bluuebunny/crossref_metadata_2025_split huggingface dataset:
Capturing the smile: Exploring embodied and social acts of smiling
Authors: Kettle J. , Warren L. 
Published: July 2024

AbstractSmiling is an embodied and complex social act. Smiling is presented as facilitating individual health and wellbeing, but the value placed on smiling raises questions about structural conditions acting on the body. While smiling has been considered sociologically, psychologically and historically, we argue that further exploration of the embodied smile offers fruitful avenues for future research. This article attempts to advance understanding of the smile and its importance by: (I) Bringing together literature on smiling as a social act and smiling as embodied. (II) Systematically identifying key themes, which recognise sociological insights and the relevance of oral health. (III) Pointing to useful directions for future sociological research into smiling. In this article, we review literature on body techniques; impression management and social interaction; gender, race and smiling; and emotional, aesthetic and affective labour. We move on to embodiment, considering the mouth as a body project and in relation to the ageing body, before reflecting on the significance of oral health and dentistry. We highlight future directions for sociological research on smiling, building on eight interrelated and cross‐cutting themes: norms and expectations, aesthetic ideals, self and identity, health and wellbeing, body work, commodification and labour, inclusion and exclusion and resistance.
Cervical cerclage: An evolving evidence base
Authors: Story Lisa , Shennan Andrew 
Published: July 2024

AbstractCervical cerclage is an established intervention for the management of pregnancies at high risk of preterm birth. Although studies exist to support its use in certain situations, particularly in singleton pregnancies, many questions such as adjunct therapies and efficacy in specific subgroups of high‐risk women have not been fully elucidated. This review will assess the current evidence as well as areas where there is currently a paucity of data and an urgent requirement for further research.
Hypernatremia in hospitalised adult patients: A protocol for a scoping review
Authors: Wichmann Sine , Rønhøj Rasmus , Ellekjær Karen L. , Møller Morten Hylander , Bestle Morten H. 
Published: July 2024

AbstractBackgroundHypernatremia is a common electrolyte disturbance in hospitalised patients associated with adverse outcomes. The aetiology is diverse but often related to fluid therapy and sodium‐containing medicaments. We aim to outline the evidence base on hypernatremia in adult hospitalised patients.MethodsWe will conduct a scoping review and adhere to the preferred reporting items for systematic and meta‐analysis extension for scoping reviews (PRISMA‐ScR). We will systematically search the Cochrane Library, Medline, Pubmed, and Embase from inception with no limitations to language, and include all study designs. We will use the population, exposure, comparator, and outcome‐based approach to define eligibility criteria. The population: adult hospitalised patients; exposure: hypernatremia; comparator: no hypernatremia or all types of treatments of hypernatremia; and outcomes: all reported outcomes. Two authors will independently screen and select studies followed by full‐text assessment and data extraction in duplicate. All outcome measures will be reported, and descriptive analyses will be performed. The certainty of evidence will be assessed according to an adapted grading of recommendations assessment, development, and evaluation (GRADE) approach.DiscussionThis scoping review will provide an overview of the current evidence regarding the incidence of hypernatremia, treatment modalities, and outcomes reported for hospitalised adult patients with hypernatremia.
Anthropogenic linear features exhibit greater mammal activity relative to surrounding game trails in a woody savannah
Authors: Fitzpatrick Ryan S. , Kissel Miranda C. , Wuensch Matthew A. , Michael Taylor C. , Ward David 
Published: July 2024

AbstractAnthropogenic development throughout African savannahs results in changes to landscapes and wildlife habitat. Linear features (e.g. roads and powerlines) have become more prevalent and can reshape how many mammal species navigate the landscape. This study assesses how mammals use anthropogenic linear features and game trails in a woody savannah via camera traps. We found that a greater number of species, especially carnivores, used linear features rather than game trails. Additionally, 15 mammal taxa were associated with anthropogenic linear features, whereas only four taxa were associated with game trails, suggesting that anthropogenic development throughout the African savannah may alter wildlife landscape use.
Invasive species or legal alien? Confrontation and controversy in protecting sabras in Israel
Authors: Shani Liron 
Published: July 2024

AbstractIn an era marked by heightened globalization and climate crisis, the proliferation of alien or invasive species has emerged as a critical issue. This article delves into the contentious debates surrounding strategies for addressing these species, offering insights into divergent visions of “environmental futures” and the intricate interplay of concern, risk, and power relations in the Anthropocene. Through ethnographic research, the article scrutinizes discourses and practices related to the preservation of sabras, recent immigrants from the Americas that have become emblematic in Israel/Palestine, symbolizing a shared connection to the land for Jews and Palestinians. The primary focus is on efforts to protect sabras from an invasive insect threat, which involves introducing a “natural enemy” to combat the intruder, sparking controversy among scientists and stakeholders. By employing the concept of “Anthropocene concern,” the article unveils the anxieties of various actors regarding nonhuman entities and demonstrates how these perceptions drive human actions or inaction. Despite the temptation to associate the political struggle only with the Israeli/Palestinian conflict, the article shows the importance of analyzing the political–scientific struggle around the appropriate approach to dealing with invasive species and how emotions, politics, and science are intertwined at different levels, requiring careful analysis and interpretation.
HCN channels in the lateral habenula regulate pain and comorbid depressive‐like behaviors in mice
Authors: Cao Xue‐zhong , Zhu Meng‐ye , Xu Gang , Li Fan , Yan Yi , Zhang Jin‐jin , Wang Jianbing , Zeng Fei , Bao Yang , Zhang Xue‐xue , Liu Tao , Zhang Da‐ying 
Published: July 2024

AbstractAimsComorbid anxiodepressive‐like symptoms (CADS) in chronic pain are closely related to the overactivation of the lateral habenula (LHb). Hyperpolarization‐activated cyclic nucleotide‐gated (HCN) channels have been implicated to play a key role in regulating neuronal excitability. However, the role of HCN channels in the LHb during CADS has not yet been characterized. This study aimed to investigate the effect of HCN channels in the LHb on CADS during chronic pain.MethodsAfter chronic neuropathic pain induction by spared nerve injury (SNI), mice underwent a sucrose preference test, forced swimming test, tail suspension test, open‐field test, and elevated plus maze test to evaluate their anxiodepressive‐like behaviors. Electrophysiological recordings, immunohistochemistry, Western blotting, pharmacological experiments, and virus knockdown strategies were used to investigate the underlying mechanisms.ResultsEvident anxiodepressive‐like behaviors were observed 6w after the SNI surgery, accompanied by increased neuronal excitability, enhanced HCN channel function, and increased expression of HCN2 isoforms in the LHb. Either pharmacological inhibition or virus knockdown of HCN2 channels significantly reduced LHb neuronal excitability and ameliorated both pain and depressive‐like behaviors.ConclusionOur results indicated that the LHb neurons were hyperactive under CADS in chronic pain, and this hyperactivation possibly resulted from the enhanced function of HCN channels and up‐regulation of HCN2 isoforms.
Contact sensitization to fragrance mix I and fragrance mix II among European dermatitis patients: A systematic review
Authors: Botvid Sofia , Bennike Niels H. , Simonsen Anne Birgitte , Johansen Jeanne Duus , Uter Wolfgang 
Published: June 2024

AbstractBackgroundFragrance substances are a frequent cause of contact allergy worldwide. Fragrance exposure varies by sex, age and possibly country, influenced by cosmetic availability, environmental conditions and cultural practices.ObjectivesTo systematically review and gather prevalence of sensitization to fragrance mix I (FM I) and fragrance mix II (FM II) in consecutively patch tested European dermatitis patients.MethodA total of 4134 publications on patch test results of European dermatitis patients, published from 1981 to 2022, were systematically reviewed according to a previously registered and published PROSPERO protocol.ResultsEighty‐four eligible original articles were analysed. Overall prevalence of sensitization to fragrance mix I (FM I) was 6.81% (95% CI: 6.37–7.28), and FM II was 3.64% (95% CI: 3.3–4.01). Sensitization to FM I was most prevalent in Central and Eastern Europe and to FM II in Western Europe. No clear time trends were observed. Among paediatric dermatitis patients, sensitization prevalence for FM I and FM II was 4.09% (95% CI: 3.37–4.96) and 2.17% (95% CI: 1.53–3.07).ConclusionThe frequency of positive patch test results for both FMI and FMII remains high. Sensitization is also prevalent among children. Enhanced regulation and labelling of cosmetic products play a vital role in averting exposure and sensitization to fragrance allergens.
Adaptive weighted feature fusion for multiscale atrous convolution‐based 1DCNN with dilated LSTM‐aided fake news detection using regional language text information
Authors: Rathinapriya V , Kalaivani J. 
Published: July 2024

AbstractThe people in the world rely on social media for gathering news, and it is mainly because of the development of technology. The approaches employed in natural language processing are still deficient in judgement factors, and these techniques frequently rely upon political or social circumstances. Numerous low‐level communities in the area are curious after experiencing the negative effects caused by the spread of false information in different sectors. Low‐resource languages are still distracted, because these techniques are extensively employed in the English language. This work aims to provide an analysis of regional language fake news and develop a referral system with advanced techniques to identify fake news in Hindi and Tamil. This proposed model includes (a) Regional Language Text Collection; (b) Text preprocessing; (c) Feature Extraction; (d) Weighted Stacked Feature Fusion; and (e) Fake News Detection. The text data is collected from the standard datasets. The collected text data is preprocessed and given into the feature extraction, which is done by using bidirectional encoder representations from transformers (BERT), transformer networks, and seq2seq network for extracting the three sets of language text features. These extracted feature sets are inserted into the weighted stacked feature fusion model, where the three sets of extracted features are integrated with the optimized weights that are acquired through the enhanced osprey optimization algorithm (EOOA). Finally, these resultant features are given to multi‐scale atrous convolution‐based one‐dimensional convolutional neural network with dilated long short‐term memory (MACNN‐DLSTM) for detecting the fake news. Throughout the result analysis, the experimentation is conducted based on the standard Tamil and Hindi datasets. Moreover, the developed model shows 92% for Hindi datasets and 96% for Tamil datasets which shows effective performance regarding accuracy measures. The experimental analysis is carried out by comparing with the conventional algorithms and detection techniques to showcase the efficiency of the developed regional language‐based fake news detection model.
KDBI special issue: Explainability feature selection framework application for LSTM multivariate time‐series forecast self optimization
Authors: Rodrigues Eduardo M. , Baghoussi Yassine , Mendes‐Moreira João 
Published: July 2024

AbstractDeep learning models are widely used in multivariate time series forecasting, yet, they have high computational costs. One way to reduce this cost is by reducing data dimensionality, which involves removing unimportant or low importance information with the proper method. This work presents a study on an explainability feature selection framework composed of four methods (IMV‐LSTM Tensor, LIME‐LSTM, Average SHAP‐LSTM, and Instance SHAP‐LSTM) aimed at using the LSTM black‐box model complexity to its favour, with the end goal of improving the error metrics and reducing the computational cost on a forecast task. To test the framework, three datasets with a total of 101 multivariate time series were used, with the explainability methods outperforming the baseline methods in most of the data, be it in error metrics or computation time for the LSTM model training.
Metamorphosis alters concentrations of bioaccumulated pharmaceuticals and endocrine disruptors in caddisflies: Implications for transfer of aquatic–terrestrial subsidies
Authors: Veseli Marina , Rožman Marko , Petrović Mira , Previšić Ana 
Published: July 2024

Abstract

Aquatic insects serve as vital inter‐habitat linkages between aquatic and terrestrial ecosystems, as their life cycle includes both aquatic and terrestrial stages. They facilitate the flow of energy and nutrients and play an important role in the transport of waterborne contaminants to terrestrial environments. This study focused on the under‐investigated environmental fate of emerging contaminants (ECs), particularly pharmaceuticals (PhACs) and endocrine‐disrupting compounds (EDCs), which originate from wastewater effluents and accumulate in aquatic insects.

Using an in situ study of a highly abundant caddisfly species (Trichoptera), Silo nigricornis (Pictet, 1834), inhabiting a wastewater‐impacted drainage ditch, we examined the bioaccumulation and bioamplification of PhACs and EDCs across the aquatic and terrestrial life stages of the caddisfly.

We observed variations in the highest concentrations of PhACs and EDCs in different sample types, including water, biofilm and different life stages of S. nigricornis. Adult S. nigricornis exhibited the highest total concentrations of ECs among the different life stages, with 17 different ECs bioaccumulated in caddisfly tissues. Most of these ECs had higher concentrations in terrestrial adults compared to aquatic larvae and pupae. The total concentration of ECs increased significantly with development, revealing a 41% higher concentration in adult terrestrial caddisflies compared to pupae and larvae.

Bioamplification factors provided insights into the increased body burden of the majority of compounds during at least one stage of metamorphosis in S. nigricornis. Evidence of bioamplification was observed in both metamorphosis stages, with certain compounds, such as antibiotics (azithromycin and tilmicosin), endocrine disruptors (TCPP – tris[1‐chloro‐2‐propyl]phosphate and parabens; methylparaben, propylparaben), consistently exhibiting increased concentrations from larval to pupal and from pupal to adult stages. The observed pattern of increasing body burden of contaminants during the caddisfly life cycle emphasises the effects of metamorphosis on the concentration of PhACs and EDCs in adult holometabolous aquatic insects.

Our results emphasise the importance of adult caddisflies for the transport of waterborne contaminants such as PhACs and EDCs from aquatic to terrestrial environments. Therefore, our results emphasise the need to include adult trichopterans in the assessment of habitat quality, as their influence extends beyond the boundaries of the aquatic ecosystem.
The role of deadwood substrates in promoting moss growth: Decay class and particle size effects
Authors: Shi Bingyang , Wang Xiurong , Yang Shuoyuan , Chen Hongmei , Zhao Yang , Liu Qiao , Zou Rong , Pan Yannan 
Published: July 2024

AbstractPlagiomnium acutum has a high value of landscape application and medicinal value, but there is a lack of related research on propagation and cultivation techniques. The deadwood substrate has rich nutrients and superior water retention properties, which will be conducive to promoting the growth of moss. Nevertheless, the underlying mechanisms by which deadwood influences moss growth are not yet fully unclear. In this study, we pulverized deadwood from five decay classes of Pinus massoniana into three distinct particle sizes. Through a pot experiment, we investigated the effects of decay class and physicochemical properties on the growth and physiology of Plagiomnium acutum, aiming to identify the most suitable growth substrate. The results indicated that both the decay class and particle diameter of deadwood significantly affect the substrate's physicochemical characteristics and the growth indexes of P. acutum, with the decay class exerting a more pronounced effect. The water‐holding porosity, water‐holding capacity, total nitrogen, total phosphorus, total potassium and lignin content of the substrate positively affected the growth of P. acutum, while the bulk density, void ratio, total carbon, carbon‐to‐nitrogen ratio, condensed tannin content and cellulose content had negative impacts. A comprehensive evaluation using a fuzzy membership function indicated that deadwood with higher decay classes (IV and V) was more conducive to the growth of P. acutum. Specifically, substrates from decay class IV with particle sizes of 10–20 mm provided the most favorable conditions for P. acutum and were recommended as the optimal cultivation substrate. The results of this study provide theoretical basis and technical support for the propagation and cultivation of P. acutum, and provide a foundation for further development of the industrial, pharmaceutical and environmental biotechnology potential of P. acutum.
An N‐terminal and ankyrin repeat domain interactome of Shank3 identifies the protein complex with the splicing regulator Nono in mice
Authors: Okuzono Sayaka , Fujii Fumihiko , Setoyama Daiki , Taira Ryoji , Shinmyo Yohei , Kato Hiroki , Masuda Keiji , Yonemoto Kousuke , Akamine Satoshi , Matsushita Yuki , Motomura Yoshitomo , Sakurai Takeshi , Kawasaki Hiroshi , Han Kihoon , Kato Takahiro A. , Torisu Hiroyuki , Kang Dongchon , Nakabeppu Yusaku , Ohga Shouichi , Sakai Yasunari 
Published: July 2024

AbstractAn autism‐associated gene Shank3 encodes multiple splicing isoforms, Shank3a‐f. We have recently reported that Shank3a/b‐knockout mice were more susceptible to kainic acid‐induced seizures than wild‐type mice at 4 weeks of age. Little is known, however, about how the N‐terminal and ankyrin repeat domains (NT‐Ank) of Shank3a/b regulate multiple molecular signals in the developing brain. To explore the functional roles of Shank3a/b, we performed a mass spectrometry‐based proteomic search for proteins interacting with GFP‐tagged NT‐Ank. In this study, NT‐Ank was predicted to form a variety of complexes with a total of 348 proteins, in which RNA‐binding (n = 102), spliceosome (n = 22), and ribosome‐associated molecules (n = 9) were significantly enriched. Among them, an X‐linked intellectual disability‐associated protein, Nono, was identified as a NT‐Ank‐binding protein. Coimmunoprecipitation assays validated the interaction of Shank3 with Nono in the mouse brain. In agreement with these data, the thalamus of Shank3a/b‐knockout mice aberrantly expressed splicing isoforms of autism‐associated genes, Nrxn1 and Eif4G1, before and after seizures with kainic acid treatment. These data indicate that Shank3 interacts with multiple RNA‐binding proteins in the postnatal brain, thereby regulating the homeostatic expression of splicing isoforms for autism‐associated genes after birth.
Boron oxide influencing phase transformations in Eu and Dy co‐doped Sr4Al14O25 exhibiting persistent luminescence
Authors: Khabbaz Abkenar Sirous , Cosgun Ergene Arzu , Gulgun Mehmet Ali , Ow‐Yang Cleva W. 
Published: July 2024

AbstractThe addition of boron oxide is well‐known to dramatically extend the afterglow persistence (PersiL) from minutes to hours in Sr4Al14O25 (S4A7) co‐doped with 1 at% Eu and 1 at% Dy (S4A7EDxB), while the longest duration occurs when 30–40 mol% B2O3 is used. To elucidate the influence of B2O3 on the S4A7EDxB structure supporting PersiL, the thermodynamics and kinetics of phase transformation from amorphous preceramics of S4A7EDxB are investigated in the present work. Powders of S4A7EDxB containing x = 0, 10, 20, 30, and 40 mol% B2O3 were prepared by Pechini processing, and their phase evolution was analyzed at characteristic exothermic reaction temperatures. Differential thermal analysis and thermogravimetry at different heating rates, X‐ray diffraction, micro‐Raman, and scanning electron microscopy methods are used to reveal that S4A7 forms along different reaction pathways involving SrAl2O4, γ‐Al2O3, and SrAl4O7, with the pathway determined primarily by the amount of boron oxide present. Evidence is presented correlating the energy barrier of different phase transformations to the relative stability of Al3+ coordination polyhedral networks that form the scaffolding in each crystal phase. To lift the kinetic limitations for direct crystallization of S4A7, at least 30 mol% B2O3 is required for sufficient liquid borate to enable both the Sr2+ diffusion and the reorganization in topological connectivity in the Al3+ polyhedral scaffolding.
Combined effect of timing, position and management on Halyomorpha halys feeding injury assessment on apple cultivars
Authors: Zapponi Livia , Chiesa Serena Giorgia , Anfora Gianfranco , Chini Loris , Gallimbeni Luca , Ioriatti Claudio , Mazzoni Valerio , Saddi Alberto , Angeli Gino 
Published: June 2024

AbstractHalyomorpha halys is an invasive stink bug, native to east Asia, responsible for extensive economic loss in numerous crops. Since several factors can influence the severity of the recorded injury level, we performed field and semi‐field experiments in commercial apple orchards to monitor their interaction. To establish how position (both in the orchard and on the canopy), management and cultivar interact in determining pre‐harvest injury levels, more than 100,000 apples, distributed over 106 orchard blocks, were examined in the field. Apples located higher in the canopy, on edge rows and in orchards with organic management had a higher number of external injuries and such factors were more relevant when occurring in combination, and on mid and late‐season cultivars. Exclusion cages were used to assess if the injury severity changed with the apple growth stage and with the life stage of H. halys, exposing Red delicious apples to adults and nymphs for 48 hours, from May to July. Early‐season injuries did not evolve in distinct depressions nor in wide areas with necrotic tissue. Later in season, the injury severity was higher and similar for adults and older nymphs (fourth and fifth instars), with the development of depressions externally and necrotic tissue internally. Thus, even a low number of individuals could cause severe damage, over a short exposure period, when it happened near full maturation. The combined results offer new insights to support the development of informed and sustainable control strategies.