bluuebunny/crossref_metadata_2025_split huggingface dataset:
Feasibility of an allied health led, workplace delivered Long COVID service for hospital staff: a mixed-methods study
Authors: D’Souza Aruska N. , Granger Catherine L. , Calulo Rivera Zoe , Burke Aisling , Ngwenya Riley , Struck Carly , Merrett Myvanwy , Fazio Timothy N. , Juj Genevieve , Peiris Casey L. 
Published: October 2024

Objective This study aimed to evaluate the feasibility of a workplace-delivered outpatient multidisciplinary service (ReCOV) for staff experiencing post COVID-19 condition (‘Long COVID’). Methods A mixed-methods study of staff at a large, tertiary hospital with Long COVID who attended the service was conducted. Participants completed questionnaires to determine baseline symptoms and were offered allied health appointments for up to 12 weeks each based on clinical indication. Acceptability, implementation, practicality and limited efficacy were evaluated via one-on-one semi-structured interviews and analysed using inductive thematic analysis. Limited efficacy was evaluated via pre- and post-questionnaires and demand via multidisciplinary utilisation. Results Twenty-three (median age 37 [interquartile range 30–45] years, 52% female) participants were included. Participants had appointments with a median of 4 [3–5] different professions; most commonly exercise physiology (n = 19, 83%), occupational therapy (n = 17, 74%) and neuropsychology (n = 15, 65%). Median time spent on the ReCOV service was 15 [9–19] weeks. Thirteen semi-structured interviews were completed and analysed. Participants valued ReCOV for being a COVID-19 specific, convenient, flexible and multidisciplinary service at their workplace. Participants preferred the service to have been available for longer than 12 weeks to achieve further benefits as many participants perceived little change in physical health. Conclusions Attending a multidisciplinary service located at their workplace was feasible for staff to manage post COVID-19 symptoms. Further research is required to confirm the efficacy on patient outcomes.
Evaluating patient experience and healthcare utilisation in cytoreductive surgery and hyperthermic intraperitoneal chemotherapy
Authors: Siu Adrian , Steffens Daniel , Ansari Nabila , Karunaratne Sascha , Solanki Henna , Ahmadi Nima , Solomon Michael , Koh Cherry 
Published: October 2024

Objective Approximately 30% of Australians reside in rural communities, where accessing healthcare facilities can be challenging due to considerable distance. This can result in disparities in healthcare equity, subsequently increasing risk of adverse health outcomes, delayed diagnosis, and diminished quality of life. These geographical constraints may be exacerbated in advanced cancers for which treatment is available only at selected centres with appropriate expertise. The aim of this study was therefore to explore the impact of patient residence on experience and healthcare utilisation following cytoreductive surgery (CRS) and hyperthermic intraperitoneal chemotherapy (HIPEC). Methods A retrospective study examined consecutive CRS and HIPEC patients at Royal Prince Alfred hospital from 2017 to 2022. Patients were stratified as metropolitan and regional based on their postcode. Demographics, experiential, and healthcare utilisation data were collected at multiple time points. Statistical analysis included chi-squared and T-tests. Results Of the 317 participants, 228 (72%) were from metropolitan and 89 (28%) from regional areas. Regional patients tended to rate their hospital experience as ‘very good’ (P = 0.016). Metropolitan patients were more compliant with surgical follow-up (P < 0.001). No other differences were observed in patient characteristics, experience or healthcare utilisation. Conclusions The geographical location of patients undergoing CRS and HIPEC for peritoneal malignancies at a major tertiary referral centre did not significantly influence their experience or healthcare utilisation outcomes. Future studies should evaluate long-term healthcare service utilisation or the ramifications of reduced follow-up on recurrence and survival, which will contribute to a deeper understanding of resource allocation in metropolitan and regional Australia, and illuminate its impact on clinical outcomes.
Pelvic myofascial pain is associated with restriction of sexual activity in women with pelvic pain: a cross-sectional study
Authors: Till Sara R. , Schrepf Andrew , As-Sanie Sawsan 
Published: October 2024

Background Dyspareunia and restriction of sexual activity are often reported by patients with chronic pelvic pain, but less is known about which conditions or factors contribute most to these symptoms. Methods This is a cross-sectional study of consecutive new patients who presented to a chronic pelvic pain and endometriosis referral clinic between January 2013 and December 2015. Patients completed a detailed questionnaire prior to their first visit and underwent a comprehensive standardised pelvic examination at their first visit. Patients were grouped according to description of sexual activity as ‘normal activity without pain’, ‘normal activity but painful’, ‘severely restricted by pain’, or ‘absent due to pain.’ Primary outcome was restriction of sexual activity due to pain. Multinomial logistic regression was performed with ‘normal activity without pain’ group as reference category and adjusted for age, depression, history of endometriosis, and pelvic myofascial pain. Results Over half of the 187 patients with chronic pelvic pain described severely restricted (n = 75, 40.1%) or absent (n = 21, 11.2%) sexual activity due to pain. Pelvic myofascial pain was highly prevalent in this population and pelvic myofascial tenderness score was associated with higher odds of sexual activity that was severely restricted by pain (OR 1.05, 95% CI 1.01–1.09, P = 0.006) or absent due to pain (OR 1.09, 95% CI 1.04–1.13, P < 0.001). History of endometriosis and depression were not independently associated with restriction of sexual activity due to pain. Conclusion Dyspareunia and sexual dysfunction are highly prevalent among patients with chronic pelvic pain, and pelvic myofascial pain is strongly associated with restriction of sexual activity due to pain.
La traduction français-espagnol de «voici» et de «voilà» dans Les 7 boules de cristal
Authors: Parra-Simón Mª Carmen 
Published: October 2024

Résumé
Traduire des termes idiomatiques s’avère une tâche de réflexion complexe (Cennamo,
2020) où plusieurs techniques et stratégies traductologiques sont mises en œuvre. Ainsi, la bande dessinée suppose un défi
traductologique parce qu’elle conjugue des références culturelles à travers des images mais aussi à travers du code linguistique. Dans ce
chapitre, nous analyserons les traductions français-espagnol de «voici» et de «voilà» dans Les 7 boules de cristal,
l’œuvre d’Hergé. Leurs caractéristiques syntaxiques et sémantiques et leurs propres valeurs énonciatives en fonction du contexte montrent
les défis auxquels le traducteur se confronte pour les adapter au public hispanophone. Voici l’importance de la phraséoculturologie (Chen, 2022) dans la traduction des péripéties de Tintin et ses comparses.
Las colocaciones como fenómeno cultural
Authors: Blasco Iván Martínez 
Published: October 2024

Abstract
The metaphorical light verb construction has often been treated as a type of idiosyncratic verbonominal structure. In this
article, we will assess the importance of the notion of predicative analysis (Gross 2012) in the
linguistic characterization of these structures. To this end, we will define the principles underlying predicative analysis with the aim
of proposing a compatible taxonomy of metaphorical light verbs. Finally, we will apply these principles on a bilingual corpus of
Spanish-French journalistic texts where we will assess the validity of predicative analysis in the description of a set of predicative
nouns denoting human feelings.
Collocations of “woman” and “mujer” in the UN Parallel Corpus
Authors: López-Medel María 
Published: October 2024

Abstract
Gender equality, as a fundamental human right, is far from being achieved. Women are still the vulnerable sex, and pandemics
and geopolitical and financial crises only make matters worse. The global predicament of violence, poverty and stereotyping that women
endure can be seen in language through a qualitative study of the appearance, variation and frequency of the collocations of “woman” in
the United Nations parallel corpus. What is perhaps unexpected is the role of translation as a perpetuator or exacerbator of women’s
subordinate position, even to the extent of making violence against women invisible or unimportant.
La traduction en français d’unités phraséologiques impliquées dans l’expression du désaccord en roumain
Authors: Vlad Daciana 
Published: October 2024

Résumé
Notre article traite des problèmes que pose la traduction en français d’unités phraséologiques impliquées dans l’expression du
désaccord en roumain, en accordant une attention particulière aux difficultés posées par la traduction d’unités portant une empreinte
culturelle. Il s’agit de phraséologismes comme:
Le cam înflorești
‘Tu en rajoutes’;
Ce tot îndrugi
acolo? ‘Qu’est-ce que tu me chantes là?!’;
Nu mă-nnebuni!
‘Sans blague!’;
Lasă
brașoavele!
‘Arrête de raconter des histoires!’.
Nous mettrons en évidence l’hétérogénéité de leurs réalisations phrastiques ainsi que les types de correspondances qui
s’établissent entre les phrasèmes roumains et leurs équivalents français. Nous identifierons enfin les procédés de traduction mobilisés
dans leur transfert d’une langue vers l’autre, en expliquant les difficultés que pose la traduction d’unités contenant des culturèmes,
comme
Lasă brașoavele!.
Équivalents culturels dans la traduction de locutions somatiques (roum. gât / fr. cou,
gorge)
Authors: Dincă Daniela , Bădescu Ilona 
Published: October 2024

Résumé
Les unités phraséologiques sont des unités polylexicales portant les marques des coutumes et des mentalités spécifiques à une
communauté linguistique, ce qui leur attribue des traits comme l’idiomaticité, l’opacité, la
figuralité et l’iconocité (González-Rey 2021). Concernant le
rapport phraséologie-traduction, Jean-René Ladmiral (2018) met à l’honneur l’idiomaticité des
langues qui rend très difficile le transfert culturel d’une langue-source vers une langue-cible. Dans notre article, l’objectif principal
est celui d’analyser la conceptualisation des noms de parties du corps dans les locutions somatiques construites en roumain avec le lexème
gât (fr. cou, gorge) dans une perspective traductologique pour classifier les
équivalents culturels dans la transposition du roumain vers le français.
Transferring cultural references in sports and music entertainment domains of bilateral interpretation
Authors: Kolchugina Natalia 
Published: October 2024

Abstract
The paper focuses on sports and music entertainment areas of bilateral interpretation in the Russian-Spanish language pair.
The research consists of an observational part and an experimental study on communicative strategies and the impact that cultural
references have on the quality and the evaluation of the interpreters’ performance. The results proved that interpreters face certain
difficulties when extracting cultural references from the source text and transferring them to the target text. Two bilateral
interpretation audios are prepared so that semi-experts and experts can evaluate their quality. The analysis shows that understanding and
adequate use of cultural references in sports and music entertainment domains of bilateral interpretation can be considered a way of
establishing successful communication between the involved parties.
One Health Best Practice Case Study: Advancing National One Health Coordination in the United States through the One Health Zoonotic Disease Prioritization Process
Authors: Barton Behravesh Casey , Dutcher Tracey , Sleeman Jonathan M. , Rooney Jane , Hopkins Camille , Goryoka Grace , Medford Rochelle , Cristiano Dominic , Wendling Natalie M. 
Published: October 2024

Abstract
The U.S. government advances One Health coordination through the best practices of jointly developing shared priorities and utilizing formalized coordination platforms to connect partners from public health, agriculture, wildlife, environment, and other sectors at the national, subnational (e.g. state, tribal, local, and territorial), and non-governmental levels (e.g. academia, industry, non-governmental organizations, and the public) levels. Coordinated efforts were strengthened through the U.S. One Health Zoonotic Disease Prioritization (OHZDP) workshop in 2017, which led to the prioritization of eight zoonotic diseases and development of next steps and action plans for One Health collaboration across federal agencies (Prioritizing Zoonotic Diseases for Multisectoral, One Health Collaboration in the United States, 2017). This One Health best practice was used to prioritize the top endemic and emerging zoonoses of greatest concern for the United States, identify gaps, and define plans for U.S. government One Health collaboration to address the priority zoonotic diseases. Multiple actions that strengthened One Health coordination were enacted, including establishing the One Health Federal Interagency COVID-19 Coordination (OH-FICC) group. To further advance One Health in the United States, Congress mandated that the U.S. Centers for Disease Control and Prevention, the Department of the Interior, and the U.S. Department of Agriculture collaborate to develop the National One Health Framework to Address Zoonotic Diseases and Advance Public Health Preparedness in the United States as well as formalize a One Health, multisectoral coordination mechanism, the United States One Health Coordination Unit at the federal level (Appropriations Committee Report, 2021; Consolidated Appropriations Act, 2023). Enhancing national level One Health coordination in the United States has also helped advance collaboration with subnational and non-governmental levels to address timely One Health issues.

Information

© The Authors 2024. Open Access.
This article is licensed under a Creative Commons Attribution 4.0 International License.
A review of gravitational memory and BMS frame fixing in numerical relativity
Authors: Mitman Keefe , Boyle Michael , Stein Leo C , Deppe Nils , Kidder Lawrence E , Moxon Jordan , Pfeiffer Harald P , Scheel Mark A , Teukolsky Saul A , Throwe William , Vu Nils L 
Published: October 2024

AbstractGravitational memory effects and the BMS freedoms exhibited at future null infinity have recently been resolved and utilized in numerical relativity simulations. With this, gravitational wave models and our understanding of the fundamental nature of general relativity have been vastly improved. In this paper, we review the history and intuition behind memory effects and BMS symmetries, how they manifest in gravitational waves, and how controlling the infinite number of BMS freedoms of numerical relativity simulations can crucially improve the waveform models that are used by gravitational wave detectors. We reiterate the fact that, with memory effects and BMS symmetries, not only can these next-generation numerical waveforms be used to observe never-before-seen physics, but they can also be used to test GR and learn new astrophysical information about our Universe.
On the applicability of low-cost GNSS antennas to precise surveying applications
Authors: Dawidowicz Karol , Paziewski Jacek , Stępniak Katarzyna , Krzan Grzegorz 
Published: October 2024

Abstract
This study addresses the scientific question of the applicability of low-cost antennas to the most precise Global Navigation Satellite System (GNSS) applications. First of all, we inspect the implications of the availability and quality of low-cost antenna PCC models for precise positioning. From this point of view, we analyze the selected performance indicators of multi-constellation positioning with the representative set of low-cost mass-market GNSS receiver antennas. The processing strategy was based on the relative positioning model, considered the most reliable and precise one. To isolate the antenna-related errors from atmospheric propagation ones, we conducted an experiment based on an ultra-short baseline. As the main indications of low-cost antenna performance, we considered distance and height residuals, defined as the difference between benchmarks and the retrieved from GNSS measurements. We found that the low-cost antenna’s phase center variation effect may significantly affect the final results. On the other hand, the results obtained using certain configurations of low-cost antennas were characterized by only slightly higher standard deviations and discrepancies with respect to benchmark values than those obtained with surveying or geodetic equipment. We identify several sets of low-cost antennas where distance residuals do not exceed 4 mm and height residuals do not exceed 6 mm, which shows the low-cost antenna performance comparable to those achieved using high-grade antennas. On this basis, we conclude that selected low-cost antennas can meet the requirements of high-precision surveying applications.
Self-assembled micro-patterns in uphill-diffusion solution system
Authors: Li Jin , Xiang Zezhong , Li Shunpu 
Published: October 2024

Abstract
In this work we present self-organized regular patterns in a solution system through uphill-diffusion. Micrometer thick organic semiconductor solution is sandwiched between a substrate and cover-plate. Self-assembled regular patterns can be observed on the substrate after solvent evaporation. Different micro-patterns and pattern defects were displayed and analyzed. Mechanisms of defect formation, mode selection process during patten generation, and pattern sedimentation onto substrate from solution were proposed. Organic thin film transistors were fabricated with the assembled line patterns which demonstrate a promising way to produce patterned micro/nano materials.
Simulating graphene-based single-electron transistor: incoherent current effects due to the presence of electron–electron interaction
Authors: dos Santos Washington F , Amorim Felippe , Reily Rocha Alexandre 
Published: October 2024

Abstract
Carbon-based nanostructures have unparalleled electronic properties. At the same time, using an allotrope of carbon as the contacts can yield better device control and reproducibility. In this work, we simulate a single-electron transistor composed of a segment of a graphene nanoribbon coupled to carbon nanotubes electrodes. Using the non-equilibrium Green’s function formalism we atomistically describe the electronic transport properties of the system including electron–electron interactions. Using this methodology we are able to recover experimentally observed phenomena, such as the Coulomb blockade, as well as the corresponding Coulomb diamonds. Furthermore, we separate the different contributions to transport and show that incoherent effects due to the interaction play a crucial role in the transport properties depending on the region of the stability diagram being considered.
A viscoelastic harvester-absorber for energy generation and vibration control
Authors: E Gelves Aaron , Febbo Mariano , A Bavastri Carlos 
Published: October 2024

Abstract
A vibration energy harvester harnesses the oscillatory movement and converts it into electrical energy. On the other hand, a (dynamic) vibration absorber dissipates the mechanical energy of a host structure (primary system). The proposal for a harvester-absorber device (HAD), comprinsing a piezoelectric element (conventional harvester) bonded with a viscoelastic layer and a steel constrained layer, is based on the dual purpose of generating energy and at the same time reducing the vibratory response of the primary system. Introducing a viscoelastic dissipative layer in a conventional harvester, also offers the advantage of simultaneously reducing wear on the piezoelectric element, thereby extending its lifespan and preventing fatigue-related breakage. The paper presents a model of a harvester-absorber built from a bimorph piezoelectric beam, a layer of viscoelastic material (E-A-R C1002-01PSA) and a beam of steel, which acts as a constrained layer. A lumped parameter model is proposed for the theoretical description of the HAD which is successfully used to experimentally determine its parameters. After that, and using the equivalent stiffness concept, the HAD was coupled to a free-free beam with two masses at its ends to study its perfomance over a real host structure. The inertance of the composite system and voltage/force frequency response function of the HAD were obtained and compared with experimental results. The accuracy of the results justifies and validate the model which has the advantage of simplicity and can contribute to reducing wear and increasing the lifespan of brittle piezoelectric structures.
Out-of-plane compressive properties of a butterfly-shaped auxetic metamaterial
Authors: Alomarah Amer , Dalfi Hussein , Al-Obaidi Anwer J , Ruan Dong 
Published: October 2024

Abstract
Inspired by butterfly, a bio butterfly-shaped auxetic metamaterial (BSAM) was recently proposed in which the unite cell of BSAM was designed based on silhouette of a butterfly. The distinguished in-plane mechanical properties made the BSAM a potential absorber to be used in a broad range of applications. The aim of this study is to examine the out-of-plane mechanical properties under quasi-static compression. Using the validated FE models, a comparison was carried out between BSAM and two popular auxetic honeycombs, namely, re-entrant (RE) and modified re-entrant (MRE). Results showed that the nominal stress–strain curves of the BSAM were significantly higher than those of auxetic honeycombs (RE and MRE). However, the MRE revealed the highest Young’s modulus. The plateau stresses were 10.5 MPa, 7.5 MPa and 3.3 MPa for the compressed BSAM, MRE and RE, respectively. Furthermore, the calculated values of the specific energy absorption per volume (Wv) of the three structures indicated that the percentage of the absorbed energy by the BSAM was 182% and 456% higher than those absorbed by the MRE and RE, respectively. Based on the determined values of ideal Wv (11.4 J cm−3 ‘BSAM’, 5.2 J cm−3 ‘MRE’ and 2.3 J cm−3 ‘RE’), the energy efficiency of the three structures was 64%, 79% and 69% of the total energy in the case BSAM, MRE and RE, respectively. Moreover, the influence of the in-plane thickness (t
1) and the thickness of cylinders (t
2) on the mechanical performance of the BSAM were examined through a parametric study. Findings of the parametric study indicated that the mechanical properties as a function of t
1 were considerably affected, while moderate influence was resulted as a function of t
2.