutual resistances are then used to calculate geometrical factors. Additionally, I present an expression for the current density and use it to derive an analytical expression for the sensitivity of electrode arrays with long electrodes. The sensitivity is, in turn, used to calculate the mean depth and position which can be used as estimates of depth and position of investigation and as pseudosection plot points. Example calculations using the geometrical factor, sensitivity and mean depth are shown, and comparisons are made with simulations and lab‐scale experiments.
Succession of Bacteria and Archaea Within the Soil Micro‐Food Web Shifts Soil Respiration Dynamics
Authors: Tamang Mandip , Sikorski Johannes , van Bommel Miriam , Piecha Marc , Urich Tim , Ruess Liliane , Huber Katharina , Neumann‐Schaal Meina , Pester Michael 
Published: November 2024

ABSTRACTBacterivorous nematodes are important grazers in the soil micro‐food web. Their trophic regulation shapes the composition and ecosystem services of the soil microbiome, but the underlying population dynamics of bacteria and archaea are poorly understood. We followed soil respiration and 221 dominant bacterial and archaeal 16S rRNA gene amplicon sequencing variants (ASVs) in response to top‐down control by a common bacterivorous soil nematode, Acrobeloides buetschlii, bottom‐up control by maize litter amendment and their combination over 32 days. Maize litter amendment significantly increased soil respiration, while A. buetschlii addition caused an earlier peak in soil respiration. Underlying bacterial and archaeal population dynamics separated into five major response types, differentiating in their temporal abundance maxima and minima. In‐depth analysis of these population dynamics identified a broad imprint of A. buetschlii grazing on dominant bacterial (Acidobacteriota, Bacteroidota, Gemmatimonadota, Pseudomonadota) and archaeal (Nitrososphaerota) ASVs. Combined bottom‐up control by maize litter and top‐down control by A. buetschlii grazing caused a succession of soil microbiota, driven by population changes first in the Bacteroidota, then in the Pseudomonadota and finally in the Acidobacteriota and Nitrososphaerota. Our results are an essential step forward in understanding trophic modulation of soil microbiota and its feedback on soil respiration.
‘WHO COUNTS AS A “WHO”?’ Homeless Women and Geographies of Misrecognition in the City of Gothenburg, Sweden
Authors: Grange Kristina 
Published: November 2024

AbstractThis article takes as its starting point Judith Butler's demand for us to think through the question ‘Who counts as a “who”?’ It does this through a study of the gendered geographies of misrecognition experienced by the homeless women in the city of Gothenburg, Sweden. The article draws attention to the fact that the city accommodates homeless women in industrial areas on the outskirts of the city. It is argued here that this is an accommodation strategy which increases these women's precarity. By giving voice to ten women in homelessness, who at the time of the interviews were temporarily accommodated in four different shelters in the city, the article seeks to contrast the city's policies on homelessness, gender equality and urban development with these women's lived experiences. The analysis draws on Butler's notion of ‘frames of misrecognition’ as well as Nancy Fraser's notion of ‘geographies of recognition’. It is argued that political frames of misrecognition work to marginalize homeless women, both socially and geographically, to the extent that some of them feel completely excluded from society. The article concludes that it is a political responsibility to urgently recognize and address this group's lived experiences.
Scavenger receptor‐A is a sensitive disease activity biomarker in ESR and CRP normal rheumatoid arthritis
Authors: Cao Shixiong , Liu Xu , Xie Yang , Hu Fanlei , Li Zhanguo , Su Yin , Luo Li , Sun Xiaolin 
Published: November 2024

AbstractObjectiveIdentification of rheumatoid arthritis (RA) patients in active disease with normal ESR and CRP is a challenge in disease activity assessment. The objective of this study was to evaluate the performance and clinical significance of Scavenger receptor‐A (SRA) as a disease activity biomarker in RA, especially in ESR and CRP normal patients.MethodsOne hundred and sixty‐two RA (40 discovery cohort; 122 validation cohort), 20 osteoarthritis (OA), and 36 healthy controls (HCs) were recruited. Ten disease activity markers were evaluated by Bio‐Plex Pro Human Cytokine Assay in the discovery cohort. SRA levels were measured by enzyme‐linked immunosorbent assay (ELISA) in the validation cohort. The association between SRA and clinical phenotypes was also analyzed. ROC analysis was performed for disease activity prediction.ResultsSRA was found to be correlated with disease activity in the discovery cohort. The serum SRA level was verified by ELISA in the validation cohort, and was found to be correlated with disease activity index in RA patients, including DAS28‐ESR (r = .477, p < .001), swollen joint counts, and tender joint counts; as well as inflammation markers, including ESR and CRP. In ESR and CRP normal RA, there was a strong correlation between SRA and DAS28‐ESR ( = 4.564, p = .003). In addition, area under the ROC of SRA was higher than AUCESR and AUCCRP in ESR and CRP normal RA patients, suggesting that serum SRA could be more sensitive than ESR and CRP for disease activity assessment in this group of patients. In the low DAS28‐ESR (≤3.2) group, the AUC of SRA for disease activity measurement was higher than that of ESR and CRP, indicating that SRA was also more sensitive than ESR and CRP in low‐disease activity RA.ConclusionSRA was correlated with RA disease activity and may be a sensitive serum biomarker for disease activity evaluation, especially in ESR and CRP normal patients, as well as in the low‐disease activity group. SRA could be a promising marker for disease activity assessment.
A transferable approach for quantifying benthic fish sizes and densities in annotated underwater images
Authors: Esselman Peter C. , Moradi Shadi , Geisz Joseph , Roussi Christopher 
Published: November 2024

Abstract

Benthic fishes are a common target of scientific monitoring but are difficult to quantify because of their close association to bottom habitats that are hard to access. Advances in image‐acquisition technologies, machine vision and deep learning have made capturing and quantifying fishes with cameras increasingly feasible. We present a method and open‐source software called ‘FishScale’ to estimate benthic fish lengths, numeric abundance and biomass density in underwater environments assessed with down‐looking monocular images.

‘FishScale’ estimates fish abundances and size frequencies from near‐nadir monocular images where fish have already been semantically segmented. The software accounts for lens distortion, underwater magnification effects and fish body curvature to automatically estimate fish lengths and the areas of images where they were captured. Numeric and biomass density are estimated through a deterministic machine vision algorithm that requires a user‐provided length‐weight relationship for species of interest and calibration images.

Results from validation studies show that lengths and weights can be estimated with high accuracy and precision for round goby (Neogobius melanostomus) captured in distorted action camera images, and from large‐bodied lake trout (Salvelinus namaycush) imaged with a machine vision camera. The real‐world utility of the approach is demonstrated in a case study estimating round goby abundances and size frequencies along a 10.7‐km transect surveyed with an autonomous underwater vehicle in Lake Michigan, USA.

Our validation studies demonstrate that the approach estimates benthic and benthopelagic fish lengths and weights with little bias and good accuracy and precision for species with much different body shapes and sizes. The method is applicable to data collected using a variety of nadir imaging approaches with widespread applications to fisheries monitoring and quantification of any species or object for which nadir images and working distances between the camera and feature of interest are available.