bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pengoptimalan Pengelolaan Open Jurnal Sistem pada Jurnal di AAL menuju Akreditasi Sinta
Authors: Moses Elias , Salamah Umi , Kartiko Donni , Julianto Danang 
Published: January 2025

This workshop on journal management for study programs at AAL was carried out with the Indonesian Journal Management Association (APJI) team from Semarang, the AAL PPM team, and the AAL study program journal management team. Workshop materials include: Scientific Article Substance Standards, Open Journal Systems (OJS) Guide Version 3 for Writers, Editors, and Bestari Partners, and Journal Accreditation Assessment on Management Aspects based on National Journal Accreditation Guidelines. The application of the workshop materials and study program managers carries out the following: 1) Prepare a roadmap for each journal, complete with time coverage and what the journal will be like in the long term. 2) start managing their respective e-journals from submission, review to publication, and 3) start preparing and managing journal Accreditation Submission Requirements in Arjuna, and this is the aim of carrying out this workshop activity. To make the management of study program e-journals more effective and efficient, several strategies have been implemented, namely: collaborating with the Indonesian Journal Management Association, intensive guidance on the management of study program journals from LPPM to each study program, preparing for registration with Arjuna in 2026.
DIVERSITY OF PLANT COMMUNITIES IN SECONDARY SUCCESSION OF IMPERATA GRASSLANDS IN SAMBOJA LESTARI, EAST KALIMANTAN, INDONESIA
Authors: Yassir Ishak 
Published: January 2025

Regeneration of Imperata grassland areas is becoming increasingly important, both to create new secondary forest and to recover the original biodiversity. The diversity of plant communities in secondary succession of Imperata grasslands was studied using 45 subplots of 9 linear transects (10 m x 100 m). Data was collected and all stems over 10 cm dbh were identified, the Importance Values Index (IVI) for all trees were calculated, saplings and seedlings were counted and analysed, and soil samples were taken and analysed. Results showed that after more than 10 years of regeneration, 65 families were encountered consisting of 164 species, which were dominated by Vernonia arborea Buch.-Ham, Vitex pinnata L., Macaranga gigantea (Reichb.f. & Zoll.) Muell.Arg., Symplocos crassipes C.B. Clarke, Artocarpus odoratissimus Miq., and Bridelia glauca Blume. The effects of regeneration, from Imperata grassland to secondary forest, on soil were the strongest in the A-horizon where an increase in carbon, N content, and pH were observed. Our result shows that Imperata grasslands appear to be permanent because of frequent fires and human interferences and so far few efforts have been made to promote sustainable rehabilitation. If protected from fire and other disturbances, such as shifting cultivation, Imperata grassland will grow and develop into secondary forest.
Henrique Soares Carneiro, Transformaciones del significado de la palabra “droga”: de las especias coloniales al prohibicionismo contemporáneo
Authors: Herrera Castrillón David , Soares Carneiro Henrique 
Published: January 2025

Resumen
El texto de Henrique Carneiro analiza la evolución conceptual que le ha dado al término “droga” una multiplicidad de significados, los cuales van desde veneno a remedio, de sustancias originales del interior del país a medicamentos fitoterapéuticos, y examina los conflictos entre los saberes indígenas y su apropiación por la sociedad colonial.
Abstract
Henrique Carneiro's text analyzes the conceptual evolution that gives the term "drug"a multiplicity of meanings, ranging from poison to medicine, from original substances of the country to phytotherapeutic medicines, and also examines the conflicts between indigenous knowledge and its appropriation by colonial society.
Incorporation of Shared Decision-Making in International Cardiovascular Guidelines, 2012-2022
Authors: MacDonald Blair J. , Turgeon Ricky D. 
Published: September 2023

ImportanceShared decision-making (SDM) is a key component of the provision of ethical care, but prior reviews have indicated that clinical practice guidelines seldom promote or facilitate SDM. It is currently unknown whether these findings extend to contemporary cardiovascular guidelines.ObjectiveTo identify and characterize integration of SDM in contemporary cardiovascular guideline recommendations using a systematic classification system.Design, Setting, and ParticipantsThis cross-sectional study assessed the latest guidelines or subsequent updates that included pharmacotherapy recommendations and were published between January 2012 and December 2022 by the American College of Cardiology (ACC), Canadian Cardiovascular Society (CCS), and European Society of Cardiology (ESC). Data were analyzed from February 21 to July 21, 2023.Main Outcomes and MeasuresAll pharmacotherapy recommendations were identified within each guideline. Recommendations that incorporated SDM were rated according to a systematic rating framework to evaluate the quality of SDM incorporation based on directness (range, 1-3; assessing whether SDM was incorporated directly and impartially into the recommendation’s text, with 1 indicating direct and impartial incorporation of SDM into the recommendation’s text) and facilitation (range, A-D; assessing whether decision aids or quantified benefits and harms were provided, with A indicating that a decision aid quantifying benefits and harms was provided). The proportion of recommendations incorporating SDM was also analyzed according to guideline society and category (eg, general cardiology, heart failure).ResultsAnalyses included 65 guideline documents, and 33 documents (51%) incorporated SDM either in a general statement or within specific recommendations. Of 7499 recommendations, 2655 (35%) recommendations addressed pharmacotherapy, and of these, 170 (6%) incorporated SDM. By category, general cardiology guidelines contained the highest proportion of pharmacotherapy recommendations incorporating SDM (86 of 865 recommendations [10%]), whereas heart failure and myocardial disease contained the least (9 of 315 recommendations [3%]). The proportion of pharmacotherapy recommendations incorporating SDM was comparable across societies (ACC: 75 of 978 recommendations [8%]; CCS: 29 of 333 recommendations [9%]; ESC: 67 of 1344 recommendations [5%]), with no trend for change over time. Only 5 of 170 SDM recommendations (3%) were classified as grade 1A (impartial recommendations for SDM supported by a decision aid), whereas 114 of 170 recommendations (67%) were grade 3D (SDM mentioned only in supporting text and without any tools or information to facilitate SDM).Conclusions and RelevanceIn this cross-sectional study across guidelines published by 3 major cardiovascular societies over the last decade, 51% of guidelines mentioned the importance of SDM, yet only 6% of recommendations incorporated SDM in any form, and fewer adequately facilitated SDM.
Immunogenicity and Reactogenicity of Coadministration of COVID-19 and Influenza Vaccines
Authors: Gonen Tal , Barda Noam , Asraf Keren , Joseph Gili , Weiss-Ottolenghi Yael , Doolman Ram , Kreiss Yitshak , Lustig Yaniv , Regev-Yochay Gili 
Published: September 2023

ImportanceCOVID-19 and seasonal influenza vaccines were previously given separately, although their coadministration is warranted for vaccination adherence. Limited data on their coadministration have been published.ObjectiveTo compare the reactogenicity and immunogenicity of COVID-19 and influenza vaccinations administered together with those of COVID-19 vaccination alone.Design, Setting, and ParticipantsThis prospective cohort study included health care workers at a large tertiary medical center in Israel who received the Influvac Tetra (Abbott) influenza vaccine (2022/2023), the Omicron BA.4/BA.5–adapted bivalent (Pfizer/BioNTech) vaccine, or both. Vaccination began in September 2022, and data were collected until January 2023. Vaccines were offered to all employees and were coadministered or given separately. Adverse reaction questionnaires were sent, and serologic samples were also collected.ExposuresReceiving COVID-19 vaccine, influenza vaccine, or both.Main Outcomes and MeasuresThe main outcomes for the reactogenicity analysis were symptoms following vaccine receipt, assessed by a digital questionnaire: any local symptoms; fever; weakness or fatigue; any systemic symptoms; and their duration. The immunogenicity analysis’ outcome was postvaccination anti-spike IgG titer.ResultsThis study included 2 cohorts for 2 separate analyses. The reactogenicity analysis included 588 participants (of 649 questionnaire responders): 85 in the COVID-19 vaccine–alone group (median [IQR] age, 71 [58-74] years; 56 [66%] female); 357 in the influenza vaccine–alone group (median [IQR] age, 55 [40-65] years; 282 [79%] female); and 146 in the coadministration group (median [IQR] age, 61 [50-71] years; 81 [55%] female). The immunogenicity analysis included 151 participants: 74 participants in the COVID-19 vaccine group (median [IQR] age, 67 [56-73] years; 45 [61%] female) and 77 participants in the coadministration group (median [IQR] age, 60 [49-73] years; 42 [55%] female). Compared with COVID-19 vaccination alone, the risk of systemic symptoms was similar in the coadministration group (odds ratio, 0.82; 95% CI, 0.43-1.56). Geometric mean titers in the coadministration group were estimated to be 0.84 (95% CI, 0.69-1.04) times lower than in the COVID-19 vaccine–alone group.Conclusions and RelevanceIn this cohort study of health care workers who received a COVID-19 vaccine, an influenza vaccine, or both, coadministration was not associated with substantially inferior immune response or to more frequent adverse events compared with COVID-19 vaccine administration alone, supporting the coadministration of these vaccines.
Human IPSC‐Derived PreBötC‐Like Neurons and Development of an Opiate Overdose and Recovery Model
Authors: Guo Xiufang , Akanda Nesar , Fiorino Gabriella , Nimbalkar Siddharth , Long Christopher J. , Colón Alisha , Patel Aakash , Tighe Patrick J. , Hickman James J. 
Published: September 2023

AbstractOpioid overdose is the leading cause of drug overdose lethality, posing an urgent need for investigation. The key brain region for inspiratory rhythm regulation and opioid‐induced respiratory depression (OIRD) is the preBötzinger Complex (preBötC) and current knowledge has mainly been obtained from animal systems. This study aims to establish a protocol to generate human preBötC neurons from induced pluripotent cells (iPSCs) and develop an opioid overdose and recovery model utilizing these iPSC‐preBötC neurons. A de novo protocol to differentiate preBötC‐like neurons from human iPSCs is established. These neurons express essential preBötC markers analyzed by immunocytochemistry and demonstrate expected electrophysiological responses to preBötC modulators analyzed by patch clamp electrophysiology. The correlation of the specific biomarkers and function analysis strongly suggests a preBötC‐like phenotype. Moreover, the dose‐dependent inhibition of these neurons’ activity is demonstrated for four different opioids with identified IC50's comparable to the literature. Inhibition is rescued by naloxone in a concentration‐dependent manner. This iPSC‐preBötC mimic is crucial for investigating OIRD and combating the overdose crisis and a first step for the integration of a functional overdose model into microphysiological systems.
Initiatorless Solar Photopolymerization of Versatile and Sustainable Eutectogels as Multi‐Response and Self‐Powered Sensors for Human–Computer Interface
Authors: Xue Kai , Shao Changyou , Yu Jie , Zhang Hongmei , Wang Bing , Ren Wenfeng , Cheng Yabin , Jin Zixian , Zhang Fei , Wang Zuankai , Sun Runcang 
Published: September 2023

AbstractEutectogels are emerging as an appealing soft conductor for self‐powered sensing and the next generation of flexible human–computer interactive devices owing to their inherent mechanical elasticity and high ionic conductivity. However, it still remains a challenge to simultaneously achieve multi‐functional and multi‐response integrations through a facile and sustainable approach. Herein, a self‐healing, environment tolerant, intrinsically conductive, and recyclable eutectogel with multiple responses is developed via one‐step solar‐initiated polymerization of deep eutectic solvents (DESs) and ionic liquids (ILs). Abundant hydrogen bonds and ion‐dipole interactions impart eutectogels with high mechanical strength (8.8 MPa), ultra‐stretchability (>1100%), strong self‐adhesion (≈12 MPa), recyclability, and autonomously self‐healing ability. Furthermore, the intrinsically conductive eutectogels with appealing versatile sensations on strain, temperature, and humidity can serve as wearable sensors for wireless motion recognition and human–computer interaction control. More importantly, the eutectogel‐assembled single‐electrode triboelectric nanogenerator (TENG) exhibits extreme environment‐tolerant and fast self‐healable properties that contribute to maintaining excellent and stable electrical outputs in a wide work temperature range (approximately −40–60 °C), which appear to be promising in self‐powered flexible electronics with high environmental adaptability.
Polymer‐Confined Pyrolysis Promotes the Formation of Ultrafine Single‐Phase High‐Entropy Alloys: A Promising Electrocatalyst for Oxidation of Nitrogen
Authors: Guo Hele , Guo Zhongyuan , Chu Kaibin , Zong Wei , Zhu Han , Zhang Leiqian , Liu Chuangwei , Liu Tianxi , Hofkens Johan , Lai Feili 
Published: September 2023

AbstractHigh‐entropy alloys (HEAs) made up of multiple metallic elements have gained attention for their excellent electrocatalytic performance. However, their application in the field of nitrogen (N2) oxidation reaction (NOR) remains underexplored. In this study, a “pomegranate‐like” carbon embedded with ultrafine AuPdPtRhIr HEA (HEA@C) is synthesized using a polymer‐confined pyrolysis strategy. Molecular dynamics (MD) simulations show that small‐sized metal nanoparticles formed by the confinement of polyvinyl alcohol (PVA) during the hydrothermal process can easily form a single‐phase HEA through a thermodynamically‐driven solid‐phase diffusion process during subsequent pyrolysis. Additionally, a porous carbon layer which in situ converted from the PVA shell can effectively inhibit the agglomeration of HEA nanoparticles and confine the surrounding N2. Experimentally, the HEA@C nanohybrid demonstrates a satisfactory NO3− yield rate of 23.8 µg h−1 mgcat.−1 and a high Faraday efficiency of 13.8% for the NOR process. By using operando Fourier Transform Infrared spectroscopy, online differential electrochemical mass spectrometry (DEMS), and density functional theory calculations, potential efficient active sites (Rh–Ir–o) and pathways for the electrochemical conversion of inert N2 to NO3− are revealed. This research provides an effective strategy for producing highly dispersed ultrafine HEA nanoparticles, showing a wide range of applications in advanced electrocatalysis.
A Graphdiyne Nanoreactor for Conversion of NO3− to NH3 from Wastewater
Authors: Zhao Shuya , Chen Zhaoyang , Zheng Zhiqiang , Luan Xiaoyu , Gao Yaqi , Qi Lu , Xue Yurui , Li Yuliang 
Published: September 2023

AbstractThe lack of highly active and selective catalysts is a major obstacle to replace traditional Haber–Bosch process for electrocatalytic production of ammonia (NH3) at ambient conditions. A new hollow graphdiyne nanoreactor (GDYNR) is reported to overcome this issue effectively. The GDYNR is synthesized by in situ growth of GDY on the inner and outer surfaces of the cobalt hydroxide sphere to form a high‐performance interface structure. Experimental results demonstrate that the incomplete charge transfer between GDY and cobalt atoms at the interfaces promotes the formation of strong interfacial sp‐C─Co bonds and the transition of monovalent Co(II) to mixed Co(II)/Co(III) phases. These intrinsic characteristics give the GDYNR superior NH3 production performances with the highest NH3 yield rate (YNH3) of 479 830.67 µgNH3 mgcat−1 h−1, Faradaic efficiency (FE) of ≈100% at −0.4 V versus reversible hydrogen electrode, and excellent long‐term stability at room temperatures and ambient pressures, along with no side reactions. In light of characteristics of the unique confined hollow structures and the heterointerface with obvious incomplete charge transfer property, the generation of GDYNR system represents an advanced design concept and preparation technology for the development of catalytic systems with new structures.
High‐Strength Smart Microneedles with “Offensive and Defensive” Effects for Intervertebral Disc Repair
Authors: Meng Qingchen , Xie En , Sun Heng , Wang Huan , Li Jiaying , Liu Zhao , Li Kexin , Hu Jie , Chen Qianglong , Liu Chaoyong , Li Bin , Han Fengxuan 
Published: September 2023

AbstractIntervertebral disc degeneration (IVDD) is a global public health issue. The injury of annulus fibrosus (AF) caused by acupuncture or discectomy can trigger IVDD again. However, there is currently no suitable method for treating AF injury. In this study, the high‐strength smart microneedles (MNs) which can penetrate the AF tissue through a local and minimally invasive method, and achieve remote control of speeded‐up release of the drug and hyperthermia by the Near Infrared is developed. The PDA/GelMA composite MNs loaded with diclofenac sodium are designed to extracellularly “offend” the inflammatory microenvironment and mitigate damage to cells, and intracellularly increase the level of cytoprotective heat shock proteins to enhance the defense against the hostile microenvironment, achieving “offensive and defensive” effects. In vitro experiments demonstrate that the synergistic treatment of photothermal therapy and anti‐inflammation effectively reduces inflammation, inhibits cell apoptosis, and promotes the synthesis of the extracellular matrix (ECM). In vivo experiments show that the MNs mitigate the inflammatory response, promote ECM deposition, reduce the level of apoptosis, and restore the biomechanical properties of the intervertebral disc (IVD) in rats. Overall, this high‐strength smart MNs display promising “offensive and defensive” effects that can provide a new strategy for IVD repair.
Light‐Driven Thermo‐Optical Effects in Nanoresonator Arrays
Authors: Naef Alfredo , Mohammadi Ershad , Tsoulos Ted V. , Tagliabue Giulia 
Published: September 2023

AbstractThermonanophotonics, that is the study of photothermal effects in optical nanoantennas, has recently attracted growing interest. In particular, going beyond thermoplasmonic designs, thermo‐optical modulation of dielectric nanoantennas opens new opportunities for reconfigurable and non‐reciprocal metasurfaces. However, understanding light‐driven thermo‐optical effects in large arrays of nanoantennas remains challenging. In this work, for the first time the impact of thermo‐optical effects beyond the single nanoresonator is analyzed. By performing photo‐thermo‐optical computations of large nanoantenna arrays (more than 105 elements), the complex interplay of thermo‐optical effects with self‐ and collective‐heating in 1D, 2D, and 3D systems are explored. The results show that collective heating contributions strongly alter the local absorption cross‐section and, in return, also the self‐heating term. Therefore, both terms must be carefully accounted for in large arrays. Importantly, by controlling the nanoresonator size, array periodicity and illumination wavelength, thermo‐optical effects enable the realization of non‐trivial spatial temperature profiles. In particular, ways to counteract collective heating effects and obtain flat temperature profiles in 2D arrays of dissimilar silicon nanoresonators are demonstrated. Overall, this work paves the way to the design of light‐driven reconfigurable metasurfaces, supporting the development of advanced thermonanophotonic functionalities.
A Design Strategy for Multiple Resonance‐Induced Pure Violet Thermally Activated Delayed Fluorescence Emitters with a Narrow Emission Band
Authors: Park Jinho , Kim Seung Chan , Jo Unhyeok , Lee Dong Ryun , Ahn Han Jin , Kim Jun Yun , Baek Ji‐Ho , Lee Jun Yeob 
Published: September 2023

AbstractThis study proposes a novel approach to develop highly efficient, narrow‐emitting violet materials based on boron and oxygen polycyclic aromatic hydrocarbon multiple resonance structure. Herein, B‐2OCz is developed by fusing indole with a 5,9‐dioxa‐13bboranaphtho[3,2,1‐de]anthracene (DOBNA) core to enhance its thermally activated delayed fluorescence (TADF) properties and molecular rigidity. On the other hand, the B‐2OCz‐Si is decorated with a bulky tetraphenylsilyl substituent. B‐2OCz‐Si exhibits exceptional features such as violet emission at 397 nm, a very small full width at half maximum of 16 nm, and 82% of photoluminescence quantum yield. The B‐2OCz‐Si devices achieve a high external quantum efficiency of over 15%, violet emission with a peak wavelength of 423 nm, and color coordinates of (0.156, 0.037). Furthermore, the B‐2OCz‐Si is used as an electron transport type host material for phosphorescent organic light‐emitting diodes (PhOLEDs), based on its high triplet energy and TADF properties. As compared to the conventional triazine based host materials, these newly developed DOBNA‐based materials display superior device lifetime performance. All these potential aspects corroborate that this new class of DOBNA‐based materials can work as a promising host material for PhOLEDs and violet‐emitting fluorescent devices.
Symmetry and Nonlinearity of Spin Wave Resonance Excited by Focused Surface Acoustic Waves
Authors: Shah Piyush J. , Bas Derek A. , Hamadeh Abbass , Wolf Michael , Franson Andrew , Newburger Michael , Pirro Philipp , Weiler Mathias , Page Michael R. 
Published: September 2023

AbstractThe use of a complex ferromagnetic system to manipulate GHz surface acoustic waves (SAWs) is a rich current topic under investigation, but the high‐power nonlinear regime is under‐explored. Focused SAWs are introduced, which provide a way to access this regime with modest equipment. The symmetry of the magneto‐acoustic interaction can be tuned by interdigitated transducer design which can introduce additional strain components. Here, the impact of focused acoustic waves versus standard unidirectional acoustic waves in significantly enhancing the magnon‐phonon coupling behavior is compared. Analytical simulation results based on the modified Landau–Lifshitz–Gilbert theory show good agreement with experimental findings. Nonlinear input power dependence of the transmission through the device is also reported. This experimental observation is supported by the micromagnetic simulation using mumax3 to model the nonlinear dependence. These results pave the way for extending the understanding and design of acoustic wave devices for the exploration of acoustically driven spin wave resonance physics.
Mutational landscape and predictors of survival in head and neck mucosal melanoma
Authors: Lehrich Brandon M. , Abiri Arash , Nguyen Theodore V. , Bitner Benjamin F. , Tong Charles C. L. , Kuan Edward C. 
Published: September 2023

Key Points
Head and neck mucosal melanomas have a diverse mutational landscape with low mutational burden.
A molecular subset (∼13%) has ROS1 mutations, which is an actionable driver mutation.
ROS1‐mutated patients have improved overall survival likely due to high mutational burden.