bluuebunny/crossref_metadata_2025_split huggingface dataset:
A Profile of Accounting Research in Morocco: A Review of Major Journals Over the Period 2005-2013
Authors: Ahsina Khalifa , Taouab Omar 
Published: May 2014

The purpose of this paper is to examine the profile of accounting research in the leading academic accounting research journals in Morocco during the last-year period from 2005 to 2013. This research is based on the identification of 237 articles published between 2005 and 2009 in the three main journals management in Morocco: Moroccan Journal of management control, the Moroccan Journal of Business and Management and the Moroccan Journal of Research in Management and Marketing.The archival research method is applied. The research method used to analyse the related articles in the Moroccan accounting research journals is based on various international studies. The following dimensions are assessed: authorship; research field; the nature of the research; and research methods. Authorship is classified by institution, and the top seven authors by relative contribution are also identified. Knowledge of the profile of accounting research in Morocco could provide opportunities for scholars to expand identified research areas and explore methods that are currently under-developed in the Moroccan accounting research field.
Multinuclear NMR of Calcium Fructoborate Complex – Structure, Stability, and Quantitation in the Presence of Other Ingredients, Excipients or Adulterants
Authors: Edwards John C. , Hunter John M. , Nemzer Boris V. 
Published: May 2014

<p>FruiteX-B<sup>®</sup>- calcium fructoborate (FrxB) plant mineral complex was investigated in this study. Although calcium fructoborate is naturally-occurring and found in commonly ingested fruits and vegetables, the commercially produced FrxB calcium fructoborate complex is formed by a proprietary reaction of boric acid with fructose and calcium carbonate. Liquid and solid-state <sup>13</sup>C and <sup>11</sup>B NMR were utilized in order to establish a baseline standard of FrxB for product quality purposes, to establish a reliable methodology to positively identify and quantify amounts of FrxB present in tablets and capsules, liquids and powdered blends wherein the FrxB may have been mixed with other ingredients, excipients, or adulterants such as maltodextrin or magnesium stearate, and to establish a robust and reliable testing method for the identification and quantification of the mono- and the di-complexes of calcium fructoborate as well as any free borate and/or free fructose that may be present. The molar ratio of the various components of calcium fructoborate was studied by <sup>11</sup>B and <sup>13</sup>C NMR in order to establish the relative amounts of free borate, free fructose, and mono-ester/di-ester complex present in the material. A quantitative <sup>11</sup>B NMR method was developed to enable quantification of the amount of FrxB present in products wherein it had been tableted or encapsulated in combination with other dietary supplement ingredients, or excipients such as magnesium stearate or maltodextrin. A quantitative <sup>13</sup>C NMR method was developed to quantify free fructose content in the complex. Finally, an NMR based product stability study was performed to monitor molecular level stability of the complex at temperatures ranging from 35-70 ºC with exposures lasting from 2-18 hours.</p><p> </p>
Corps calliens : suite deleuzienne (nom, corps, nomos)
Authors: Garnier Marie-Dominique 
Published: May 2014

Une femme de « chambre », dans L’hôtel et Suite vénitienne, s’en prend aux clichés par le biais du cliché : par la photographie, sur fond de chambre hôtelière autant que photographique. Engins de résistance au prépensé, les « suites » de Sophie Calle (filatures, pièces, séries d’images) y occupent le dedans autant que le dehors. Parmi les idées reçues que déconstruit Sophie Calle figurent le corps, ses limitrophies, ses accessoires. Un corps peut être d’autant mieux photographié qu’il n’est pas là. La vue peut n’exister qu’à devenir toucher. Un corps peut entrer en phase de production floue d’un coup de nom. D’ailleurs, qu’est-ce qu’un corps, qu’est-ce qu’un nom, lorsque celui-ci a pour traduction ou doublure l’espace public de la rue, calle, en italien ? À partir de concepts empruntés à Deleuze et Guattari (nomos, ligne de fuite), la lecture prend le chemin théorique de « lignes de suite » : déambulations qui fondent la pratique nomade de Sophie Calle et de ses chambres courbes.
Asymptomatic Partial Splenic Infarction In Laparoscopic Floppy Nissen Fundoplication And Brief Literature Review
Authors: Odabasi Mehmet , Abuoglu Haci Hasan , Arslan Cem , Gunay Emre , Yildiz Mehmet Kamil , Eris Cengiz , Ozkan Erkan , Aktekin Ali , Muftuoglu Tolga 
Published: May 2014

Abstract
Short gastric vessels are divided during the laparoscopic Nissen fundoplication resulting in splenic infarct in some cases. We report a case of laparoscopic floppy Nissen fundoplication with splenic infarct that was recognized during the procedure and provide a brief literature review. The patient underwent a laparoscopic floppy Nissen fundoplication. We observed a partial infarction of the spleen. She reported no pain. A follow-up computed tomography scan showed an infarct, and a 3-month abdominal ultrasound showed complete resolution. Peripheral splenic arterial branches have very little collateral circulation. When these vessels are occluded or injured, an area of infarction will occur immediately. Management strategies included a trial of conservative management and splenectomy for persistent symptoms or complications resulting from splenic infarct. In conclusion, we believe that the real incidence is probably much higher because many cases of SI may have gone undiagnosed during or following an operation, because some patients are asymptomatic. We propose to check spleen carefully for the possibility of splenic infarct.
Adaptive assessment based on fractional CBCT images for cervical cancer
Authors: Chang Yankui , Liang Yongguang , Wu Haotian , Li Lingyan , Yang Bo , Jiang Lipeng , Ren Qiang , Pei Xi 
Published: July 2024

AbstractPurposeAnatomical and other changes during radiotherapy will cause inaccuracy of dose distributions, therefore the expectation for online adaptive radiation therapy (ART) is high in effectively reducing uncertainties due to intra‐variation. However, ART requires extensive time and effort. This study investigated an adaptive assessment workflow based on fractional cone‐beam computed tomography (CBCT) images.MethodsImage registration, synthetic CT (sCT) generation, auto‐segmentation, and dose calculation were implemented and integrated into ArcherQA Adaptive Check. The rigid registration was based on ITK open source. The deformable image registration (DIR) method was based on a 3D multistage registration network, and the sCT generation method was performed based on a 2D cycle‐consistent adversarial network (CycleGAN). The auto‐segmentation of organs at risk (OARs) on sCT images was finished by a deep learning‐based auto‐segmentation software, DeepViewer. The contours of targets were obtained by the structure‐guided registration. Finally, the dose calculation was based on a GPU‐based Monte Carlo (MC) dose code, ArcherQA.ResultsThe dice similarity coefficient (DSCs) were over 0.86 for target volumes and over 0.79 for OARs. The gamma pass rate of ArcherQA versus Eclipse treatment planning system was more than 99% at the 2%/2 mm criterion with a low‐dose threshold of 10%. The time for the whole process was less than 3 min. The dosimetric results of ArcherQA Adaptive Check were consistent with the Ethos scheduled plan, which can effectively identify the fractions that need the implementation of the Ethos adaptive plan.ConclusionThis study integrated AI‐based technologies and GPU‐based MC technology to evaluate the dose distributions using fractional CBCT images, demonstrating remarkably high efficiency and precision to support future ART processes.
Electrolytic Micro‐Capacitors Based on Tantalum Films for High Voltage Applications
Authors: Teyssedou Cédric , Chaillou Jérémie , Roch‐Jeune Isabelle , Troadec David , Huvé Marielle , Roussel Pascal , Lethien Christophe 
Published: July 2024

AbstractElectrolytic capacitors are known to be fast devices with very low time constant and able to deliver high power. This class of capacitors is then an interesting technology to power miniaturized embedded electronics for Internet of Things applications. However, the current electrolytic capacitor suffers from its bulky size that does not fit with the miniaturization. To solve this issue, a proof‐of‐concept consisting of miniaturizing an electrolytic capacitor based on tantalum materials to give rise to a new class of electrolytic micro‐capacitors is proposed. To reach this ambitious objective, thin films (<100 nm) of tantalum metal (Ta), tantalum nitride (TaN), and tantalum oxide (Ta2O5) are deposited on a Si substrate by sputtering deposition method. After a careful optimization of the deposition parameters, Ta/Ta2O5 and TaN/Ta2O5 electrodes (Ta and TaN ≈45 nm and Ta2O5 ≈25 nm) and study their behaviors when biased at high voltage (>20 Volts) in aqueous electrolyte are produced. The Ta/Ta2O5 and TaN/Ta2O5 interfaces when the electrode is polarized near and beyond the breakdown voltage of the dielectric layer are carefully investigated. Polarizing the electrodes beyond the breakdown voltage are shown to result in anodization‐like mechanisms. In the case of the TaN/Ta2O5 electrode, an N‐rich porous layer grew within the Ta2O5 layer as polarization increased. A comparative study on the 2 stacked layers electrodes with different compositions (Ta/Ta2O5 and TaN/Ta2O5) but similar thicknesses (45/25 nm) is carried out: both electrodes show excellent capacitance retention of over 90% over 300 000 cycles. The frequency behavior of Ta/Ta2O5 and TaN/Ta2O5 electrodes shows that both are potential candidates in electrolytic micro‐capacitors for powering miniaturized electronics.
3D Printing of Lead‐Free Piezoelectric Ultrasound Transducers
Authors: Ammu Satya K. , Chen Xianfeng , Ulcay Derin Goulart , Sharma Saurav , Alijani Farbod , Steeneken Peter G. , Groen Pim , Masania Kunal 
Published: July 2024

AbstractMulti‐material direct ink writing (DIW) of smart materials opens new possibilities for manufacturing complex‐shaped structures with embedded sensing and actuation capabilities. In this study, DIW of UV‐curable piezoelectric actuators is developed, which do not require high‐temperature sintering, allowing direct integration with structural materials. Through particle size and ink rheology optimization, the highest d33*g33 piezoelectric constant compared to other DIW fabricated piezo composites is achieved, enabling tunable actuation performance. This is used to fabricate ultrasound transducers by printing piezoelectric vibrating membranes along with their support structures made from a structural ink. The impact of transducer design and scaling up transducer dimensions on the resonance behavior to design millimeter‐scale ultrasound transducers with desired out‐of‐plane displacement is explored. A significant increase in output pressure with increasing membrane dimensions is observed. Finally, a practical application is demonstrated by using the printed transducer for accurate proximity sensing using time of flight measurements. The scalability and flexibility of the reported DIW of piezo composites can open up new advancements in biomedical, human‐computer interaction, and aerospace fields.
Computational Models for Optimizing Particle Separation in Spiral Inertial Microfluidics: A Step Toward Enhanced Biosensing and Cell Sorting
Authors: Boland Julian Tristan Joshua , Yang Zhenxu , Yin Qiankun , Liu Xiaochen , Xu Zhejun , Kong Kien‐Voon , Vigolo Daniele , Yong Ken‐Tye 
Published: July 2024

AbstractInertial microfluidics is essential for separating particles and cells, enabling numerous biomedical applications. Despite the simplicity of spiral microchannels, the lack of predictive models hampers real‐world applications, highlighting the need for cost‐effective computational tools. In this study, four novel data fitting models are developed using linear and power regression analyses to investigate how flow conditions influence particle behaviors within spiral microchannels. These models are rigorously tested under two different flow rates, focusing on a smaller particle representing Salmonella Typhimurium and a larger particle representing bacterial aggregates, aiming for effective separation and detection. A critical parameter, the sheath‐to‐sample flow rate ratio, is either interpolated or extrapolated using the microchannel's aspect ratios to predict particle separation. The models show strong agreement with experimental data, underscoring their predictability and efficiency. These insights suggest that further refinement of these models can significantly reduce research and development costs for advanced inertial microfluidic devices in biomedical applications. This work represents a crucial step towards establishing a robust computational framework, advancing inertial microfluidics towards practical biomedical applications.
Mechanically Interlocked [an]Daisy Chain Adhesives with Simultaneously Enhanced Interfacial Adhesion and Cohesion
Authors: Wang Yongming , Liu Guoquan , Zhao Jun , Zhang Zhaoming , Zhang Hao , Ding Yi , Zhang Xinhai , Liu Zhu , Yu Wei , Yan Xuzhou 
Published: July 2024

AbstractAdhesives have been widely used to splice and repair materials to meet practical needs of humanity for thousands of years. However, developing robust adhesives with balanced adhesive and cohesive properties still remains a challenging task. Herein, we report the design and preparation of a robust mechanically interlocked [an]daisy chain network (DCMIN) adhesive by orthogonal integration of mechanical bonds and 2‐ureido‐4[1H]‐pyrimidone (UPy) H‐bonding in a single system. Specifically, the UPy moiety plays a dual role: it allows the formation of a cross‐linked network and engages in multivalent interactions with the substrate for strong interfacial bonding. The mechanically interlocked [an]daisy chain, serving as the polymeric backbone of the adhesive, is able to effectively alleviate applied stress and uphold network integrity through synergistic intramolecular motions, and thus significantly improves the cohesive performance. Comparative analysis with the control made of the same quadruple H‐bonding network but with non‐interlocked [an]daisy chain backbones demonstrates that our DCMIN possesses superior adhesion properties over a wide temperature range. These findings not only contribute to a deep understanding of the structure‐property relationship between microscopic mechanical bond motions and macroscopic adhesive properties but also provide a valuable guide for optimizing design principles of robust adhesives.
Palladium‐Catalyzed Remote C−H Functionalization: Non‐Covalent Interactions and Reversibly Bound Templates
Authors: Sebastian Amal Tom , Maji Suman , Rajashekhar Mulimani , Maiti Siddhartha , Kowalczyk Rafał , Maiti Debabrata 
Published: July 2024

AbstractPd‐catalysis has stood as a pivotal force in synthetic transformations for decades, maintaining its status as a paramount tool in the realm of C−H bond activation. While functionalization at proximal positions has become commonplace, achieving selective and sustainable access to distal positions continues to captivate scientific endeavors. Recently, a noteworthy trend has emerged, focusing on the utilization of non‐covalent interactions to address the challenges associated with remote functionalization. The integration of these non‐covalent interactions into palladium catalysis stands as a justified response to the demands of achieving selective transformations at distal positions. This review delves into the latest advancements and trends surrounding the incorporation of non‐covalent interactions within the field of palladium catalysis. Furthermore, it is noteworthy to emphasize that multifunctional templates, particularly those harnessing hydrogen bonding, present an elegant and sophisticated approach to activate C−H bonds in a highly directed fashion. These templates showcase versatility and demonstrate potential applications across diverse contexts within the area of remote functionalization.
What is research data “misuse”? And how can it be prevented or mitigated?
Authors: Pasquetto Irene V. , Cullen Zoë , Thomer Andrea , Wofford Morgan 
Published: July 2024

AbstractDespite increasing expectations that researchers and funding agencies release their data for reuse, concerns about data misuse hinder the open sharing of data. The COVID‐19 crisis brought urgency to these concerns, yet we are currently missing a theoretical framework to understand, prevent, and respond to research data misuse. In the article, we emphasize the challenge of defining misuse broadly and identify various forms that misuse can take, including methodological mistakes, unauthorized reuse, and intentional misrepresentation. We pay particular attention to underscoring the complexity of defining misuse, considering different epistemological perspectives and the evolving nature of scientific methodologies. We propose a theoretical framework grounded in the critical analysis of interdisciplinary literature on the topic of misusing research data, identifying similarities and differences in how data misuse is defined across a variety of fields, and propose a working definition of what it means “to misuse” research data. Finally, we speculate about possible curatorial interventions that data intermediaries can adopt to prevent or respond to instances of misuse.
Essential Oil and Waste Hydrosol of Ocimum Tenuiflorum L.: A Low‐Cost Raw Material Source of Eugenol, Botanical Pesticides, and Therapeutic Potentiality
Authors: Giang Le Duc , Satyal Prabodh , Giang Nguyen Hai , Nhi Nguyen Thi Uyen , Nhung Nguyen Cam , Hang Le Thuy , Huynh Le Van , Luong Ngo Xuan , Hoa Le Thi Mai , Hoa Vo Van , Thuong Vo Thanh , Hung Nguyen Huy , Hung Nguyen Van , Setzer William N. 
Published: July 2024

AbstractIn this study, essential oils and waste hydrosols of leaves of Ocimum tenuiflorum in four different geographical locations were extracted by hydrodistillation method and using gas chromatography/mass spectrometry (GC/MS) for chemical composition analysis. All four essential oil samples contained the main components (E)‐β‐caryophyllene (27.8–49.0 %), trans‐β‐elemene (20.3–37.1 %) and eugenol (9.0–44.0 %). Three of the four hydrosol samples had eugenol in absolute content (94.5–98.6 %), while the remaining hydrosol sample had two main components, elemicin (77.8 %) and eugenol (14.2 %). Essential oils and hydrosols demonstrated larvicidal activities against four important disease‐transmitting mosquito species including Aedes aegypti, Aedes albopictus, Culex quinquefasciatus, and Culex fuscocephala with 24‐h LC50 values in the range 15.42–56.01 μg/mL and 53.88–97.80 μg/mL for the essential oils and the hydrosols, respectively. Essential oils and hydrosols strongly inhibited the acetylcholinesterase (AChE) enzyme of electric eels with IC50 values in the range of 25.35–107.19 μg/mL. Microemulsion (ME) can be considered as a sustainable pesticide formulation over 300 days and has improved larvicidal activity compared to free essential oil. The O. tenuiflorum in Vietnam can be considered a low‐cost source of eugenol, botanical pesticides that control disease‐transmitting mosquitoes, as well as having therapeutic potential to be further investigated.
Bioactive Alkaloids from Nepalese Corydalis chaerophylla D.C. Acting on the Regulation of PCSK9 and LDL‐R In Vitro
Authors: Maharjan Binita , Rossi Ilaria , Sut Stefania , Shrestha Timila , Shrestha Lok Kumar , Hill Jonathan P. , Ariga Katsuhiko , Benetazzo Veronica , Adorni Maria Pia , Papotti Bianca , Shrestha Shyam Sharan , Shrestha Ram Lal Swagat , Ferri Nicola , Dall'Acqua Stefano 
Published: July 2024

AbstractFour new alkaloids Chaeronepaline‐A (1), Chaeronepaline‐B (2), Chaeronepaline‐C (3), and Chaeronepaline‐D (4) were isolated from Corydalis chaerophylla D.C. collected from Nepal and their structures were elucidated by spectroscopic data, 1D, 2D NMR and mass spectrometry. The structures were established as 3,12‐ Dimethoxy‐5,6‐dihydroisoquinolino [2,1‐b] isoquinolin‐ 7‐ ium‐ 2, 9‐ diol (1), 7‐Methyl‐2,3 : 11,12‐bis(methylenedioxy)‐7,13a‐secoberbin‐13–14‐epoxide (2), 7‐ methyl‐5, 6, 7, 8‐ tetrahydro‐ 8H‐spiro‐9,14‐dihydroxy‐11,12‐methylenedioxy‐indane‐isoquinoline (3) and 7‐ methyl‐5, 6, 7, 8‐ tetrahydro‐ 8H‐spiro‐9,14‐dihydroxy‐11,12‐methylenedioxy‐indane‐isoquinoline‐N‐oxide (4). The new alkaloids were tested in human hepatoma cell line to assess their ability to modulate the expression of low‐density lipoprotein receptor (LDL−R), of proprotein convertase subtilisin/kexin 9 (PCSK9) and to affect cellular cholesterol biosynthesis with the aim to evaluate their potential hypocholesterolemic effect. Results indicated that compounds 2 and 3 upregulate the LDLR, and inhibited the cholesterol biosynthesis with compound 2, which also reduced the secretion of PCSK9 by Huh7 cells. These in vitro data indicated a potential hypocholesterolemic effect of compound 2 that requires further in vivo validation.
Isospongian Diterpenoids from the Leaves of Amomum tsao‐ko Promote GLP‐1 Secretion via Ca2+/CaMKII and PKA Pathways and Inhibit DPP‐4 Enzyme
Authors: Wang Yun , Wu Sheng‐Li , Li Xin‐Yu , Gongpan Pianchou , Fu Hang , Liao Xiang‐Ming , Yang Yi , Huang Mei , Huang Xiao‐Yan , Ma Yun‐Bao , Li Da‐Hong , Geng Chang‐An 
Published: July 2024

AbstractThree uncommon isospongian diterpenoids including a new one, 3‐epi‐kravanhin A (2), were isolated from the leaves of Amomum tsao‐ko. Compounds 2 and 3 dose‐dependently promoted GLP‐1 secretion on STC‐1 cells with promotion ratios of 109.7 % and 186.1 % (60 μM). Mechanism study demonstrated that the GLP‐1 stimulative effects of 2 and 3 were closely related with Ca2+/CaMKII and PKA pathways, but irrelevant to GPBAR1 and GPR119 receptors. Moreover, compound 1 showed DPP‐4 inhibitory activity with an IC50 value of 311.0 μM. Molecular docking verified the binding affinity of 1 with DPP‐4 by hydrogen bonds between the γ‐lactone carbonyl (C‐15) and Arg61 residue. Bioinformatics study indicated that compound 1 exerted antidiabetic effects by improving inflammation, oxidative stress and insulin resistance. This study first disclosed the presence of isospongian diterpenoids in A. tsao‐ko, which showed antidiabetic potency by promoting GLP‐1 secretion and inhibiting DPP‐4 activity.
Formic Acid Dehydration Using Mechanochemically Prepared TiO2‐Graphite Composites
Authors: Yruela‐Garrido Marta , Martín‐Rodríguez Nuria , Castillejos Eva , Campos‐Castellanos Eduardo , Conesa José María , Rodríguez‐Ramos Inmaculada , Guerrero‐Ruiz Antonio 
Published: July 2024

AbstractCommercial high surface area graphite (HSAG300) and commercial TiO2 were used to produce composite materials through a simple mechanochemical method involving milling and ultrasonic treatments. The acid and basic sites exposed on the surfaces of these materials were characterized by temperature‐programmed desorption (TPD) of ammonia and carbon dioxide. The catalytic materials were tested in the dehydration reaction of formic acid to produce hydrogen‐free CO. While HSAG300 is practically inactive under reaction conditions (continuous gas flow at temperatures in the range of 100–250 °C), all samples containing TiO2 are active, exhibiting high selectivity to CO without significant deactivation at moderate reaction temperatures. It is demonstrated that the presence of graphite in the catalysts enhances the specific catalytic activity of TiO2. Assuming that the dehydration reaction is catalyzed by acid sites on the TiO2 surfaces, a comparative evaluation of the surface sites reveals that the graphite‐TiO2 interactions not only change the density of surface sites but also modify the strength of the acid centers of TiO2. In summary, the interaction of HSAG300 with TiO2 modulates the surface properties of the prepared composite catalysts, decreasing the total number of basic surface sites and increasing the strength of acidic sites compared to bare TiO2.