bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pemanfaatan Buklet Kesenian Alat Musik Bundengan Berbahasa Mandarin Di Dinas Pariwisata Dan Kebudayaan Kabupaten Wonosobo
Authors: Triana Ajeng Dina , Supriadi Nunung 
Published: October 2023

Artikel ini berjudul “Pemanfaatan Buklet Kesenian Alat Musik Bundengan Berbahasa Mandarin di Dinas Pariwisata dan Kebudayaan Kabupaten Wonosobo”. Tujuan pembuatan artikel ini adalah mengikuti promosi dengan media cetak berupa buklet kesenian alat musik bundengan berbahasa Mandarin menggunakan metode komunikatif untuk memperkenalkan alat musik bundengan kepada wisatawan berbahasa Mandarin. Artikel ini dilatarbelakangi karena terdapat wisatawan berbahasa Mandarin yang berkunjung ke Wonosobo dan belum tersedia informasi terkait alat musik bundengan berbahasa Mandarin. Penulis menggunakan empat metode dalam pengumpulan data, yaitu metode observasi, wawancara, studi kepustakaan dan jelajah internet. Dalam menerjemahkan dokumen, penulis menggunakan metode komunikatif dan teknik deskripsi. Hasil dari penulisan artikel ini, yaitu upaya meningkatkan kunjungan wisatawan berbahasa Mandarin dengan mengenalkan kesenian alat musik bundengan berbahasa Mandarin untuk membantu Dinas Pariwisata dan Kebudayaan kabupaten Wonosobo mengenalkan dan melestarikan kesenian alat musik bundengan yang hampir punah dan belum banyak diketahui oleh wisatawan berbahasa Mandarin. Selain itu juga dapat meningkatkan pelayanan Dinas Pariwisata dan Kebudayaan Kabupaten Wonosobo terhadap wisatawan asing terutama wisatawan berbahasa Mandarin.
Kata Kunci: penerjemahan, metode komunikatif, teknik deskripsi, dinas pariwisata dan kebudayaan, buklet

This article is entitled "Utilization of the Bundengan Musical Instrument Art Booklet in Mandarin at the Tourism and Culture Office of Wonosobo Regency". The purpose of making this article is to participate in a promotion with print media in the form of a booklet on the art of the bundeng musical instrument in Mandarin using communicative methods to introduce the bundengan musical instrument to Chinese-speaking tourists. The background of this article is because there are Chinese-speaking tourists visiting Wonosobo and there is no information regarding the bundengan musical instrument in Mandarin. The author uses four methods in collecting data, namely observation, interviews, literature studies and internet surfing. In translating documents, the authors use communicative methods and descriptive techniques. The results of writing this article are efforts to increase Mandarin-speaking tourist visits by introducing the art of the bundeng musical instrument in Mandarin to help the Tourism and Culture Office of the Wonosobo district introduce and preserve the art of the bundeng musical instrument which is almost extinct and not widely known by Chinese-speaking tourists. Besides that, it can also improve the services of the Wonosobo Regency Tourism and Culture Office for foreign tourists, especially Mandarin-speaking tourists.
Keywords: translation, communicative method, description technique, tourism and culture agency, booklet
Encapsulation of Rice Bran Oil (RBO) by Complex Coacervation Using Glutaraldehyde as Crosslinking Agent
Authors: Fadilah Fadilah , Febriani Elfira Diah Ayu , Kurniasari Elvina , Nurfikhri Refanza , Sirait Tiurmasi Saulina 
Published: October 2023

<p><strong>Abstract.</strong> Rice bran is a significant by-product of the processing of rice, and rice bran oil (RBO) can be extracted from it to provide a very valuable product. It has a high smoke point but is less stable in the heating process. Further research is carried out to increase the stability of Rice Bran Oil in its utilization. Many environmentally friendly methods are being developed in storing and packaging food, including the application of microencapsulation. This study aims to determine the effect of the use of glutaraldehyde crosslinking agent on rice bran oil microencapsulation by utilizing the natural polymers of kappa carrageenan, glucomannan, and chitosan as encapsulants using the coacervation method. Microcapsules were analyzed for their encapsulation efficiency and yield and were characterized using Fourier Transform Infrared Spectrophotometer (FTIR), Scanning Electron Microscope (SEM), and Particle Size Analyzer (PSA). Results show that increasing the amount of glutaraldehyde tends to increase the yield and efficiency of encapsulation. A yield of 49.20% was obtained by adding 1 mL of glutaraldehyde with an encapsulation efficiency of 48.22%. All samples have irregular shapes and the surfaces were rough and folded. FTIR spectra show that all samples indicated the presence of RBO as well as other polymers used in the research: carrageenan, chitosan, and glucomannan. The results of PSA show that particles are in micron size except for the addition of 1 mL glutaraldehyde.</p><p><strong>Keywords:</strong></p><p align="left">Rice Bran Oil. Glutaraldehyde, Complex Coacervation</p><p><strong><br /></strong></p>
Generalized Fractional-order Electrical Element: Modeling, Response Characteristic Analysis and Circuit Simulation
Authors: Gong Jiahui , Si Gangquan , Xu Xiang , Babajide Oresanya , Yang Chen , Xu Minglin 
Published: October 2023

Abstract
Fractional-order electrical properties are ubiquitous in physical devices, and investigating the features of fractional-order elements (FOEs) is imperative. This paper presents a comprehensive investigation of a generalized FOE model with nonlinear fractional-order constitutive relation. We analyze the response characteristics of FOEs among the four basic integer-order electrical elements, and derive analytic expressions for the step input, zero input, and sinusoidal input responses. The step input response consists of a sequence of power functions, indicating that nonlinear FOEs exhibit an extended power-law step response. The zero input response manifests in three different modes: impulsive, discontinuous, and continuous. Moreover, the sinusoidal input response can be expressed as a series of harmonic additions with calculable amplitude and phase, suggesting a constant phase-shift characteristic of nonlinear FOEs. Our numerical examples demonstrate that FOEs with nonlinear constitutive relations exhibit more intricate dynamic characteristics than linear elements. Additionally, we propose an equivalent analog circuit to achieve the FOE model approximately. The circuit simulation results validate the equivalent circuit's effectiveness and the theoretical conclusion's accuracy. This generalized FOE model extends the existing integer-order nonlinear circuit theory and simplifies the modeling of physical devices in the real world.
Building capacities for Evidence-Informed Policymaking (EIPM) in Brazil: an analysis of a graduate profile
Authors: Barreto Jorge Otavio Maia , Romão Davi Mamblona Marques , Machado Maria Lúcia Teixeira , Riera Rachel , Gomes Romeu , Silva Sílvio Fernandes da 
Published: October 2023

Abstract
Background
Institutionalizing Evidence-Informed Policymaking (EIPM) in health systems requires capacity building through contextualized educational initiatives. The objective of this study was to characterize the profile of graduates of a postgraduate course in Management of Evidence-Informed Health Policies, within the scope of the ESPIE Project - Support for the Formulation and Implementation of Evidence-Informed Public Health Policies
Methods
A survey was carried out with the graduates of the three editions of the course through an online questionnaire, with three sections: i) socioeconomic and professional characteristics; ii) perceptions of previous expectations and effective application of the competencies developed; and iii) organizational arrangements and interest in EIPM.
Results
In total, 367 graduates responded to the questionnaire. The overall profile was characterized by a predominance of women, older than 35 years, with a background in health and working in the Brazilian Unified Health System, with more than five years of experience. The perceptions of previous expectations and effective contribution of the course indicated the development of competencies for EIPM and for the improvement of professional activities, professional insertion and organizational environments. However, the data also showed that there are important limitations for the full exercise of these competencies in IEPM in the different organizational environments in which graduates are inserted in their professional activities.
Conclusions
The graduates participating in this study consider that the courses were able to guide the development of competence in EIPM, but institutional limitations are imposed on the practice of these skills and knowledge. Barriers at the organizational level need to be recognized and addressed to advance the institutionalization of EIPM in healthcare systems.
Solution Combustion Synthesis of Environmentally Friendly Magnetic Composites Based on Iron Oxide and Mango (Mangifera Indica L.) waste for UV and Solar - Driven Heterogeneous Photocatalysis
Authors: de Castro Lucas Malone Ferreira , Huaman Noemi Raquel Checca , SOUZA MARLUCE OLIVEIRA DA GUARDA 
Published: October 2023

Abstract
Materials based on iron oxide were prepared via closed system solution combustion synthesis (IOP), evaluating the effect of the addition of mango seed Husk (T) peel (C) and mixture of the portions (M) on the material properties obtained (IOT, IOC and IOM, respectively). The structural (XRD, Mössbauer), morphological (SEM and TEM), optical (UV-VIS diffuse reflectance), textural (BET) and magnetic (VSM) properties of the materials obtained were evaluated. Different phase compositions (hematite, magnetite and maghemite) were identified in the structure of the materials. The addition of mango residue favored the formation of magnetite with superparamagnetic particles in the IOC sample. The solids were evaluated in the methylene blue photocatalysis at different concentrations, observing different effects on the discoloration rate: the IOP sample presented a better performance at the lowest concentration (50 mg L-1) of the dye, with 98% discoloration after 90 minutes and a specific speed of 44.7 x 10-3 min-1, which can be explained by the heterojunction effect, which makes electronic recombination harder, increasing the quantum yield of the photocatalyst. At the concentration of 70 mg L-1, the best catalyst was the IOM with 82% of discoloration and specific speed of 15.8 x 10-3 min-1, which can be explained by the increase in the specific area due to the insertion of biomass, which improved adsorptive capacity, maintaining the observed heterojunction effects. Under Sunlight, the best composite was IOC, with 90.5% discoloration and activity of 29.8 x 10-3 min-1, justified by the combination of favorable textural and optical properties.
Exploring the Conformational Landscape of Cryo-EM Using Energy-Aware Pathfinding Algorithm
Authors: Chung Szu-Chi , Lin Teng-Yu 
Published: October 2023

Abstract
Cryo-electron microscopy (cryo-EM) is a powerful technique for studying macromolecules and holds the potential for identifying kinetically preferred transition sequences between conformational states. Typically, these sequences are explored within two-dimensional energy landscapes. However, due to the complexity of biomolecules, representing conformational changes in two dimensions can be challenging. Recent advancements in reconstruction models have successfully extracted structural heterogeneity from cryo-EM images using higher-dimension latent space. Nonetheless, creating high-dimensional conformational landscapes in the latent space and then searching for preferred paths continues to be a formidable task. This study introduces an innovative framework for identifying preferred trajectories within high-dimensional conformational landscapes. Our method encompasses the search for the shortest path in the graph, where edge weights are determined based on the energy estimation at each node using local density. The effectiveness of this approach is demonstrated by identifying accurate transition states in both synthetic and real-world datasets featuring continuous conformational changes.
Topological Data Analysis and Image Visibility Graph for Texture Classification
Authors: Pal Rahul , Kumar Sanoj , Singh Manoj Kumar 
Published: October 2023

Abstract
The texture of an image is an important component that plays a significant role in
its recognition. The field of computer vision encounters various problems, including
tasks such as image segmentation and classification, which heavily rely on the
fundamental principles of texture analysis. Textures have facilitated the identification
of diverse images, such as those related to satellites, forestry, and medicine.
The objective of this study is to provide a method for classifying textures using
picture visibility graphs and topological data analysis. This study presents an
innovative strategy that integrates topological data analysis with image visibility
graphs. The current investigation entails analysing the degree distribution
derived from the visibility graph as well as extracting seven distinct topological
features. These features are then employed for classification purposes. The suggested
methodology has been assessed using two well-known established image
texture datasets: the Brodatz texture image dataset and the KTH-TIPS dataset.
The findings indicate the potential for incorporating graph-based methodologies
and topological attributes in the context of texture classification.
Characteristics and mechanism of landslides on highway landfill along Xiaolangdi Reservoir of the Yellow River:A case study
Authors: YANG xuanyu , Chen Yi 
Published: October 2023

Abstract
On February 17, 2023, a landslide occurred on a highway slope located on the bank of Xiaolangdi Reservoir of the Yellow River, with a volume of about 1,200 m3, which directly led to the interruption of the road and had a serious social impact. In this paper, the area where the landslide was located was studied and analyzed by means of field investigation, remote sensing images, laboratory tests and numerical simulation. The evolution pattern of landslide groups under the influence of human engineering activities is traced, and the disaster-causing mechanism of landslides is investigated in terms of climatic factors, water level changes, stress changes, and the nature of the fill. The results indicate that: (1) Water level changes can lead to a decrease in the stability coefficient of ancient landslides, but have no direct effect on the occurrence of landslides. The change of soil stress caused by artificial excavation will change the distribution of soil plastic region, which makes the potential sliding surface changing; (2) Rainfall and temperature are the key elements affecting the fill-type landslides, and the alternating period between winter and spring is the high susceptibility period of landslides; (3) Sandstone stratigraphy undergoes significant expansion and deformation under freeze-thaw action, so additional monitoring of bedrock deformation can be considered when monitoring fill-bedrock slopes.
Analysis on the policy text and implementation deviation of China's national fitness plan (2021-2025) from the perspective of policy tools
Authors: Wu Xinbo , Feng Xiu , Hu Yuwei , Dong Weixin , Lu Chunxia , Liang Junwen 
Published: October 2023

Abstract
(1) Purpose: This study aims to systematically investigate policy documents from the perspective of implementation deviation, with the primary objective of providing evidence-based recommendations to enhance the advancement of inclusive policies with China's National Fitness Plan. It also seeks to access the appropriate application of relevant policy tools in this context.
(2) Methods: We selected 31 Chinese provincial policy documents, with a particular focus on the National Fitness Plan for 2021-2025, 21 core articles dedicated to the implementation of National Fitness Policy. Using a rigorous combination of content and qualitative analysis, we developed a comprehensive two-dimensional framework. This framework served as the basis for our in-depth analysis, which aimed to explore the relationship between the X-dimension (policy's role) and the Y-dimension (policy's developmental objective).
(3) Results: The study found that the majority of X-dimension tools were focused on environmental factors, amounting to 60.95% of the total. Supply-based tools accounted for 32.93%, while demand-based tools represented 6.12%. Dimension Y had a strong emphasis on establishing an effective and all-encompassing public service system, comprising 50.34% of the total. This focus notably exceeded the allocation of resources for activities and events (17.58%), venue facilities (12.67%), organizational networks (12.67%), and intelligent networks (6.74%). The deviation of policy implementation across four main dimensions: the policy itself, the implementing subject, the implementing environment and the objectives of implementation.
(4) Conclusions: Through this examination, we aim to uncover the underlying causes for the disparities observed in the execution of China's National Fitness Plan policy.
Subject classification codes: sport policy
interFLOW: maximum flow framework for the identification of factors mediating the signaling convergence of multiple receptors
Authors: Madi Asaf , Sheinin Ron , Salomon Koren , Yeini Eilam , Dulberg Shai , Kaminitz Ayelet , Satchi-Fainaro Ronit , Sharan Roded 
Published: October 2023

Abstract

Motivation:
Cell-cell crosstalk involves simultaneous interactions of multiple receptors and ligands, followed by downstream signaling cascades working through receptors converging at dominant transcription factors which then integrate and propagate multiple signals into a cellular response. Single-cell RNAseq of multiple cell subsets isolated from a defined microenvironment provides us with a unique opportunity to learn about such interactions reflected in their gene expression levels.
Results
We developed the interFLOW framework to map the potential ligand-receptor interactions between different cell subsets based on a maximum flow computation in a network of protein-protein interactions (PPIs). The maximum flow approach further allows characterization of the intracellular downstream signal transduction from differentially expressed receptors towards dominant transcription factors, therefore, enabling the association between a set of receptors and their downstream activated pathways. Importantly, we were able to identify key transcription factors toward which the convergence of multiple receptor signaling pathways occurs. These identified factors have a unique role in the integration and propagation of signaling following specific cell-cell interactions.
Pfizer COVID19 vaccine is not associated with acute cardiovascular events – A national self-controlled case series study
Authors: Boker Lital Keinan , Fluss Ronen , Dichtiar Rita , Rosenberg Alina , Lassan Maya Ben , Huppert Amit 
Published: October 2023

Abstract
Background
Despite publications assuring no increased risk for acute cardiovascular events (excluding myocarditis) and sudden death following administration of COVID19 vaccines, this issue still stirs much public ado. We assessed the risk for acute cardiovascular events that require hospitalization in the short-term following administration of the second dose of the Pfizer COVID19 vaccine in Israel.
Methods
Using a self-controlled case series (SCCS) study design and national databases (COVID19 vaccines; COVID19 tests; Hospitalizations; Population registry), all second-dose vaccinees, who had not been diagnosed with COVID19 and who had an acute cardiovascular event (acute myocardial infarction/acute stroke/acute thromboembolic event; myocarditis events excluded) that required hospitalization in the 60 days following vaccine administration, in the period from Jan 11th, 2021 to Oct 31st 2021, were included. The first 30 days following second-dose vaccination were defined as risk period while the next 30 days were defined as control period. The probability for an acute cardiovascular event between these periods was compared using a conditional logistic regression model, accounting for sex, age group, background morbidity and seasonal risk.
Results
Out of 5,700,112 second-dose vaccinees in the defined time period, 4,163 had an acute cardiovascular event in the 60 days following vaccine administration. Excluding 106 of them due to technical considerations, 1,979 acute cardiovascular events occurred during the risk period and 2,078 during the control period (Odds ratio, OR = 0.95, 95% confidence interval, CI 0.90–1.01, p = 0.12). Adjusted point estimate was similar (OR = 0.88, 95%CI 0.72–1.08). Stratifying by age showed no increased risk in any age group. These results were consistent in sensitivity analyses.
Conclusions
There was no increased risk for an acute cardiovascular event in the risk period compared to the control period following administration of the second vaccine dose of Pfizer COVID19 vaccine.
Unveiling Polyhydroxyalkanoates Producing Bacteria Isolated from Mangalore Environment: An Unearthing Study
Authors: Naik Neeksha , Rai Dhanyashree , Madival Shwetha , Sravya  , Mithoor Divyashree 
Published: October 2023

Abstract
Certain microorganisms in nature produce intracellular linear bio-esters called Polyhydroxyalkanoates (PHA), under limited nutrient condition in the presence of excess carbon. PHAs are environment friendly macromolecules exhibit properties similar to petrochemical plastics. In the present study a total of 30 soil samples were collected from different sites and screened for PHA producing bacteria. Among them 30 isolates were showed positive for PHA production by preliminary screening methods. Growing conditions for the synthesis of PHA were optimized. The recovered bacteria were able to produce PHA after 72 hours of incubation at 30°C, pH 7, with 10% inoculum. The positive PHA-producing bacterial strains were identified using 16S rRNA sequencing. The PHA accumulation was up to 59% by PHAD13 isolate, Bacillus subtilis isolated from the petrol bunk soil, NG6 isolate, Klebsiella spp. isolated from garden soil showed 33.5% and the maximum PHA accumulation was about 35.1% by NS1, Bacillus spp. isolated from sewage soil. Intracellular accumulation of PHA for the highest PHA producing isolate PHAD13 was analysed by Transmission electron microscope further characterized using FT-IR. All these diverse sources (Petrol bunk soil, Sewage soil, Garden soil) were shown to be rich sources variety of bacterial species with the ability to produce PHA thereby rendering the biodegradation.