bluuebunny/crossref_metadata_2025_split huggingface dataset:
Implementing Palliative and End-of-Life Care in Lung Cancer: When to Start?
Authors: Haryati Haryati , Rahmawaty Desi , Wanahari Tenri Ashari 
Published: January 2023

Lung cancer is among the most prevalent cancers and the primary cause of cancer-related mortality. Despite advances in treatment, patients often have a poor prognosis, with a limited survival period, particularly in advanced stages. Significant morbidity is linked with lung cancer, and symptoms are frequently inadequately controlled, resulting in a considerable symptom burden for patients and their family caregivers. It is typically accompanied by an overall reduction in one’s quality of life (QoL). Palliative care is an established therapy paradigm that successfully enhances symptom management and physical and mental health. It can be initiated as soon as the patient develops symptoms (even in the early stage) or is diagnosed with a late stage. Over the past few decades, palliative care has become a vital part of comprehensive care for people, especially those with advanced diseases. Early palliative care (EPC) integration within the oncology setting is more effective than standard care in enhancing the patient’s QoL and length of survival, resulting in less intrusive end-of-life care. When caring for lung cancer patients, medical practitioners must remember their duty to cure occasionally, routinely alleviate, and constantly comfort the patient. Treating physical symptoms, illness comprehension, coping, and psychological and spiritual anguish are all vital components. Intervention strategies by multidisciplinary teams concentrating on the patient and their family and dealing with the circumstances are essential. All health providers should prioritize palliative and end-of-life care to enhance care and assist patients and their families in navigating the final period of life.
Peran sektor ekonomi dan kependudukan dalam pembangunan wilayah Kabupaten Cilacap
Authors: Hanifah Nur , Buchori Imam 
Published: January 2023

<p>Kabupaten Cilacap menempati peringkat kedua tingkat Provinsi Jawa Tengah dalam kontribusi PDRB dibawah Kota Semarang pada tahun 2018. PDRB Kabupaten Cilacap tahun 2018 sebesar 109.753.607,77 juta rupiah. Kabupaten Cilacap memiliki potensi sektor pertambangan dan industri. Tujuan dari penelitian ini adalah menganalisis potensi ekonomi dan kependudukan untuk mengetahui perannya dalam pembangunan wilayah Kabupaten Cilacap. Metode analisis yang digunakan dalam penelitian adalah analisis LQ dan <em>shift share</em>. Hasil analisis menunjukkan bahwa kabupaten Cilacap memiliki dua sektor basis yaitu sektor pertambangan dan industri pengolahan. Perekonomian yang menjadi sektor prioritas dalam hal penyusunan perencanaan dan pelaksanaan pembangunan kedepannya, adalah sektor pertambangan dan penggalian serta informasi dan komunikasi. Sektor kependudukan meliputi kualitas SDM memiliki peran dalam penyediaan tenaga kerja dibidang industri di Kabupaten Cilacap. Integrasi sektor kependudukan dalam perencanaan pembangunan dengan peran penduduk sebagai penggerak dan objek pembangunan akan berdampak pada peningkatan kesejahteraan penduduk Kabupaten Cilacap. Dari hasil penelitian ini, Kabupaten Cilacap perlu meningkatkan kapasitas sumber daya manusia untuk mendukung sektor pertambangan dan industri pengolahan.</p>
Mini Special Issue on Modeling of Human-Policy-Technology Nexus and Simulation for Disaster Response and Business Continuity
Authors: Kanno Taro , Karikawa Daisuke , Fujino Hidenori , Ishida Chie 
Published: January 2023

We, as guest editors, are honored to have been given the opportunity to organize this mini special issue on “Modeling of Human-Policy-Technology Nexus and Simulation for Disaster Response and Business Continuity” for the Journal of Disaster Research. This mini special issue aims to contribute to the overcoming of challenges around better design, operation, and management for disaster response and business continuity, where various factors, including human behavior and decision-making, policy and prioritization, monetary and humanitarian costs, and technological and infrastructural constraints, are intertwined, making it difficult to comprehend the entire picture and find an optimal solution.
On the other hand, we firmly believe people have an essential role in disaster response and business continuity. However, unlike physical phenomena, there are no governing equations or laws for human behavior and decision-making; there are variations and inconsistencies in human modeling depending on whether what was done, what ought to be done, what can be done, etc. is being modeled. Sometimes, human behavior must be considered and the different modes of human models clearly distinguished when better socio-technical systems or other systems involving humans are discussed.
All the papers selected introduce the latest innovative research in modeling and simulation, training system design, and quantitative and qualitative data analysis, which are directly and indirectly applicable to a better design, operation, and the management of disaster response and business continuity. At the same time, these papers also focus on one or several aspects of human behavior modes, such as past and current evidence (descriptive model) and what persons or organizations are supposed to be (normative model). The collection of these papers is expected to give good insight and inspiration to the readers and those who may take on the challenges this special issue aims to provide and to help develop an understanding of the importance of a human-centric approach to disaster research.
The Qur’anic Authority in Strengthening Sufism Teaching at Majlis Pengkajian Tauhid Tassauf Indonesia (MPTTI) in Indonesia
Authors: Marhaban Nawawi , Mawardi Mawardi 
Published: January 2023

The article overviewed the Qur’anic textual authority in practices and the concept of living in Qur’anic behaviours for Monotheism and Sufism, a council of study in Aceh province. As it is known for a board of study existence, Majelis Pengkajian Tauhid Tasawuf Indonesia (MPTTI) is growing more controversial regarding religious harmony in Islamic group society and its particular Sufism teaching. Nevertheless, despite these controversial phenomena, the council retains its teaching principles. The board exclusively refers to its teaching on Qur’an scriptures and verses as countermeasures of marginality and oppression. The committee believed in the authority of Sufism teaching, which was baselined on the Qur’an. The article projected how the council employs the scripture to formulate Sufism with a phenomenology approach to the engagement of living hadith in practice. Later, the board exploits the scripture as the source to establish critique for disavowing acceptance behaviours in society. The council intends to restore the communal into the proper stream of Islamic tradition. Parallel to these intriguing findings, the commission proclaims the Al Qur’an as an appropriate establishment of primary character reference. Eventually, the fascinating texts employed by the council also drive to strengthen the validity of council identity on national and even international coverage, which overlaps other boards in the region.
Three-Dimensional Scapular Border Method for Glenoid Version Measurements
Authors: Wilder Lauren , Simon Peter , Reyes Justin , Diaz Miguel , Munassi Steven , Frankle Mark A. 
Published: January 2023

Background:
Variations among methods to measure glenoid version have created uncertainty regarding which method provides the most consistent measurements of morphology. Greater deformity may also make accurate depiction of the native morphology more challenging. This study examined 4 current methods (Friedman, corrected Friedman, Ganapathi-Iannotti, and Matsumura) and an experimental scapular border-derived coordinate system method, to compare measurement inconsistencies between methods and reference systems and assess the impact of glenoid deformity on measured glenoid version.

Methods:
Three-dimensional scapulae were created from computed tomography (CT) scans of 74 shoulders that had undergone arthroplasty (28 A2, 22 B2, 10 B3, and 14 C glenoids) and 34 shoulders that had not undergone arthroplasty. Glenoid version measurements were made in Mimics using the 4 methods. For the experimental method, scapulae were reconstructed, and 3 orthogonal global coordinate planes (GCPs) were derived from the medial and lateral borders. Version was measured as the angle between the sagittal reference plane and an anterior-posterior glenoid vector. The intraclass correlation coefficient (ICC) was calculated for the Friedman and corrected Friedman methods. Inconsistencies were assessed for all methods using the interquartile range, mean and standard deviation, and repeated-measures analysis of variance. Concordance correlation coefficients (CCCs) were calculated to assess agreement among the methods.

Results:
Scapular plane-based methods (experimental, Friedman, and corrected Friedman) yielded an average version between −10° and −12°, with average measurement differences among these methods of <2°. Vault methods (Ganapathi-Iannotti and Matsumura) overestimated or underestimated version by an average of 5° to 7° compared with scapular plane-based methods, and showed significant differences of >12° when compared with each other. Scapular plane-based methods maintained consistency with increasing deformity.

Conclusions:
The other methods of version measurement using the scapular planes as the reference were highly comparable with the corrected Friedman method. However, when the reference plane was the glenoid vault, version measurements were inconsistent with scapular plane-based methods, which is attributed to differences in the reference systems. In surgical planning, the coordinate system utilized will impact version measurements, which can result in variations in the planned surgical solutions. Additionally, as glenoid deformity increases, this variation resulting from the utilization of different coordinate systems is magnified.
Mohammed Arkoun’s Thought on Sharia Deconstruction: A Historical and Anthropological Approach
Authors: Syar'i Makmun 
Published: January 2023

This article explores Mohammad Arkoun’s thoughts on understanding Islamic Sharia in the modern world. Arkoun’s thought differs from previous Islamic thinkers in analyzing Islamic texts. Arkoun exceeded the limit of traditional Islamic studies by utilizing several elements from Modern Western philosophy, social sciences, and humanities. Arkoun took this effort to realize his ambition, which was the combination of valuable thoughts from Islamic notions and modern philosophy. In the philosophy of Islamic law, the combination in line with the particular theorem stated: “al-muhāfaẓah `alā al-qadīm al-ṣālih wa al-akhdzu `alā al-jadīd al-aṣlah” (literary means keeping good old traditions and adopting a new better ones). Islamic sharia should be related to historical context. According to Arkoun, the traditional and textual paradigm in understanding Islamic sharia leads people to misunderstand Quranic interpretation. People sanctify Islamic thoughts instead of understanding the substantial meaning behind the Quranic texts. Arkoun called this phenomenon “taqdīs al-Afkār ad dīniyyah” (sanctifying religious thoughts). This study finds that Arkoun’s thoughts are close to an anthropological and historical approach. The Quranic interpretation has to look at both universal and particular texts of the Quran by deconstructing the logic and discourse that underlay the emergence of these texts.

Keywords: Muhammad Arkoun, Quranic interpretation, sharia deconstruction, historical and anthropological approach.
Negotiating Muslim Interfaith Marriage in Indonesia: Integration and Conflict in Islamic Law
Authors: Nasir Mohamad Abdun 
Published: January 2023

Conflict can emerge from marriage involving parties of a different faith. However, interfaith marriage may also expose negotiation to secure the union. Although interfaith marriage is normatively restricted in Islamic law, it does occur. This study departs from the normative discourse of Islamic law and the empirical research of Muslim family law. It uses the theory of law, conflict, and integration to analyse the textual debates and practice of interfaith marriage in Lombok, Indonesia. This study reveals the patterns of Muslim interreligious marriage and the conversion that applies. The first pattern shows that non-Muslim partners convert to Islam before the marriage can be concluded. The second pattern involves Muslims who leave Islam to marry their non-Muslim partner. The third pattern suggests that each couple adheres to a different belief during the marriage even though the marriage contract was performed according to Islamic law. From the perspective of Islamic law, in the sense of sharia and Muslim family code, the first pattern is the most ideal because it follows these Islamic legal normativities. Although all practices have the potential for family and social integration, the second pattern is the most susceptible to conflict.
Keywords: interfaith marriage, conflict, integration, Islamic law
Rigless Wireline Logging Approach Locates, Addresses Water Sources
Authors: Carpenter Chris 
Published: January 2023

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This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper SPE 208547, “Locating Source of Water Production and Performing Cost‑Effective Rigless Remedial Operations in Deviated Wells Completed With Standalone Sand Screens,” by Andrey Timonin, SPE, Schlumberger, and Eldar Mollaniyazov, Dragon Oil. The paper has not been peer reviewed.

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Field examples presented in the complete paper describe a fit-for-purpose logging approach for locating sources of water production accurately and executing rigless water-shutoff operations to increase cost-effective hydrocarbon production in cased wells completed with standalone sand screens. After remedial operations, the authors observed a significant decline in water production and an increase in oil rates in all remediated wells.

Introduction
The operator was granted a production license for exploration and development of oil and gas resources in the Cheleken Contract Area in the Caspian Sea. The area consists of two offshore oil and gas fields, Dzheitune (LAM) and Dzhygalybeg, in water depths between 8 and 42 m. The fields consist of two elongated anticlines at the eastern end of the prolific hydrocarbon Apsheron Ridge. The LAM field is a multilayer reservoir with pressure regimes producing at various gas/oil ratios with complex inflow profiles downhole.
Most of the wells drilled in the LAM field were completed with 9.625-in. casing and 7-in. liner across the reservoir section. The A sand reservoir, at depths of 1500–1800 m, and the CH sand reservoir, below 2000 m, are produced separately by using dual-string tubing to avoid crossflow.
Over time, depletion in reservoir pressure caused formation failure in the A sand reservoir. Wells producing from this formation began to produce sand. As a result, the operator had to change the completion strategy for newly drilled wells and recomplete some old wells by pulling dual-string completions out of hole and running in hole single tubing with sand screens across existing perforations.
Some wells completed with standalone sand screens across the A sand reservoir experienced water breakthrough over time. Locating the source of water breakthrough and achieving timely intervention to shut off water inflow is paramount to keeping these wells producing at economically optimal oil rates.

Overview of Rigless Wireline Logging and Intervention Techniques
Rigless wireline logging and intervention techniques, the implementation and components of which are detailed in the complete paper, were used in several wells in the LAM field to shut off water production in a cost-effective way. The three field examples demonstrate rigless logging and intervention results in wells completed with standalone sand screens.
System performance and Optimization in NOMA Mobile Edge Computing Surveillance network using GA and PSO
Authors: Truong Truong Van , Nayyar Anand 
Published: January 2023

Abstract

Recent years have witnessed the process of computing gradually move to the edge network, where it is close to the physical data source, to serve applications that require large computations with very little latency. However, the terminal wireless devices’ limited computing and energy resources pose obstacles to the practical implementation of these applications. Mobile Edge Computing (MEC) based non-orthogonal multiple access (NOMA) technology is solving this problem well thanks to its ability to serve many users with high data rates and spectrum utilization efficiency. This study investigates the performance and optimization of MEC surveillance systems using NOMA. Specifically, two camera units (CUs) perform the monitoring task to be accomplished by the MEC access point (AP) through Rayleigh fading wireless links. We then proposed the four-phase protocol for this system. Accordingly, we derive the closed-form exact expressions of the successful computation probability (SCP), and study the impact of the network parameters on the system performance. Furthermore, we propose and compare three meta-heuristic-based algorithms, namely MSCP-GA, MSCP-PSO, and MSCP-HGAPSO, to find the optimal parameters set to help the proposed system achieve the maximum SCP. The results show that the proposed algorithms can significantly improve the system's performance by 40% higher than when the optimal algorithm is not used. Insights on the pros and cons of different algorithms are also discussed in this study. Finally, we use the Monte-Carlo simulation to verify the correctness of this study.
Adult-born neurons maintain hippocampal cholinergic inputs and support working memory during aging.
Authors: Dranovsky Alex , Kirshenbaum Greer , Chang Chia-Yuan , Bompolaki Maria , Bradford Victoria , Bell Joseph , Kosmidis Stylianos , Shansky Rebecca , Orlandi Javier , Savage Lisa , Leonardo Eduardo , Harris Alexander 
Published: January 2023

Abstract
Adult neurogenesis is reduced during aging and impaired in disorders of stress, memory, and cognition though its normal function remains unclear. Moreover, a systems level understanding of how a small number of young hippocampal neurons could dramatically influence brain function is lacking. We examined whether adult neurogenesis sustains hippocampal connections cumulatively across the life span. Long-term suppression of neurogenesis as occurs during stress and aging resulted in an accelerated decline in hippocampal acetylcholine signaling and a slow and progressing emergence of profound working memory deficits. These deficits were accompanied by compensatory reorganization of cholinergic dentate gyrus inputs with increased cholinergic innervation to the ventral hippocampus and recruitment of ventrally projecting neurons by the dorsal projection. While increased cholinergic innervation was dysfunctional and corresponded to overall decreases in cholinergic levels and signaling, it could be recruited to correct the resulting memory dysfunction even in old animals. Our study demonstrates that hippocampal neurogenesis supports memory by maintaining the septohippocampal cholinergic circuit across the lifespan. It also provides a systems level explanation for the progressive nature of memory deterioration during normal and pathological aging and indicates that the brain connectome is malleable by experience.
Remote control of the retroflection of the Labrador Current
Authors: Jutras Mathilde , Dufour Carolina , Mucci Alfonso , Talbot Lauryn 
Published: January 2023

Abstract
The Labrador Current carries cold, relatively fresh, and well-oxygenated waters into the subpolar North Atlantic and into the Slope Sea. The relative contribution of these waters to either region depends on the eastward retroflection of the Labrador Current at the Grand Banks. We develop a retroflection index based on virtual Lagrangian particles and show that the amplitude of the retroflection is mostly controlled remotely by large-scale forcing, related to winds over the Labrador Shelf and to subpolar gyre dynamics, whereas eddies and meanders arising from interactions between the Labrador Current and the Gulf Stream play a secondary role. The mechanistic understanding of the drivers of the Labrador Current retroflection should help to predict changes in the water properties of both export regions, and anticipating their important consequences on marine life and deep-water formation.
Ramifications of Sectors Economic Upsurge on rate of early aged Unemployment in case of East African Countries
Authors: Alemu Ferede Mengistie 
Published: January 2023

Abstract
The issue of economic intensification is a requirement of expanding economic triggers in various sectors, whereas adolescence unemployment is a significant economic and human capital crisis that has been exacerbated by frequent economic crises. Panel data from 2007 to 2016 were used to investigate the effects of economic intensification on youth unemployment in East African countries. The Random Effect model was used for the analysis. The study's findings confirm that foreign direct investment, vulnerability to employment, internet access, and export volume all have a negative impact on early aged unemployment at a 10% level of significance. Other variables such as agriculture value addition, manufacturing value addition, dependency ratio, and education all had a positive impact on youth unemployment in East African countries. Based on the findings, policymakers should focus on strategies that can increase investments in agriculture, industry, and services, which can increase the economic sector's labor absorptive capacity.
Extraction of bioethanol from Jatropha deoiled cake as a potential feedstock &amp; its blending effects on the performance of single-cylinder SI engine
Authors: Deshmukh Minal , Pande Ashwini , Choudhari Vishnu , Pendse Dhanashri 
Published: January 2023

Abstract
Alternatives to conventional fuel sources have to be found because of the depletion of fossil fuels and stringent regulatory regulations. Every day, the growing population and improved transportation increase the energy demand. Agriculture and food waste management, as well as pollution, remain major issues that require attention. Bioethanol is an effective substitute for gasoline and SI engine diesel. Worldwide, passenger cars typically blend 10 % bioethanol with gasoline. Some nations, like India, have stated plans to blend 20% bioethanol with gasoline starting shortly. This paper describes the process of extracting ethanol from leftover Jatropha deoiled cake (JDC) and various blends' effects on spark-ignited engines' performance. From leftover JDC, bioethanol was produced utilizing the fermentation and vacuum distillation methods. Four different blends were prepared on a volumetric basis at different engine speeds at a constant compression ratio of 10:1 and the wide-open throttle was tested for various performance and emissions. Bioethanol enrichment increased indicated power, volumetric efficiency, and mechanical efficiency. Bioethanol enrichments reduce HC, CO, and CO2 emissions but increase nitrogen oxide emissions. JDCE 15 was found to have the best engine performance out of all the fuel blends tested. This study suggests that, if NOx emission reduction measures are carried out, JDC can be used as a source for the manufacturing of second-generation bioethanol. This research work is eco-friendly solution for bioethanol production.