bluuebunny/crossref_metadata_2025_split huggingface dataset:
Levofloxacin prophylaxis for pediatric leukemia patients: monitoring of outcomes for sustained benefit and consequences
Authors: Davis Andrea L. , Stevens Alexandra M. , Brackett Julienne , Marquez Lucila , Foster Catherine E. , Clemente Adriana Sarmiento , Sauer Hannah E. , Stimes Grant T. , Campbell Judith R. 
Published: May 2024

Abstract
Levofloxacin prophylaxis reduces bloodstream infections in neutropenic patients with acute myeloid leukemia or relapsed acute lymphoblastic leukemia. A retrospective, longitudinal cohort study compares incidence of bacteremia, multidrug-resistant organisms (MDRO), and Clostridioides difficile (CDI) between time periods of levofloxacin prophylaxis implementation. Benefits were sustained without increasing MDRO or CDI.
Fanon and Hegel on the Recognition of Humanity
Authors: Ng Karen 
Published: May 2024

AbstractThis paper defends an interpretation of Fanon's theory of recognition as revolving around his claim that we have a basic right to demand human behaviour from the other. Developing key Hegelian ideas in a novel direction, I argue that Fanon's theory of recognition employs a concretely universal concept of humanity as a normative orientation for establishing what he calls a ‘world of reciprocal recognitions’, which he equates with the creation of a ‘human reality’. In the first section, I take up the three passages from Hegel'sPhenomenology of Spiritcited by Fanon inBlack Skin, White Masksto outline three key features of Fanon's theory of recognition. In section two, I argue that there are three senses of ‘universal humanity’ operative in Fanon's work: a false universal, an abstract universal, and a concrete universal. Whereas the first two are critical, pejorative uses, the third provides the normative orientation for his account of recognition and social struggle. In the third section, I show how Fanon combines features of Hegel's concrete universal with features of Sartre's existential humanism in order to avoid an essentialist or ahistorical approach to human nature. Specifically, I argue that the ideas of self-transcendence and a universal human condition shed light on what Fanon refers to as the right of reciprocal recognition to demand human behaviour from the other, and our one human duty to not renounce our freedom.
A Treason Against Goodness and an Argument for Death: Re-visiting the Trope of the “Bad Black Mother”
Authors: Mendes Jan 
Published: May 2024

AbstractContemplating how the familiar trope of the “bad Black mother” is used to surveil, punish, and scorn Black maternal subjects this article considers how good motherhood is at once aspirational and coercive for Black mothers who are disciplined by the ever looming threat of badness and the unattainable promise of goodness. Stretching contemporary Black feminist analyses of how Black maternal revolt against anti-Black logics can be witnessed through forms of mortal sacrifice that secure future Black life, this article troubles ideals of sacrifice through an auto-ethnographic reading of maternal death as a respite from the continuous labors of goodness for the subject that tires under the relentless force of racism and its anticipations of bad Black motherhood. Badness is then explored, through personal narrative, as a form of affective resistance against the drudgery of willing towards goodness as the maternal refuses to discipline their discontent.
Development of a field-reversed configuration device using radio frequency antennas to produce E × B for current-drive
Authors: Lee Kiyong , Jang Soo Ouk , Yoo Seungryul , Lee Kyu Dong 
Published: May 2024

A unique field-reversed configuration (FRC) experiment is presently being assembled at the Plasma Technology Research Institute, KFE. It is a compact small-scale FRC device, which uses a set of radio frequency (RF) antennas to produce an internal E × B that drives the electrons for current-drive, in which E is the electric field and B is the magnetic field. This is very similar to the rotating magnetic field (RMF) current-drive, where the horizontal and vertical antennas are driven 90° out of phase. For this device, the RF antennas are arranged differently than the RMF. The RF antennas, being two separate sets, are positioned inside the vacuum chamber. Each set consists of 8 coils, for a total of 16 coils, where 80~100 kHz sine and cosine waveform currents are applied. One set of coils generates a radial B-field, while the other set provides an E-field in the z-direction. As the phase changes, the E and B fields are switched by these two sets. Nevertheless, E × B propagates in the same θ-direction so that this allows the electrons to rotate around the circumference of the device. The FRC device will test wave heating by launching 2.45 GHz microwaves. Also, passive stabilizers are positioned at each end to provide extra stability while preventing tilt instability. The experiment is expected to produce its first plasma in 2025.
Acceptance and engagement patterns of mobile-assisted language learning among non-conventional adult L2 learners: A survival analysis
Authors: Hwang Hyun-Bin , Coss Matthew D. , Loewen Shawn , Tagarelli Kaitlyn M. 
Published: May 2024

AbstractResearch on mobile-assisted language learning (MALL) has revealed that high rates of attrition among users can undermine the potential benefits of this learning method. To explore this issue, we surveyed 3,670 adult MALL users based on the Unified Theory of Acceptance and Use of Technology (UTAUT) and also conducted an in-depth analysis of their historical app usage data. The results of hierarchical k-means cluster analysis and recurrent event survival analysis revealed three major findings. First, three distinct profiles of learners were characterized by different MALL acceptance and engagement experiences. Second, those with greater MALL acceptance displayed more intense, frequent, and durable app usage (behavioral engagement). Lastly, high levels of MALL acceptance were associated with more frequent pauses in app usage but also (a) longer active usage, (b) shorter breaks before returning to the app, and, ultimately, (c) fewer dropouts. We argue that persistence is a multidimensional process involving cyclical phases of engagement, disengagement, dormancy, and reengagement, with each aspect, like intensity, frequency, and duration, building up cumulatively over time. Implications for promoting persistent MALL engagement are discussed.
Why Not In My Backyard? (W-NIMBY): the potential of design-driven environmental infrastructure to foster greater acceptance among host communities
Authors: Asokan Vivek Anand , Sioen Giles Bruno , Kawazu Erin 
Published: May 2024

Abstract

Non-technical summary
While environmental infrastructure is commonly understood as important, there are concerns about issues such as air, noise, and visual pollution, causing ‘Not In My Backyard’ (NIMBY) attitudes. NIMBY-ism can be overcome by minimizing or removing pollution and inviting residents and other stakeholders to enjoy multifaceted benefits of such environmental infrastructure projects. This can foster a new maxim coined as ‘W-NIMBY’ (Why Not In My Backyard?), which manifests in new infrastructure shaped by community needs and supports sustainability agendas. The present intelligence brief provides insights from Japanese cases into how to promote W-NIMBY-ism.

Technical summary
Environmental infrastructure is essential for the common good. Addressing sustainability crises and fostering environmental movements require accelerated deployment of environmental infrastructure. While such infrastructure is necessary, Not In My Backyard (NIMBY) attitudes have remained due to concerns such as air, water, and noise pollution. We present insights from three atypical cases in Japan and argue for the reimagination of the connection between affected residents and environmental infrastructure. The three facilities were designed to be multifunctional and open for the surrounding community to enjoy. We call for participatory approaches and multifunctional use of space that can account for the interests of affected and concerned citizens. Such a conceptualization can lead to ‘W-NIMBY’ (Why Not In My Backyard), manifesting new infrastructure that is shaped by community needs and supports sustainability agendas. Through such approaches, citizens may accept and even take pride in hosting the infrastructure. In this intelligence brief, we argue that refashioning environmental infrastructure provides broader access for local stakeholders and helps in building a connection between citizens and the environmental infrastructure. Through design approaches that foster W-NIMBY, implementation of environmental infrastructure could be accelerated while supporting community needs and the broader sustainability agenda.

Social media summary
Why Not In My Backyard? (W-NIMBY): the potential of design-driven environmental infrastructure to foster greater acceptance among host communities.
M‐ENIAC: A Physics‐Informed Machine Learning Recreation of the First Successful Numerical Weather Forecasts
Authors: Brecht Rüdiger , Bihlo Alex 
Published: May 2024

AbstractIn 1950 the first successful numerical weather forecast was obtained by solving the barotropic vorticity equation using the Electronic Numerical Integrator and Computer (ENIAC), which marked the beginning of the age of numerical weather prediction. Here, we ask the question of how these numerical forecasts would have turned out, if machine learning based solvers had been used instead of standard numerical discretizations. Specifically, we recreate these numerical forecasts using physics‐informed neural networks. We show that physics‐informed neural networks provide an easier and more accurate methodology for solving meteorological equations on the sphere, as compared to the ENIAC solver.
Response of Southern Ocean Resource Stress in a Changing Climate
Authors: Anugerahanti Prima , Tagliabue Alessandro 
Published: May 2024

AbstractPhytoplankton underpin ocean net primary production (NPP) and Southern Ocean phytoplankton display different ecological‐biogeochemical traits, compared to temperate species. Climate models currently forecast consistent across‐model NPP increases due to climate change, yet neglect specific aspects of the Southern Ocean ecological‐biogeochemical system. We conducted experiments to evaluate how key regional traits, including multiple limiting nutrients, unique photophysiology and differential resource acquisition, drive changes in the projected response of resource stress, NPP and export production under a high emissions scenario. Although Southern Ocean iron limitation is widespread, it declines in the future and is replaced by growing manganese limitation, as concentrations cannot support increasing growth rates. Distinct phytoplankton traits either amplify or dampen climate‐driven changes, depending on whether they are those typical of Antarctic or temperate phytoplankton, respectively. Overall, future Southern Ocean NPP trends may be more uncertain than currently assumed and future efforts should focus on accounting for regional ecological‐biogeochemical differences.
Bayesian Structure Learning for Climate Model Evaluation
Authors: O'Kane Terence J. , Harries Dylan , Collier Mark A. 
Published: May 2024

AbstractA Bayesian structure learning approach is employed to compare and contrast interactions between the major climate teleconnections over the recent past as revealed in reanalyses and climate model simulations from leading Meteorological Centers. In a previous study, the authors demonstrated a general framework using homogeneous Dynamic Bayesian Network models constructed from reanalyzed time series of empirical climate indices to compare probabilistic graphical models. Reversible jump Markov Chain Monte Carlo is used to provide uncertainty quantification for selecting the respective network structures. The incorporation of confidence measures in structural features provided by the Bayesian approach is key to yielding informative measures of the differences between products if network‐based approaches are to be used for model evaluation, particularly as point estimates alone may understate the relevant uncertainties. Here we compare models fitted from the NCEP/NCAR and JRA‐55 reanalyses and Coupled Model Intercomparison Project version 5 (CMIP5) historical simulations in terms of associations for which there is high posterior confidence. Examination of differences in the posterior probabilities assigned to edges of the directed acyclic graph provides a quantitative summary of departures in the CMIP5 models from reanalyses. In general terms the climate model simulations are in better agreement with reanalyses where tropical processes dominate, and autocorrelation time scales are long. Seasonal effects are shown to be important when examining tropical‐extratropical interactions with the greatest discrepancies and largest uncertainties present for the Southern Hemisphere teleconnections.
Eocene Tectonic Uplifts Caused the Early Oligocene Intrusion of the Indian Monsoon Into the Tuotuohe Basin and the Increased Evaporation, Central‐Northern Tibet: Insights From the Oxygen Isotope Record
Authors: Li Leyi , Chang Hong 
Published: May 2024

AbstractIt is not clear how the Asian monsoon evolved after leaving the spatial range of the Intertropical Convergence Zone in the Late Eocene and before the modern‐like Asian monsoon formed at ∼26 Ma. In this study, the results of a well‐dated, robust, and continuous paleoenvironmental carbonate oxygen isotope record from the Tuotuohe section in the Tuotuohe Basin on the central–northern Tibetan Plateau indicate that the carbonate oxygen isotope showed positive bias at 30.5 Ma. Evidence concerning the temperature, precipitation, paleolatitude, paleoelevation, salt mines and global temperature changes at this time suggest that the positive oxygen isotope shift was mainly due to a combination of the intrusion of the Indian monsoon into the basin and increased evaporation, both of which were ultimately induced by the tectonic uplift of the Tuotuohe Basin before 30.5 Ma and the retreat of the Paratethys Sea after the Eocene.
On the Driving Factors of the Future Changes in the Wintertime Northern‐Hemisphere Atmospheric Waviness
Authors: Yamamoto Ayako , Martineau Patrick 
Published: May 2024

AbstractDespite the significant socioeconomic implications in the link between atmospheric waviness and extreme weather events, future atmospheric waviness trends remain elusive due to uncertainties arising from diverse definitions and insufficient dynamical formalism in existing metrics. This study employs a local wave activity (LWA) metric, whose prognostic equation links wave activity changes to forcing mechanisms, to assess wintertime Northern Hemisphere waviness in ERA5 and HighResMIP data sets. The models generally exhibit high fidelity in reproducing observed waviness, while biases stem primarily from biases in the LWA source, low‐level meridional heat flux, which tend to improve with higher resolutions. Future projections exhibit reduction in LWA, primarily due to suppressed LWA generation, which is mitigated by higher‐resolution models. We found that both biases and reduction of the LWA source are closely associated with sensible heat fluxes from the ocean to the atmosphere, highlighting the potential impacts of resolving ocean currents.
Red Line Diffuse‐Like Aurora Driven by Time Domain Structures Associated With Braking Magnetotail Flow Bursts
Authors: Shen Yangyang , Liang Jun , Artemyev Anton , Angelopoulos Vassilis , Ma Qianli , Lyons Larry , Liu Jiang , Nishimura Yukitoshi , Zhang Xiao‐Jia , Vasko Ivan , Hampton Donald L. 
Published: May 2024

AbstractMagnetotail earthward‐propagating fast plasma flows provide important pathways for magnetosphere‐ionosphere coupling. This study reexamines a flow‐related red‐line diffuse‐like aurora event previously reported by Liang et al. (2011, https://doi.org/10.1029/2010ja015867), utilizing THEMIS and ground‐based auroral observations from Poker Flat. We find that time domain structures (TDSs) within the flow bursts efficiently drive electron precipitation below a few keV, aligning with predominantly red‐line auroral intensifications in this non‐substorm event. The diffuse‐like auroras sometimes coexisted with or potentially evolved from discrete forms. We forward model red‐line diffuse auroras due to TDS‐driven precipitation, employing the time‐dependent TREx‐ATM auroral transport code. The good correlation (∼0.77) between our modeled and observed red line emissions underscores that TDSs are a primary driver of the red‐line diffuse‐like auroras, though whistler‐mode wave contributions are needed to fully explain the most intense red‐line emissions.
Incipient Subduction and Slip Partitioning at High Obliquity: The Haida Gwaii Plate Boundary
Authors: Oliva S. J. , Bostock M. G. , Schaeffer A. J. , Nissen E. , Merrill R. , Hughes A. , Roecker S. W. , Nedimovic M. R. , Roland E. , Worthington L. L. , Walton M. A. L. , Gase A. 
Published: May 2024

AbstractPlate motion obliquity along the dominantly transform Queen Charlotte plate boundary (QCPB) peaks offshore Haida Gwaii. To investigate the effects of obliquity on plate boundary deformation, we analyze continuous seismic waveforms from temporary and permanent stations from 1998 to 2020 to generate a catalog of ∼50,000 earthquakes across Haida Gwaii. We use an automated technique based on auto‐regressive phase detection and onset estimation to obtain the initial seismic catalog, integrate existing catalogs, invert for 3D velocity structure using data from the best constrained period, and relocate the entire catalog using the new 3D velocity model. We investigate the seismically active sections of the transcurrent Queen Charlotte fault (QCF), noting that little seismicity locates directly along its bathymetrically defined trace. Instead, seismicity illuminates a complex system of segmented structures with variable geometries along strike. Other clusters highlight active shallow faults within the highly deformed Queen Charlotte terrace. Few aftershocks appear on the thrust plane of the 2012 Mw 7.8 Haida Gwaii earthquake except near its inferred intersection with the QCF at 15–20 km depths, suggesting elevated residual stress at the juncture of slip‐partitioning. Deep crustal seismicity (up to ∼20 km depths) beneath central Haida Gwaii aligned parallel to the strike of the thrust plane may represent landward underthrusting of the Pacific plate. Our results suggest possible coseismic strike‐slip rupture on the QCF during the 2012 earthquake and add support to the thesis that highly oblique transform boundaries are viable settings for subduction initiation.
Electrochemical protein biosensors for disease marker detection: progress and opportunities
Authors: Guo Lanpeng , Zhao Yunong , Huang Qing , Huang Jing , Tao Yanbing , Chen Jianjun , Li Hua-Yao , Liu Huan 
Published: May 2024

AbstractThe development of artificial intelligence-enabled medical health care has created both opportunities and challenges for next-generation biosensor technology. Proteins are extensively used as biological macromolecular markers in disease diagnosis and the analysis of therapeutic effects. Electrochemical protein biosensors have achieved desirable specificity by using the specific antibody–antigen binding principle in immunology. However, the active centers of protein biomarkers are surrounded by a peptide matrix, which hinders charge transfer and results in insufficient sensor sensitivity. Therefore, electrode-modified materials and transducer devices have been designed to increase the sensitivity and improve the practical application prospects of electrochemical protein sensors. In this review, we summarize recent reports of electrochemical biosensors for protein biomarker detection. We highlight the latest research on electrochemical protein biosensors for the detection of cancer, viral infectious diseases, inflammation, and other diseases. The corresponding sensitive materials, transducer structures, and detection principles associated with such biosensors are also addressed generally. Finally, we present an outlook on the use of electrochemical protein biosensors for disease marker detection for the next few years.
Higher habitual intakes of flavonoids and flavonoid-rich foods are associated with a lower incidence of type 2 diabetes in the UK Biobank cohort
Authors: Thompson Alysha S. , Jennings Amy , Bondonno Nicola P. , Tresserra-Rimbau Anna , Parmenter Benjamin H. , Hill Claire , Perez-Cornago Aurora , Kühn Tilman , Cassidy Aedín 
Published: May 2024

Abstract
Aim
To examine the associations of a diet high in flavonoid-rich foods, as reflected by a “Flavodiet Score” (FDS), the major individual food contributors to flavonoid intake, and flavonoid subclasses with type 2 diabetes (T2D) risk in the UK Biobank cohort.

Materials and methods
Flavonoid intakes were estimated from ≥2 dietary assessments among 113,097 study participants [age at enrolment: 56 ± 8 years; 57% female] using the U.S Department of Agriculture (USDA) databases. Multivariable Cox proportional hazards models were used to investigate associations between dietary exposures and T2D.

Results
During 12 years of follow-up, 2628 incident cases of T2D were identified. A higher FDS (compared to lower [Q4 vs. Q1]), characterised by an average of 6 servings of flavonoid-rich foods per day, was associated with a 26% lower T2D risk [HR: 0.74 (95% CI: 0.66–0.84), ptrend = <0.001]. Mediation analyses showed that lower body fatness and basal inflammation, as well as better kidney and liver function partially explain this association. In food-based analyses, higher intakes of black or green tea, berries, and apples were significantly associated with 21%, 15%, and 12% lower T2D risk. Among individual flavonoid subclasses, 19–28% lower risks of T2D were observed among those with the highest, compared to lowest intakes.

Conclusions
A higher consumption of flavonoid-rich foods was associated with lower T2D risk, potentially mediated by benefits to obesity/sugar metabolism, inflammation, kidney and liver function. Achievable increases in intakes of specific flavonoid-rich foods have the potential to reduce T2D risk.