bluuebunny/crossref_metadata_2025_split huggingface dataset:
A Bedside-to-Bench-to-Bedside Journey to Advance Osteochondral Allograft Transplantation towards Biologic Joint Restoration
Authors: Cook James L. , Stannard James P. , Stoker Aaron M. , Rucinski Kylee , Crist Brett D. , Cook Cristi R. , Crecelius Cory , Bozynski Chantelle C. , Kuroki Keiichi , Royse Lisa A. , Stucky Renee , Hung Clark T. , Smith Matthew J. , Schweser Kyle M. , Nuelle Clayton W. , DeFroda Steven 
Published: December 2024

AbstractMore than 70 million adults in the United States are impacted by osteoarthritis (OA). Symptomatic articular cartilage loss that progresses to debilitating OA is being diagnosed more frequently and earlier in life, such that a growing number of active patients are faced with life-altering health care decisions at increasingly younger ages. Joint replacement surgeries, in the form of various artificial arthroplasties, are reliable operations, especially for older (≥65 years), more sedentary patients with end-stage OA, but have major limitations for younger, more active patients. For younger adults and those who wish to remain highly active, artificial arthroplasties are associated with significantly higher levels of pain, complications, morbidity, dysfunction, and likelihood of revision. Unfortunately, non-surgical management strategies and surgical treatment options other than joint replacement are often not indicated and have not proven to be consistently successful for this large and growing population of patients. As such, these patients are often relegated to postpone surgery, take medications including opioids, profoundly alter their lifestyle, and live with pain and disability until artificial arthroplasty is more likely to meet their functional demands without high risk for early revision. As such, our research team set out to develop, test, and validate biologic joint restoration strategies that could provide consistently successful options for young and active patients with joint disorders who were not considered ideal candidates for artificial arthroplasty. In pursuit of this goal, we implemented a targeted bedside-to-bench-to-bedside translational approach to hypothesis-driven studies designed to address this major unmet need in orthopaedics by identifying and overcoming key clinical limitations and obstacles faced by health care teams and patients in realizing optimal outcomes after biologic joint restoration. The objective of this article is to condense more than two decades of rigorous patient-centered research aimed at optimizing osteochondral and meniscus allograft transplantation toward more consistently successful management of complex joint problems in young and active patients.
Pralsetinib: A Drug Review
Authors: Deshpande Abha , Varghese Ryan , Karsiya Jainam , Jha Praveen , Kulkarni Padmaj 
Published: December 2024

AbstractREarranged during Transfection (RET) is a transforming proto-oncogene that codes for the tyrosine kinase receptor. Pralsetinib is an orally bioavailable, selective inhibitor of mutant forms and fusions involving the RET proto-oncogene. Following administration, pralsetinib limits the upregulation or dysregulation of RET gene mutations. This drug review aimed to explore the pharmacokinetics, pharmacodynamics, clinical indications, contraindications, dosing regimen, dose modifications, adverse drug events, and storage and administration of pralsetinib. This review was curated after exhaustive literature screening of all existing documents available on Google Scholar, PubMed, ScienceDirect, Dimensions, and EBSCO Host, as well as by browsing the Web sites of the U.S. Food and Drug Administration (FDA), drug manuals, and conference presentations, using keywords, such as “Pralsetinib,” “RET fusion,” and “Gavreto.” Additional supporting data were obtained from various abstracts and conference proceedings. Presently, pralsetinib has been granted FDA approval for use in non–small cell lung cancer (NSCLC), metastatic RET fusion-positive NSCLC, and metastatic RET-mutant medullary thyroid cancer.
“Martin Mattress”: Surgical Technique for Achieving Hemostasis in Redo Aortic Root Operations
Authors: Jeng Eric I. , Sharaf Omar M. , Reilly Kevin D. , Beaver Thomas M. , Martin Tomas D. 
Published: December 2024

AbstractA 71-year-old gentleman with prior bioprosthetic aortic valve replacement was admitted with aortic valve dehiscence and an aortic root abscess. He underwent reoperative sternotomy, aortic root, mitral valve, and hemiarch replacement. To augment hemostasis, we implanted the “Martin Mattress”—a pericardial patch sutured to the fibrous ridge within the innominate vein, superior vena cava, right atrium, right ventricular outflow tract, and pulmonary artery—which is preferred to modified Cabrol fistula techniques in infectious root pathology.
Kiwifruit Bacterial Canker: A Recent Disease for Modern Plant Pathologists
Authors: Danzi Davide 
Published: December 2024

Abstract

In the last century, the kiwi industry developed rapidly and starting from the 1950s, the kiwifruit plant began to be planted throughout the world, almost undisturbed and encouraged by the higher profitability in comparison with other traditional crops until the emergence of the bacterial canker disease caused by
Pseudomonas syringae
pv
actinidiae
(Psa) in the 1980s. The first strain was isolated in Japan, where it caused important damage, while later in Italy, a similar strain was not considered a serious threat. Psa has become a major threat since 2008, when a highly virulent strain was found in Italy. The occurrence of this strain in orchards was accompanied by severe symptoms, which turned into huge yield losses and even plant death. This strain spread rapidly all over the world, threatening local kiwifruit production, particularly in New Zealand, where it had numerous social consequences besides the economic impact. With an important scientific effort, the pathogen population and the principal virulence factors have been described, despite these are not fully understood. Due to the recent development of kiwifruit industry and pathogen emergence, the host-microbe interaction is an almost unique case to investigate pathogen evolution and adaptation to new hosts and environments.

Information
© The Author 2024
Conserved densities of hard rods: microscopic to hydrodynamic solutions
Authors: Powdel Mrinal Jyoti , Kundu Anupam 
Published: December 2024

Abstract
We consider a system of many hard rods moving in one dimension. As it is an integrable system, it possesses an extensive number of conserved quantities and its evolution on a macroscopic scale can be described by generalized hydrodynamics. Using a microscopic approach, we compute the evolution of the conserved densities starting from non-equilibrium initial conditions of both quenched and annealed type. In addition to being reduced to the Euler solutions of the hydrodynamics in the thermodynamic limit, the microscopic solutions can also capture the effects of the Navier–Stokes terms and thus go beyond the Euler solutions. We demonstrate this feature from microscopic analysis and from numerical solution of the Navier–Stokes equation in two problems—first, tracer diffusion in a background of hard rods and, second, the evolution from a domain wall initial condition in which the velocity distribution of the rods is different on the two sides of the interface. We supplement our analytical results with extensive numerical simulations.
Exact loop densities in O(1) dense loop model on a cylinder of odd circumference and clusters in half-turn self-dual critical percolation
Authors: Povolotsky A M , Trofimova A A 
Published: December 2024

Abstract
We consider the O(1) dense loop model in a square lattice wrapped on a cylinder of odd circumference L and calculate the exact densities of loops. These densities of loops are equal to the densities of critical bond percolation clusters on a forty-five-degree rotated square lattice rolled into a cylinder with special boundary conditions which we refer to as half-turn self-dual percolation. The solution is based on a correspondence between the O(1) dense loop model and the six-vertex model at the Razumov-Stroganov point.
Residual physical properties of thermally loaded alkali activated slag
Authors: Keppert M , Pommer V , Kulhavá K , Koňáková D , Vejmelková E , Černý R 
Published: December 2024

Abstract
One of possible application fields of Alkali activated aluminosilicates (AAA) lies in their higher thermal stability compared to Portland cement based systems. AAA may be thermally loaded just moderately (e.g. thermal insulating foams) or more intensively (refractory AAA concrete; ceramics derived from AAA). Thermal loading is obviously causing number of physical and chemical alterations in the material which are reflected by development of functional properties of the material – primarily by its strength. Blast furnace slag is one of the traditional precursors for alkali activated materials. As the first step of the research, the effect of activator composition and dosage (mix of potassium silicate and potassium hydroxide) on the mechanical properties of activated slag was examined in broad range of Si/Al and Al/K ratios. Secondly the selected mixtures were thermally loaded to 200, 600, 800, 1000 and 1200 °C and their residual physical characteristics were determined. The heating to 200 °C caused strengthening of the all materials due to curing of geopolymeric structure. Later, at higher temperatures, the strength decreased alongside with gradual dehydroxylation and shrinkage of the material. However the loading at 1200 °C caused – in some mixtures – significant strengthening due to crystallization of new mineral phases.
A new approach for creating and testing safety components integrated into a robotic cell simulation scenario in a virtual reality environment
Authors: Holubek R , Delgado Sobrino D R , Matúšová M 
Published: December 2024

Abstract
This research paper focuses on novel approaches for testing and debugging various simulation scenarios within robotic workplaces with the integration of various safety components, mainly in the pre-production phase and design of such workplaces. Nowadays, safety components are an integral part of every robotic workplace. Not only legislation but also workplace safety regulates that every single robotic workplace must be equipped with safety components. These components and the implementation of such a robotic workplace represent a significant financial investment. It is the testing of safety components such as safety barriers, traffic lights, central stop button, laser scanner for robotic systems that are very expensive components that significantly increase the overall price of the robotic workplace. It is the possibility of integrating these safety components within a simulation scenario in the ABB RobotStudio software environment and its direct interaction into the immersive VR environment that gives a very good scope for research and deployment of these safety components for robotic systems in order to eliminate the initial financial costs and save overall time in the design phase of new robotic systems with planed integration of the safety components.
Considerations regarding the use of DLC coated tools used in the machining of aluminum alloys used in the aeronautical industry
Authors: Pasca N , Banica M , Butnar L , Nasui V 
Published: December 2024

Abstract
The present paper is intended to be a short presentation of the history of cutting tools coated with DLC diamond coating used in the machining of aluminum alloys used in the aeronautical industry. The authors presents some theoretical considerations regarding the types of DLC coatings, the manufacturing methods, the performance of these types of cutting tools and their specific applications. Also, the evolution of DLC coatings, the advantages and disadvantages of using tools coated with DLC in the machining of aluminum and other metallic materials are presented. Other industries where DLC diamond coatings are used are also synthesized.
Development of a technology for producing an angle bar with variable thickness using resistance welding and roll forming
Authors: Sołtysiak R 
Published: December 2024

Abstract
Various technologies for producing materials and structural parts with variable thickness are known. These technologies consist of several processes, including rolling, stamping, mechanical processing and welding. The sequence and type of processes used to obtain a structural element with variable thickness is related to the specific structural element as well as the type of production. For example, for a specific structural element, the technology for single-unit production will look different from that for mass production. The aim of this work was to develop a technology for mass production of an angle bar with variable thickness using resistance welding and roll forming. The paper presents a numerical analysis of the influence of the profiling tool radius on selected parameters of the variable thickness angle bar profiling process. As a result of the tests, a diagram of a prototype line for the production of an angle bar with variable thickness was proposed.
Evaluation of the prototype Peripheral Electronics Board for the High Granularity Timing Detector
Authors: Ge Zhenwu , Zhang Jie , Zhang Lei ,   the ATLAS HGTD collaboration
Published: December 2024

Abstract
To mitigate the effects of pileup resulting from increased luminosity during the ATLAS Phase-II upgrade, the High Granularity Timing Detector (HGTD) was proposed to accurately measure the timing of tracks. The Peripheral Electronics Board (PEB) serves as a critical component of the HGTD, functioning as an intermediary between the front-end modules and off-detector electronics. A prototype PEB, designated 1F, was designed and produced by the end of 2023. Extensive evaluations of PEB 1F were conducted in 2024, encompassing both single board tests and collaborative tests with the demonstrator. These assessments well determined the quality of PEB 1F.
How scientists’ collective climate advocacy affects public trust in scientists and voting behavior
Authors: Cologna Viktoria , Freundt Jana , Mede Niels G , Howe Lauren , Bertsou Eri , Gloor Jamie , Oreskes Naomi , Knutti Reto , Schäfer Mike S 
Published: December 2024

Abstract
Scientists increasingly engage in policy advocacy, especially on climate change. Does this advocacy undermine—or bolster—public trust in scientists and support for scientists’ recommendations? We leveraged a unique opportunity to answer this question in a real-world setting: the 2023 referendum for the Swiss climate protection law (CPL), which was supported by a public statement of 252 renowned scientists across disciplines. We conducted a pre-registered, two-wave, quasi-field experiment (n
pre-vote = 1,622, n
post-vote = 891) to test how scientists’ collective support for the law affected public trust in scientists and voting behavior. We found that scientists’ advocacy was associated with greater public trust, particularly among left-leaning individuals; only a minority viewed these scientists as not objective. However, perceptions of scientists’ role in society and policymaking and voting behavior remained largely unaffected when participants were reminded of the CPL advocacy. Although we studied a restrained form of policy advocacy in a somewhat unique setting, our study challenges the widespread assumption that policy advocacy undermines public trust in scientists.
Bath dynamical decoupling with a quantum channel
Authors: Hahn Alexander , Yuasa Kazuya , Burgarth Daniel 
Published: December 2024

Abstract
Bang–bang dynamical decoupling protects an open quantum system from decoherence due to its interaction with the surrounding bath/environment. In its standard form, this is achieved by strongly kicking the system with cycles of unitary operations, which average out the interaction Hamiltonian. In this paper, we generalize the notion of dynamical decoupling to repeated kicks with a quantum channel, which is applied to the bath. We derive necessary and sufficient conditions on the employed quantum channel and find that bath dynamical decoupling works if and only if the kick is ergodic. Furthermore, we study in which circumstances completely positive trace-preserving (CPTP) kicks on a mono-partite quantum system induce quantum Zeno dynamics with its Hamiltonian cancelled out. This does not require the ergodicity of the kicks, and the absence of decoherence-free subsystems is both necessary and sufficient. While the standard unitary dynamical decoupling is essentially the same as the quantum Zeno dynamics, our investigation implies that this is no longer true in the case of CPTP kicks. To derive our results, we prove some spectral properties of ergodic quantum channels, that might be of independent interest. Our approach establishes an enhanced and unified mathematical understanding of several recent experimental demonstrations and might form the basis of new dynamical decoupling schemes that harness environmental noise degrees of freedom.
Modelling eco-friendly behaviour towards environmental performance: a proposition approach
Authors: Azizah Amiril , Wayan Edi Arsawan I , Lina Ni Putu Maha , Kazancoglu Yigit , Koval Viktor , Abdullah Nor’Ain 
Published: December 2024

Abstract
The role of the hospitality industry in environmental conservation efforts has been studied in the existing literature. However, the models built are still separate and in the context of single anchor theory. By conducting content analysis of 500 literatures in the field of environmental reputation, the current study aimed to produces a comprehensive model described in five main propositions for environmental preservation. First proposition revealed about GHRM in encouraging environmental concern, proposition two explain the role of environmental concern in encouraging eco innovation, proposition three integrating eco innovation and sustainable business performance model, proposition four, explaining sustainable business performance model to enhance environmental reputation and legitimacy, and proposition five revealed about possibilities to incorporating anchor theory. The discussion is presented in the paper.
Future shape of eco innovation: Bibliometric analysis and mapping research agenda
Authors: Suryantini Ni Putu Santi , Darmayanti Ni Putu Ayu , Wayan Edi Arsawan I 
Published: December 2024

Abstract
Considering the important for environmental conservation, stakeholders have a responsibility towards conservation efforts. The available literature reveals that environmental performance is influenced by eco innovation and various drivers. However, eco innovation still has various measurements and obstacles in its implementation. The purpose of this study is to map eco innovation in environmental economics literature. By mapping 2,389 articles on a globally reputable database, we found 24 main clusters that can be used as guidelines for conducting future research, relevant topics, and authorship collaborations.
Instrumental and Methodological Framework of State Regulations of Land Use
Authors: Harnaha Oleksandr , Savina Nataliia 
Published: December 2024

Abstract
The article reveals the features of state regulation of land use in terms of economic, ecological and social aspects. The need for cadastral assessment of land plots and its improvement is underlined. The land rent calculation depending on the technological properties of the land is substantiated. Based on the developed evaluation criteria of land use regulation, a sequence of actions to assess the land use efficiency of an agricultural enterprise is suggested. Based on the principles of circular economy the article presents a methodological approach to assessing the efficiency of land use regulation, which is distinguished by taking into account a group of social and environmental parameters, allowing to choose the most balanced standpoint when considering the value of alternative options based on a multifactorial assessment, thereby ensuring the efficiency of managerial decision-making in the sphere of land use state regulation.
Analysis of the Ukraine agricultural companies’ profitability as an indicator of their efficiency in the sustainable development conditions
Authors: Pavelko O , Malchyk M , Knyshek O , Los Z , Kovalchuk Ya , Skakovska S 
Published: December 2024

Abstract
Zero hunger is supposed to be the second of SDG and the activities of the agricultural sector can have the greatest impact on its achievement. Agrarian companies are able to positively influence the achievement of SDG while operating profitably. The financial results of the agricultural sector, whose activities are aimed at ensuring the country’s food security, have deteriorated significantly due to the full-scale invasion of Ukraine. The dynamics of sold products volume and number of agricultural entities, including companies and individual entrepreneurs, in 2015-2022 is analyzed. The directions of using information in terms of profitability by owners of agricultural companies are outlined. The dynamics of companies operating profitability and profitability of all activities in 2015-2022 is studied. The advantages and disadvantages of agricultural holdings as important subjects of the agricultural market are determined. The results of the functioning of the 20 largest companies of the Ukrainian agricultural sector in 2022 are explored. The Kolmogorov-Smirnov criterion, implemented in the Statistica 6.0 program to test the hypothesis that the net income of 33 Ukrainian farms follows the normal distribution law, is used. To test the hypothesis of a lognormal distribution of farm income, the values of net income are prologarithmized. The hypothesis of a lognormal distribution using the Jacques-Bera test and the Kolmogorov-Smirnov criterion is tested. It is established that the values of net income from sales comply with the lognormal distribution law, which is quite close to the Pareto distribution law.
Trace element contents in kaolin: mineralogy and mass-balance constraints during kaolinitization of granite in Belitung, Indonesia
Authors: Yahya Al Hakim Andy , Alif Ikhsan Muhammad , Kusumawati Lina , Shiddiq Abdussalam Muhammad , Syafrizal  
Published: December 2024

Abstract
Mineralogical and geochemical variations of kaolin as a product of the weathered Triassic and Jurassic granite from the Belitung Island provided an opportunity to examine the effects of the source area on compositions of deposits. This study deals with the trace and rare-earth elements in kaolinite deposit from Belitung regions. Field observations along with geochemical and mineralogical observations using electron microscope were summarized to document mineralogy and element mobilization during weathering and alteration of granite. The weathering of the Middle Triassic of Tanjungpandan granite produces kaolinite, muscovite and illite, with minor abundances of quartz and muscovite. Lithium (Li) and rare-earth elements (REE) concentration of these kaolin deposits ranging from 5-40 μg/g Li and up to 980 μg/g REE. Kaolin deposits originates from the Jurassic granite yield lower lithium and REE contents. Spectroscopic study of kaolin samples indicates that strong absorption mostly occurs at wavelengths of 1413, 1914 and 2207 nm. We report mass balance profile and the geochemical affinities to better understand the behaviour of elements and genetic links between kaolinite, Li, REE, and metal associations.