bluuebunny/crossref_metadata_2025_split huggingface dataset:
De quelques facettes des violences faites aux femmes en Algérie
Authors: Bouatta Cherifa 
Published: May 2015

L’auteur présente les résultats d’une recherche sur les violences conjugales menée auprès de cent femmes algériennes résidant dans une petite ville de l’intérieur du pays. L’objectif de la recherche est de cerner le vécu psychologique de ces femmes, leurs réactions, les conséquences des violences qu’elles subissent (psychiques et somatiques), le support dont elles peuvent bénéficier de la part de leur famille... et, ce faisant, de proposer des hypothèses visant à comprendre les raisons pour lesquelles des femmes ayant subi des violences pendant de longues années demeurent toujours avec leur agresseur. Il semblerait que ces femmes soient aux prises d’une « guerre de basse intensité », celle menée contre les populations civiles faite de désinformation, de contrôle et de répression.
Le Cobot, la coopération entre l’utilisateur et la machine
Authors: Kleinpeter Édouard 
Published: May 2015

En 1996, le terme de « cobot », contraction de « robotique collaborative », apparut sous la plume de deux chercheurs américains travaillant pour l’industrie automobile. Il s’applique aujourd’hui à un nouveau champ de la recherche en robotique, la « cobotique », qui s’attache à concevoir des machines asservies ou pseudo-autonomes susceptibles d’être utilisées au sein d’un environnement humain. Le cobot se différencie donc essentiellement du robot par son absence d’autonomie puisque, par définition, il ne peut pas fonctionner sans l’action d’un opérateur. L’approche collaborative, tout en dépassant la simple « utilisation » qui pourrait être faite d’un outil, valorise le travail de l’humain et laisse présager d’une meilleure acceptabilité sociale du cobot, qui n’aurait pas pour vocation de remplacer l’homme, mais de l’épauler.
Le texte authentique du Traité de la vraie dévotion à la Sainte Vierge de saint Louis-Marie Grignion de Montfort
Authors: Guitteny Bernard 
Published: May 2015

Traité de la vraie dévotion à la Sainte Vierge n’est pas le titre réel de ce livre. Divulgué dès la première édition (1843), il ne lui convient qu’en partie. Les deux sous-titres de l’œuvre sont indiqués par l’auteur dans le manuscrit autographe : la première partie traite de la « préparation au règne de Jésus-Christ » et la seconde est intitulée « la parfaite consécration à Jésus-Christ » qui est l’équivalent de la perfection chrétienne et la réalisation du règne de Jésus-Christ dans les cœurs. Un alinéa de sept lignes du début de l’autographe n’a jamais été publié alors qu’il contient le schéma directeur de la lecture du livre. Son absence dans les éditions a donné lieu à des interprétations suspectes.
Territoire et syndicalisme, entre respect des valeurs et besoins d’évolution, la démarche CGT
Authors: Bernard-Roigt Martine 
Published: May 2015

La question du territoire est aujourd’hui incontournable. Les travaux de recherche en sciences sociales ont abondamment interrogé cette dimension mais la dimension spatiale des mobilisations est généralement peu prise en compte, car jugée subalterne. Or les acteurs – il s’agit ici des acteurs syndicaux et des salariés – font du territoire un enjeu central de leur mobilisation. En effet, la territorialisation croissante des politiques publiques ouvre de nouveaux espaces d’intervention pour les acteurs. Comment s’approprient-ils ces espaces ? Bouleversent-ils leurs pratiques dans les entreprises, les localités, les départements ? Imposent-ils aux organisations syndicales d’interroger leur mode d’organisation et de fonctionnement ? Notre article étudie deux dimensions de la démarche CGT, celle de la confédération dans son rapport au territoire et celle d’acteurs syndicaux de terrain dans un système productif local. Ce faisant, il montre les questionnements, les contradictions, les réponses que le syndicat construit pour faire face à ces nouvelles formes d’organisation du territoire et aux politiques publiques qui les guident.
Emprise financière et internationalisation des groupes français : un premier état des lieux
Authors: Sauviat Catherine , Serfati Claude 
Published: May 2015

Au cours des dernières décennies, les directions des sociétés mères ont renforcé les processus de centralisation et de gestion des actifs financiers au sein des grands groupes industriels français, y compris sous la forme hautement liquide de l’accumulation de trésorerie valorisée à court terme sur les marchés financiers. Cette évolution est allée de pair avec l’intensification de leur internationalisation dont témoigne la croissance de leurs investissements directs à l’étranger (IDE). Les IDE ne sont pas seulement les principaux vecteurs de transferts d’activités de production à l’étranger. Ils facilitent également une importante circulation financière interne aux groupes, source de profits qui reposent notamment sur le développement d’échanges de prestations de services et d’activités localisées dans les « centres financiers extraterritoriaux ».
The Role of CT Scan and Histopathology in Diagnosis of Allergic Fungal Sinusitis
Authors: Bhardwaj Bhanu Bhanu , Gill Jaskaran Singh , Singh Tanya 
Published: May 2015

ABSTRACTAllergic fungal sinusitis is the disease with emerging incidence in last decade. The diagnosis of AFS requires a combination of clinical, radiographic, microbiological and histopathological information. CT scan findings in AFS are considered important in preoperative diagnosis but definitive diagnosis requires histological verification. The role of CT scan as the preoperative diagnostic modality in AFS has been analyzed in 50 patients in a prospective study conducted at our institute and results have been very assuring. This article will surely satisfy many inquisitive minds about the speculations regarding the diagnosis of AFS.How to cite this articleBhardwaj BB, Gill JS, Singh T. The Role of CT Scan and Histopathology in Diagnosis of Allergic Fungal Sinusitis. Clin Rhinol An Int J 2014;7(3):117-120.
Intrastromal Corneal Ring Segments Implantation in Patients with Mild Keratoconus
Authors: Rodrigues Pablo F , Dias Wagner G 
Published: May 2015

ABSTRACT

Purpose
The purpose of this study is to evaluate the topographic, topometric and visual changes after implantation of Ferrara intrastromal corneal ring segments (ICRS) in grades I and II keratoconus patients.

Materials and methods
The chart records of 50 consecutively operated keratoconus patients were reviewed. The patients were operated on by the same surgeon, with the manual technique. All patients were preoperatively and postoperatively evaluated with the Pentacam (OCULUS Optikgeräte, Wetzlar, Germany). The studied parameters were: uncorrected distance visual acuity (UDVA), corrected distance visual acuity (CDVA), keratometry, corneal asphericity and corneal volume.

Results
Fifty eyes of 42 patients (26 males and 16 females) were analyzed. The mean preoperative UDVA was 0.91 ranging from LogMAR 0.10 to 1.30. The mean postoperative CDVA was 0.19 ranging from 0.00 to 0.54 LogMAR. The postoperative CDVA was equal or better than 0.18 in 37 cases (74%). The mean K1 decreased from 45.80D (±2.52) preoperatively to 44.27D (± 2.10) postoperatively and the mean K2 value, from 49.06D (± 2.09) to 46.22D (±1.89). The mean asphericity increased from −0.71 preoperatively to −0.29 postoperatively. The average preoperative corneal volume was 56.89 ± 3.11 mm3 while the average postoperative corneal volume was 57.64 ± 3.05 mm3.

Conclusion
The study supports the early indication of implantation of Ferrara ICRS in mild to moderate keratoconus cases in order to achieve good visual, keratometric and ashpericity outcomes.

How to cite this article
Rodrigues PF, Ferrara G, Ferrara P, Dias WG, Torquetti L. Intrastromal Corneal Ring Segments Implantation in Patients with Mild Keratoconus. Int J Kerat Ect Cor Dis 2014;3(3):122-126.
Silicone Hydrogel Miniscleral Contact Lenses after Corneal Collagen Crosslinking for Post-LASIK Keratoectasia
Authors: Severinsky Boris 
Published: May 2015

ABSTRACT

Purpose
To report successful visual rehabilitation of post refractive surgery keratoectasia shortly after corneal collage crosslinking (CXL) procedure achieved with silicone hydrogel mini-scleral (SHmS) contact lens.

Materials and methods
A 29-year-old woman attended to our clinic with complaints on decreased vision in her left eye. Twelve years earlier she underwent bilateral laser-assisted in situ keratomileusis (LASIK) procedure for myopia correction. Corneal topography revealed bilateral central keratoectasia with maximal keratometry values of 55.4 Diopter (D) for her right eye and 59.7 D for the left, corneal thicknesses were 422 and 443 respectively. The patient underwent an uneventful CXL procedure in her left eye and was fitted with SHmS lens 5 weeks later. The lens was designed to rest over the patients’ sclera and perilimbal cornea and vault the central cornea with minimal support over it.

Results
SHmS lens fitting resulted in significant subjective improvement in visual acuity (from 20/200, unaided to 20/25, contact lens corrected). The patient was able to wear the lens upto 10 hours a day with stable contact lens corrected vision. No contact lens related complications, such as edema or neovascularization were observed during 3 months follow-up period. As a result of successful restoration of vision in the CXL-treated eye, the patient was scheduled for the procedure in her other eye.

Conclusion
SHmS contact lens should be considered as an option for the visual rehabilitation of corneas shortly after collagen corneal crosslinking procedure. This novel contact lens modality made from flexible and highly gas permeable material minimizes contact lens influence on corneal recovery after CXL and provides an excellent visual outcome.

How to cite this article
Severinsky B. Silicone Hydrogel Mini-scleral Contact Lenses after Corneal Collagen Crosslinking for Post-LASIK Keratoectasia. Int J Kerat Ect Cor Dis 2014;3(3):127-129.
Relational Resource Antecedents and Operational Outcome of Supply Chain Collaboration:
Authors: Srivastava Prashant , Srinivasan Mahesh , Iyer Karthik N. S. 
Published: May 2015

AbstractBased on the theoretical underpinnings of the relational view of competitive advantage, the current study investigates the performance implications of three critical relational resource elements in supply chain partnerships: resource specificity, resource complementarity, and supply chain collaboration. The research also explores the interrelationship dynamics among these sources of relational rent—critical to the understanding of superior supply chain performance. The study models environmental dynamism and complexity to investigate the nature of the relationships among relational resources as they interact with technological and market turbulence factors. Operational productivity improvements are the primary outcome measures in the current research. Empirical evidence, based on the survey data of a cross-section of US manufacturing firms from a wide range of industries, supports a majority of our arguments, thus providing critical theoretical and managerial insights. The findings reiterate the importance of collaborative initiatives in the supply chain for operational benefits and high levels of customer service. The results also shed light on the interrelationships among relational resource elements, filling inadequacies in previous literature: resource specificity and complementarity are found to be antecedents of collaboration. The findings also suggest that complementary resources facilitate coordinated partner activities under highly turbulent technological environments.
Stimuli‐Responsive Prototissues via DNA‐Mediated Self‐Assembly of Polymer Giant Unilamellar Vesicles
Authors: Huang Xinan , Skowicki Michal , Dinu Ionel Adrian , Schoenenberger Cora‐Ann , Palivan Cornelia G. 
Published: August 2024

AbstractGaining insight into the complex functions of tissues, which involve communicating cell types, by utilizing materials that mimic the properties of real tissue, is an important step in developing advanced biomedical applications. However, building 3D networks of interconnected protocells capable of chemical information processing and collective output remains a challenge. Herein, the construction of a prototissue based on the DNA‐mediated assembly of polymeric giant unilamellar vesicles (pGUVs) are presented with differential sensitivity, forming a multicompartment communicating system. One set of pGUVs hosts microgels as artificial Mg2+ storage organelles, which can be triggered to release their Mg2+ by pH changes in the environment. The downstream linked set of protocells contains a Mg2+ sensitive dye that responds to the Mg2+ signal. The density of complementary DNA strands on the surface of the respective pGUVs determines not only the size of the pGUV ensemble but also modulates sensitivity toward magnesium. Moreover, Mg2+ signaling to downstream protocells loaded with monomeric actin induces the in situ formation of an artificial cytoskeleton. Overall, through the clustering of protocells hosting distinct artificial organelles with controlled architecture, such unique prototissues that mimic intratissue communication generate new prospects in using advanced functional materials for multi‐step catalysis and biomedicine.
Electrode Interface Engineering of Hydrophilic and Zincophilic Bifunctionality for High‐Efficiency and Low‐Polarization Zn Anodes
Authors: Wang Tan , Wang Chen , Silva Gabriel Vinicius De Oliveira , Xu Yuanlin , Wei Haoyun , Miao Guo‐Xing , Fu Jing 
Published: August 2024

AbstractAqueous rechargeable Zn batteries offer a promising technological route as a safe and low‐cost energy storage system for grid energy storage. However, major challenges of Zn dendrites and parasitic side reactions upon cycling in aqueous environments remain unsolved. Here, a design of a bifunctional electrode interface consisting of heterostructured zinc hydroxide chloride (ZHC) and Cu, as well as their synergy in promoting high‐efficiency and low‐polarization Zn deposition is reported. Hydrophilic/zincophobic ZHC promotes the desolvation of hydrated Zn2+ prior to Zn nucleation, meanwhile adjacent Cu acts as a zincophilic site for subsequent nucleation and deposition. Consequently, the reduction polarization of Zn2+ at the bifunctional layer (ZHC‐Cu) features ten times lower nucleation overpotential of 3 mV than bare Zn. Meanwhile, the water‐induced hydrogen evolution side reactions on Zn are significantly hindered by the bifunctionality of the electrode interface. Accordingly, the ZHC‐Cu@Zn symmetric cells exhibit a superior cycling stability for over 3500 cycles at 10 mA cm−2/3 mAh cm−2. The ZHC‐Cu@Zn full‐cell with MnO2 cathode can stably operate for low C‐rate cycling with a high average Coulombic efficiency of 99.5% over 600 cycles. This work provides an effective approach to rational design of heterostructured bifunctional electrode interfaces to obtain high‐efficiency and low‐polarization Zn anodes.
Conformal Self‐Powered Inertial Displacement Sensor with Geometric Optimization for In Situ Noninvasive Data Acquisition
Authors: Du Yan , Shen Penghui , Liu Houfang , Zhang Zhiwei , Ren Tianling , Shi Rui , Wang Zhonglin , Wei Di 
Published: August 2024

AbstractThe growing focus on health management and smart technology advancements have propelled the use of wearable sensors in healthcare and human body motion analysis, particularly in preventing work‐related upper limb musculoskeletal disorders (MSDs) through guided exercises. However, most available wearable medical sensors are rigid, bulky, and incapable of in situ recognition of the comprehensive motion of human body. Here, a conformal self‐powered inertial displacement sensor (CSIDS) with geometric optimization for in situ noninvasive inertial data acquisition is proposed. Leveraging template‐assisted processing and COMSOL simulation, the geometric configurations of tribo‐layer materials, specifically focusing on the curvature of semicylindrical protrusions is systematically altered. This enhancement significantly improves the detection accuracy of joint range of motion. The features of shoulder joint bending angles and linear accelerations of the humerus are accurately captured using a deep learning model based on multilayer perceptron (MLP) networks, resulting in an exceptional recognition accuracy of 99.38% and 99.58%. Compared to traditional TENG wearable sensors that can only identify single metrics, CSIDS achieves a more comprehensive health assessment through inertial data detection. This system provides early warning for shoulder joint diseases, prevents MSDs, and extends to smart wearables for comprehensive joint health and ergonomic monitoring.
Machine Learning‐Assisted Design of Nitrogen‐Rich Covalent Triazine Frameworks Photocatalysts
Authors: Wu Mingliang , Song Zhilong , Cui Yu , Fu Zhanzhao , Hong Kunquan , Li Qiang , Lyu Zhiyang , Liu Wei , Wang Jinlan 
Published: August 2024

AbstractCovalent triazine frameworks (CTFs), noted for their rich nitrogen content, have attracted significant attention as promising photocatalysts. However, the structural complexity introduced by the diversity of nitrogen atoms in nitrogen‐rich CTFs poses a substantial challenge in discovering high‐performance CTFs. To address this challenge, a machine‐learning approach is developed to rationally design nitrogen‐rich CTFs, which is subsequently validated through experimental methods. A framework is employed based on the special orthogonal group in three dimensions (SO(3))‐invariant graph neural networks to predict photocatalytic properties of CTFs structures. This approach achieves exceptionally high accuracies with R2 scores exceeding 0.98. From a dataset of 14920 CTFs structures, this framework identifies 45 high‐performance candidates. Guided by these predictions, a novel CTF structure, pyridine‐2,5‐dicarbaldehyde (CTF‐DCPD) is selected and successfully synthesized, which exhibits an ultrahigh hydrogen evolution rate of 17.70 mmol g−1 h−1. This rate significantly surpasses that of the widely studied CTF‐1,4‐dicyanobenzene (CTF‐DCB, 10.41 mmol g−1 h−1). This work provides a new paradigm for machine learning to accelerate materials development, which can be generalized to the development of other functional materials.
Sex Differences in Doxorubicin‐Induced Cardiotoxicity: Insights from Transcriptome Analysis
Authors: Su Qingqing , Fu Min , Xiao Wanli , Zhao Huan , Yu Yang , Feng Jianguo , Liu Yulin , Wan Ying , Yu Yajun , Zhang Chunxiang 
Published: August 2024

AbstractMale patients have a higher risk of cardiotoxicity following doxorubicin (DOX) treatment than female patients. However, how this difference occurs at the transcriptome level remains unclear, and the mechanisms underlying these differences are understudied. This study aimed to describe the transcriptional patterns of males and females after DOX treatment and explore the possible mechanisms of sexual differences in DOX‐induced cardiotoxicity. Following DOX treatment, male mice exhibit more severe heart damage than female mice. Transcriptome analysis of mice with and without DOX treatment showed that differentially expressed genes (DEGs) are significantly different between males and females. The majority of DEGs are sex‐specific, and more DEGs are identified in males than females. A number of genes, including the oxidation‐related genes Gdf15 and Rbm3, exhibited altered expression either in males or females. Some other genes, including the ferroptosis‐related gene Cd74, changed their expression levels in both sexes, but at different scales. Biochemical experiments suggested that cardiomyocyte oxidation and ferroptosis may contribute to the sexual dimorphism of DOX‐induced cardiotoxicity. In summary, this study shows that, after exposure to DOX, males and females respond differently regarding the expression of hundreds of genes, including Gdf15, Rbm3, and Cd74, possibly explaining the sexual differences in DOX‐induced cardiotoxicity.
In Situ Synthesis of Hierarchical Co(CO3)0.5(OH)·0.11H2O@ZIF‐67/WO3 With High Humidity Immunity and Response to H2S Sensing
Authors: Gui Yanghai , Wu Jintao , Zhao Di , Tian Kuan , Zhao Shuaishuai , Guo Huishi , Qin Xiaoyun , Qin Xiaomei , Guo Dongjie , Wang Yun 
Published: August 2024

AbstractH2S gas sensors with facile preparation, low detection limits, and high selectivity are crucial for environmental and human health monitoring. However, it is difficult to maintain a high response of H2S gas sensors under high humidity in practical applications. To face this dilemma, a layer‐by‐layer growth method is applied to in situ prepare a nanostructured Co(CO3)0.5(OH)·0.11H2O/WO3 coated by a hydrophobic hierarchical ZIF‐67 as the H2S sensor. This novel composite exhibits excellent humidity immunity without sacrificing the excellent sensitivity and selectivity of H2S. At a low operating temperature of 90 °C, a remarkable response value of 1052.3 to 100 ppm H2S has been achieved, which is 779 and 9.36 times higher than that of pure WO3 and Co(CO3)0.5(OH)·0.11H2O/WO3, respectively. More importantly, an 82.2% relative response value remains at a high humidity of 75%RH. The sensing mechanisms are investigated using gas chromatography‐mass spectrometry (GC‐MS), which revealed that the reaction products are H2O and SO2. The high humidity immunity and fast response of the Co(CO3)0.5(OH)·0.11H2O@ZIF‐67/WO3 demonstrate the layer‐by‐layer in situ synthesis method holds the potential application for the development of high‐performance WO3‐based H2S sensors.
A LDH‐Derived Metal Sulfide Nanosheet‐Functionalized Bioactive Glass Scaffold for Vascularized Osteogenesis and Periprosthetic Infection Prevention/Treatment
Authors: Bian Yixin , Hu Tingting , Zhao Kexin , Cai Xuejie , Li Mengyang , Tan Chaoliang , Liang Ruizheng , Weng Xisheng 
Published: August 2024

AbstractPeriprosthetic infection and prosthetic loosing stand out as prevalent yet formidable complications following orthopedic implant surgeries. Synchronously addressing the two complications is long‐time challenging. Herein, a bioactive glass scaffold (BGS) functionalized with MgCuFe‐layered double hydroxide (LDH)‐derived sulfide nanosheets (BGS/MCFS) is developed for vascularized osteogenesis and periprosthetic infection prevention/treatment. Apart from the antibacterial cations inhibiting bacterial energy and material metabolism, the exceptional near‐infrared‐II (NIR‐II) photothermal performance empowers BGS/MCFS to eliminate periprosthetic infections, outperforming previously reported functionalized BGS. The rough surface topography and the presence of multi‐bioactive metal ions bestow BGS/MCFS with exceptional osteogenic and angiogenic properties, with 8.5‐fold and 2.3‐fold enhancement in bone mass and neovascularization compared with BGS. Transcriptome sequencing highlights the involvement of the TGF‐β signaling pathway in these processes, while single‐cell sequencing reveals a significant increase in osteoblasts and endothelial cells around BGS/MCFS compared to BGS.