bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Role of Online Media Sripoku.Com in Supporting the Marketing of Sriwijaya Post Print Media
Authors: Saputra Ekky 
Published: February 2024

Penelitian ini membahas tentang Peran media online Sripoku.com dalam mendukung pemasaran media cetak Sriwijaya Post dengan rumusan masalah yaitu bagaimana cara mempertahankan eksistensi media cetak sriwijaya post dalam maraknya perkembangan media online, penerapan revolusi industri 4.0 pada media cetak sriwijaya post dan bagaimana strategi media online sripoku.com dalam mendukung pemasaran media cetak Sriwijaya Post. Sumber data yaitu bersumber dari PT Sumsel Media Grafika media cetak Sriwijaya Post, teknik pengumpulan data dengan menggunakan teknik wawancara, observasi maupun dokumentasi. Penelitian ini menggunakan jenis penelitian kualitatif yang bertujuan untuk mengetahui cara mempertahankan eksistensi media cetak Sriwijaya post dalam maraknya perkembangan media online. Berdasarkan dari hasil penelitian dan pembahasan yang telah dilakukan pada pihak media cetak Sriwijaya Post dapat ditarik kesimpulan bahwa peran media online Sripoku.com dalam mendukung pemasaran media cetak Sriwijaya Post sangat berpengaruh terhadap keberlangsungan media cetak, terutama dalam menghadapi dunia digitalisasi. Cara mempertahankan eksistensi Media Cetak Harian umum Sriwijaya Post yaitu dengan menjaga kualitas mulai dari memperbaiki kualitas kerts, kualitas SDM, dan kualitas berita, serta Konsisten dalam Memberikan berita yang berkualitas kepada Masyarakat. Dalam menghadapi revolusi industri 4.0 media cetak Sriwijaya Post sudah sangat siap dengan menguasai sosial media dan platform digital sehingga mampu mengikuti perkembangan zaman khususnya di dunia digital.
Strategi Komunikasi Pondok Pesantren Nurul Iman Desa Ujung Tanjung Dalam Menanamkan Nilai-Nilai Akhlak Kepada Santri
Authors: Sari Rati Hafsa , Aliasan Aliasan , Harun Yahya Ahmad 
Published: February 2024

ABSTRAK

Pesantren memiliki peran yang signifikan dalam lembaga pendidikan agama yang keberadaannya secara terus menerus diperlukan untuk menumbuhkan penyesuaian atau perbaikan perilaku dalam Tazkiyatun Nafs (penyucian hati) dan pendekatan diri kepada Allah SWT. Tujuan dari penelitian ini adalah untuk mengetahui bagaimana interaksi pondok pesantren dengan santri dalam mengembangkan nilai-nilainya di pondok pesantren Nurul Iman Desa Ujung Tanjung.
Kajian ini dilakukan untuk mengklarifikasi rencana komunikasi Pesantren Nurul Iman Desa Ujung Tanjung. Karena merupakan organisasi keagamaan yang menawarkan pendidikan maka penulis memilih Pesantren Nurul Iman. Memiliki visi, misi, dan tujuan sebagai lembaga pendidikan Islam yang bergerak di bidang pendidikan, dan untuk mencapai tujuan tersebut Pondok Pesantren Nurul Iman menggunakan strategi komunikasi yang efektif, maka dari itu skripsi yang dibuat oleh penulis dengan judul “Strategi Komunikasi Pondok Pesantren Nurul Iman Desa Ujung Tanjung dalam Menanamkan Nilai-Nilai Akhlak Kepada Santri” ini digunakan untuk mengetahui bagaimana strategi komunikasi yang digunakan oleh Ponpes Nurul Iman. Metode yang digunakan dalam penelitian ini adalah metode deskriptif kualitatif, data-data dikumpulkan dengan cara wawancara, dokumentasi dan observasi.

Kata Kunci: Strategi Komunikasi, Menanamkan Nilai Akhlak, Akhlak Santri.
Innovation, competitiveness, and business ecosystem: determinants of local economic strengthening
Authors: Neneng Miskiyah  , Titi Andriyani  , Trizaurah Armiani  
Published: February 2024

This study aims to analyze the influence of innovation, competitiveness, and business ecosystem variables on strengthening the local economy. The development of small businesses as the basis of the people's economy is one of the strategic steps that need to be followed up with concrete steps to increase family productivity, improve the economy, and overcome the problems of poverty, and unemployment. Community business is one of the strengthening of the local economy. This research is field research with qualitative and quantitative approaches to provide a comprehensive explanation. The research sample was MSME business actors in Sukajadi Village, Muaraenim Regency using the purposive sampling method. Data collection techniques are used through surveys, documentation, and questionnaires using Likert scales to assess instruments. Multiple linear regression equations were utilized for the analysis of the data. The results showed that the variables of innovation, competitiveness, and business ecosystem partially or simultaneously affect the strengthening of the local economy. The independent variable affected the dependent variable by 51.2% while the remaining 48.8% was influenced by other variables not described in this study. Innovation, competitiveness, and business ecosystems play a crucial role in strengthening the local economy. These factors are interconnected and have a positive impact simultaneously and reinforce each other. By working together, innovation, competitiveness, and business ecosystems can create a strong sustainable, and inclusive local economic environment at the local level. This not only benefits local businesses but also for communities to become more resilient and able to access more opportunities. This condition supports the improvement of the welfare and quality of life of the community as a whole.
Assessing Risk of Iatrogenic Peroneal Nerve Injury in All-Inside Lateral Meniscal Repair Between Standard Vs. Arthroscopic MRI
Authors: Tanutit Pramot , Boonsri Pattira , Laohawiriyakamol Teeranan , Boonriong Tanarat , Parinyakhup Wachiraphan , Tangtrakulwanich Boonsin , Chuaychoosakoon Chaiwat 
Published: February 2024

Background:
Various studies have examined the risk of peroneal nerve injury with use of standard magnetic resonance imaging (MRI) of the knee. However, the position of the knee during standard MRI is different from that during an actual arthroscopic lateral meniscal repair. The purpose of the present study was to evaluate and compare the risk of peroneal nerve injury during simulated all-inside lateral meniscal repairs on the basis of MRI scans made with the knee in both positions.

Methods:
With use of axial MRI scans made with the knee in the standard position (i.e., in 30° of flexion) and in the actual position used during arthroscopic lateral meniscal repair (i.e., in a figure-of-4 position), direct lines were drawn to simulate the passage of a straight all-inside meniscal repair device from the anteromedial and anterolateral portals to the medial and lateral borders of the popliteus tendon. The distance from the closest passage of each line to the peroneal nerve was measured. If a line touched or passed through the peroneal nerve, a risk of iatrogenic injury was noted and a new line was drawn from the same portal to the outer border of the peroneal nerve. The danger area was measured from the first line to the new line along the joint capsule.

Results:
In 28 Thai patients, the shortest distances from each line to the peroneal nerve were significantly shorter on the MRI scans made with the knee in the standard position than on those made with the knee in the arthroscopic position (p < 0.05 for all). All danger areas on the MRI scans that were made with the knee in the arthroscopic position were included within the danger areas on the scans that were made with the knee in the standard position.

Conclusions:
Standard MRI scans of the knee can be used to determine the risk of peroneal nerve injury at the time of arthroscopic lateral meniscal repair, although the risks are slightly overestimated.

Level of Evidence:
Diagnostic Level III. See Instructions for Authors for a complete description of levels of evidence.
Black Spot Syndrome in ocean surgeonfish: using video-based surveillance to quantify disease severity and test environmental drivers on Curacao reefs
Authors: de Wit Cheyenna D. G. , Johnson Pieter 
Published: February 2024

Abstract
Observations of Black Spot Syndrome (BSS), a pigmented dermatopathy in marine fishes, have been increasingly reported in important grazers such as surgeonfish and parrotfish in the Caribbean. This condition has been linked to infection by the trematode parasite, Scaphanocephalus spp., although relatively little is known about the environmental drivers of infection and how they vary spatially. This study introduces a non-invasive, video-based method to survey BSS presence and severity in ocean surgeonfish (Acanthurus tractus). We then apply the approach across 35 coastal sites in Curaçao to evaluate the influence of environmental factors on BSS, including longitude, herbivorous fish density, wave energy, depth, nutrient pollution, and inhabited surface area. Of the 5,123 fish surveyed, 70% exhibited visible signs of BSS, and the average number of spots per fish increased by ~5-fold from eastern to western sites along the leeward coastline. Within a site, estimates of BSS severity were broadly consistent between different divers, reviewers of video footage, and date of sampling, emphasizing robustness of the surveillance approach. Analyses of environmental factors indicated that BSS decreased with wave intensity while increasing in association with higher nutrient runoff and fishing pressure. This study provides insight into environmental correlates of BSS severity while highlighting the use of video-based surveillance as a non-invasive survey method. The precise mechanisms linking environmental factors with BSS remain unknown, emphasizing the need for long-term and experimental studies in this system.
Accurate battery lifetime prediction across diverse aging conditions with deep learning
Authors: Zheng Shun , Zhang Han , Li Yuqi , Lu Ziheng , Gui Xiaofan , Xu Wei , Bian Jiang 
Published: February 2024

Abstract

Accurately predicting the lifetime of battery cells in early cycles holds tremendous value for battery research and development as well as numerous downstream applications. This task is rather challenging because diverse conditions, such as electrode materials, operating conditions, and working environments, collectively determine complex capacity-degradation behaviors. However, current prediction methods are developed and validated under limited aging conditions, resulting in questionable adaptability to varied aging conditions and an inability to fully benefit from historical data collected under different conditions. Here we introduce a universal deep learning approach that is capable of accommodating various aging conditions and facilitating effective learning under low-resource conditions by leveraging data from rich conditions. Our key finding is that incorporating inter-cell feature differences, rather than solely considering single-cell characteristics, significantly increases the accuracy of battery lifetime prediction and its cross-condition robustness. Accordingly, we develop a holistic learning framework accommodating both single-cell and inter-cell modeling. A comprehensive benchmark is built for evaluation, encompassing 401 battery cells utilizing 5 prevalent electrode materials across 168 cycling conditions. We demonstrate remarkable capabilities in learning across diverse aging conditions, exclusively achieving 10\% prediction error using the first 100 cycles, and in facilitating low-resource learning, almost halving the error of single-cell modeling in many cases.
More broadly, by breaking the learning boundaries among different aging conditions, our approach could significantly accelerate the development and optimization of lithium-ion batteries.
The Post-Stroke Checklist: longitudinal use in routine clinical practice during first year after stroke
Authors: Månsson Kristina , Söderholm  , Berhin Ida , Pessah-Rasmussen  , Ullberg  
Published: February 2024

Abstract

Background
Few studies describe the use of the Post-Stroke Checklist (PSC) as a tool for longitudinal stroke follow-up in clinical practice. We mapped the prevalence of stroke-related health problems and targeted interventions at 3 and 12 months post-stroke by using the PSC.
Methods
Patients with acute stroke discharged home in 2018–2019 at Skåne University Hospital, Sweden, were invited to participate in a comprehensive nurse-led follow-up based on a 14-item PSC 3 and 12 months post-stroke. We measured time consumption, screened for stroke-related health problems, compared the findings, and recorded targeted healthcare interventions. Problems at 12 months were grouped into new, persistent, or none compared to the 3-month evaluation.
Results
Of 200 consecutively included patients, 146 (77%) completed both the 3- and 12-month follow-ups. At 12-month follow-up, 36% of patients reported no stroke-related health problems, 24% reported persistent problems, and 40% reported new problems since the 3-month evaluation. New problems at 12 months were most common within the domains: secondary prevention (23%) and life after stroke (10%). Stroke recurrence rate was 7.5%, 43% had high blood pressure, and few smokers had quit smoking. At 12 months, 53% received at least one new healthcare intervention, compared to 84% at 3 months.
Conclusions
Stroke-related health problems decreased beyond 3 months but were still present in two-thirds of patients at 1 year. This emphasizes the relevance of continuous structured follow-up using the PCS. However, the follow-up alone was insufficient to adequately achieve treatment targets for secondary prevention, which require intensified focus.
Trial registration
ClinicalTrials.gov ID NCT04295226, (04/03/2020)
Environmental impact due to the presence of polluting leachate in landfills in the State of Mexico
Authors: Espino Xenia Mena , Cortes María Elena Tavera , Hernández Yolanda Donají Ortiz , Espino María Esther Mena 
Published: February 2024

Abstract
Leachate is a byproduct of regular landfill operations, which can contain a wide variety of contaminants, including highly toxic biological and chemical substances that cause harm to human health and the environment. Its environmental impact is associated with the contamination of surface and underground water sources. In this work, an analysis of the different chemical and biological substances present in the leachate from two landfills was carried out. However, its leachate lagoons continue to be sources of contaminants as they have not been treated. For this study, a physicochemical analysis was carried out considering the methodologies and tolerance levels of contaminants within Mexican safety standards. The results determined high levels of Nitrates, Phosphorus, and Lead. It is essential to highlight that when Urban Solid Waste (USW) enters the landfill, it is not separated, so the leachate goes to collection lagoons. Therefore, the leachate must be characterized by the most significant number of variables, such as inorganic material and specific contaminants, since the contaminants follow the characteristics and origin of the solid waste deposited in landfills. Even when biological processes are low due to the time in the studied landfills, there are still inorganic compounds present that act as pollutants. Consequently, the restoration of these sites must be carried out to minimize environmental impact.
Comparison of the analgesic efficacy of transversus abdominis plane block and posterior approach quadratus lumborum block after open radical retropubic prostatectomy: a randomized controlled trial
Authors: Yasar Eylem , Altiparmak Basak , Pinarbasi Ahmet , Akarken Ilker , Ugur Bakiye 
Published: February 2024

Abstract
Backgroundː Open radical prostatectomy has been found to be related to moderate pain in the early postoperative period. However, postoperative pain, which is not controlled by surgery, can prolong the length of hospital stay. The transversus abdominis plane block technique has been shown to be a safe and effective postoperative analgesic method for urological surgeries. Moreover, it has been reported that a posterior approach involving a Quadratus lumborum block can extend more easily into the thoracic paravertebral space or thoracolumbar plane and provide analgesia from T7 to L1. Methodsː A total of 62 patients with a mean age of 63.2 ± 4 years and a mean body mass index of 24.0 ± 1.6 kg/m² were included in our study. After surgery, the patients were divided into two groups: the first group (Transversus Abdominis Plane) and the second group (Quadratus Lumborum Block) before anaesthesia was terminated. Resultsː The time to postoperative analgesic need, opioid use, opioid dose, and patient satisfaction score were similar for the TAP and QLB block groups. A total of eighteen (29%) patients in both groups needed opioids, for a mean dose of 100 mg. Conclusionsː In conclusion, there was a significant relationship between the opioid dose and the two groups.
Can radioactive waste escape? Novel use of deuterium μ-MRI to track fluid migration through barrier materials.
Authors: Pavlovskaya Galina , Rigby Sean , Daniels Katherine , Scotti Frank , Harrington Jon , Milodowski Antoni , Meersmann Thomas 
Published: February 2024

Abstract
Nuclear energy currently contributes about 10% of the world’s electricity supply but, at present, there are only interim storage facilities for the accumulated 2.6 x 108 kg of spent nuclear fuel. Geological storage is the universally favoured option for permanent removal of this highly radioactive waste from the biosphere with the first purpose-designed and constructed permanent disposal site, the Onkalo facility in Finland, expected to become operational in the next few years. Envisioned and planned geological disposal facilities for high-level radioactive waste will commonly include a bentonite clay buffer called the Engineered Barrier System (EBS); this flow barrier both surrounds the waste cannisters and backfills the disposal galleries. However, questions are being raised about the long-term performance of bentonite for waste containment due to specific issues associated with inhomogeneous fluid-rock interaction occurring within the material. We apply a novel combination of μ-MRI methods and 2H labels to monitor flow in barrier materials in unprecedented detail and resolution to reveal micro-scale fluid-flow variations caused by nano- and microheterogeneities not possible via other techniques. We demonstrate the fluid penetration front becomes fragmented, and that fragmentation is governed by heterogeneities in the clay’s pore structure; both must be considered in host rock characterisation and long-term EBS design, manufacture, and performance.
Performance Analysis of Machine Learning Techniques in Detecting Multi-intrusion Attacks
Authors: Fodja Christel Herlin Djaha , Islam Muhammad F 
Published: February 2024

Abstract
The sophistication of network intrusion techniques presents significant challenges as to timeliness and accuracy of detection. Building on The University of Nevada Reno (UNR) Intrusion Detection Dataset (IDD), we explore the efficacy of Machine Learning (ML) techniques. The Light Gradient-Boosting Machine (LightGBM) model has an accuracy score of 0.992 and a precision of 0.99. The Extra Gradient Boost (XGBoost) and the Extremely Randomized Trees (Extra Tree) models obtain an accuracy of 0.985 and precision of 0.99. The CatBoost model (a version of Gradient Boosted Decision Trees or GBDT) has an accuracy of 0.975 and a precision of 0.98. These results are better than those of previous studies using the same data set. We also find that attacks of the type "Overflow" and "PortScan" are more likely to be detected by ML techniques than "TCP-SYN" type. Our results show the promise of using ML techniques in the realm of cybersecurity management.
Lateral lamina V projection neuron axon collaterals connect sensory processing across the dorsal horn of the mouse spinal cord
Authors: Browne Tyler J. , Smith Kelly M , Gradwell Mark A , Dayas Christopher V , Callister Robert J , Hughes David I , Graham Brett A 
Published: February 2024

Abstract

Spinal projection neurons (PNs) are defined by long axons that travel from their origin in the spinal cord to the brain where they relay sensory information from the body. The existence and function of a substantial axon collateral network, also arising from PNs and remaining within the spinal cord, is less well appreciated. Here we use a retrograde viral transduction strategy to characterise a novel subpopulation of deep dorsal horn spinoparabrachial neurons. Brainbow assisted analysis confirmed that virally labelled PN cell bodies formed a discrete cell column in the lateral part of Lamina V (LV lat) and the adjoining white matter. These PNs exhibited large dendritic territories biased to regions lateral and ventral to the cell body column and extending considerable rostrocaudal distances. Optogenetic activation of LV Lat PNs confirmed this population mediates widespread signalling throughout spinal cord circuits, including activation in the superficial dorsal horn. This signalling was also demonstrated with patch clamp recordings during LV Lat PN photostimulation, with a range of direct and indirect connections identified and evidence of a postsynaptic population of inhibitory interneurons. Together, these findings confirm a substantial role for PNs in local spinal sensory processing, as well as relay of sensory signals to the brain.
Experimental and Numerical Studies on the Energy Absorption Characteristics of Al/CFRP Corrugated Web Beams
Authors: Yu Jian , Liang Qianduo , Wang Xinfeng , Wu Jiawei 
Published: February 2024

Abstract
Carbon fiber reinforced polymer (CFRP) is widely used in aircraft crashworthiness structures, but its unstable failure modes limit its energy absorption capability. This study proposes a hybrid aluminum/CFRP (Al/CFRP) corrugated web beam to enhance the energy absorption and progressive collapse under axial impact. Quasi-static crushing experiments were performed on CFRP and Al/CFRP corrugated web beams with 45° crushing triggers. Results revealed that the initial peak load and the total energy absorption of the Al/CFRP corrugated web beam increased by 16.68% and 34.62%, respectively, compared to those of the CFRP corrugated web beam. The specific energy absorption and the crushing force efficiency also improved by 13.22% and 1.51%, respectively. The CFRP corrugated web beam underwent transverse shearing, brittle fracture, and bending failures during crushing, resulting in a decline in energy absorption after a 40 mm displacement due to crack propagation. In contrast, the Al/CFRP corrugated web beam exhibited stable progressive collapse with sustained energy absorption up to a 60 mm displacement, benefiting from the plasticity of the aluminum layer. Detailed finite element models were validated against the experimental results, with the simulated failure morphologies and the energy absorption being consistent with the measured results. The proposed Al/CFRP corrugated web beam demonstrated superior crashworthiness, progressive collapse, and energy absorption capabilities under impact.