bluuebunny/crossref_metadata_2025_split huggingface dataset:
Data‐Driven Fuzzy Weights‐Of‐Evidence Model for Identification of Potential Zeolite‐Bearing Environments on Mars
Authors: Kodikara Gayantha R. L. , McHenry Lindsay J. 
Published: September 2023

AbstractThe evolution of the climate and hydrochemistry of Mars is still a mystery but it must have been at least occasionally warm and wet to have formed the ancient fluvial and lacustrine landforms observed today. Terrestrial examples and geochemical modeling under proposed early Mars conditions show that zeolite minerals are likely to have formed under alkaline (pH > 8) conditions with low water/rock ratio and surface temperatures below 150°C. The identification and spatial association of zeolites on the surface of Mars could thus be used to reconstruct the paleoclimate, paleohydrochemistry, and geological evolution of some locations on Mars. Previous studies identified the zeolite analcime and discuss the difficulties of identifying other zeolite species on the surface of Mars using orbital spectroscopy. We used published global mineralogical, geological, geomorphological, hydrological, physical, and elemental abundance maps and the locations of hydrous minerals detected and mapped using orbital data to create a map that delineates favorable areas to look for zeolites on Mars. We used the data‐driven fuzzy‐based Weights‐of‐Evidence method to identify and map favorable areas for zeolites on the surface of Mars up to ±40° latitude toward the poles. The final map shows that the eastern and western Arabia deposits, some sites in the Medusae Fossae formation, and some areas within and near Valles Marineris, Mawrth Vallis, highlands north of Hellas, and the Terra Cimmeria and Terra Sirenum regions would be favorable areas to look for zeolites using targeted orbital spectral analysis or future in situ observations.
Vertical Variations in Thermospheric O/N2 and the Relationship Between O and N2 Perturbations During a Geomagnetic Storm
Authors: Yu Tingting , Wang Wenbin , Ren Zhipeng , Cai Xuguang , He Maosheng 
Published: September 2023

AbstractThe ratio of O to N2 number densities (O/N2) at different altitudes is an important parameter in describing thermospheric neutral composition changes and their effects on the ionosphere during geomagnetic storms. However, storm‐induced vertical variations in O/N2 and its dependence on the O and N2 perturbations are still not fully understood. Here, the Thermosphere/Ionosphere Electrodynamics General Circulation Model simulations were used to investigate the responses of thermospheric composition at different pressure levels to the super geomagnetic storm occurred on November 20 and 21 in 2003. Our analysis shows that the behaviors of O/N2 perturbations on different pressure levels are similar above ∼180 km altitude. In the middle and low thermosphere of below ∼300 km, the storm‐time O/N2 decrease is mainly caused by a large reduction of O number density. However, N2 enhancement plays a vital role in O/N2 decreases in the upper thermosphere. The O/N2 enhancement is mainly attributed to the N2 decreases at all pressure levels. The changes of O and N2 number densities at a constant pressure level can be explained by the perturbations of their mass mixing ratio (mmr) and total mass density (ρ). The regions of the O/N2 decrease are characterized by the O mmr decrease and N2 mmr enhancement, whereas the regions of the O/N2 increase are characterized by the O mmr increase and N2 mmr decrease. The ρ value that shows the decrease globally at most pressure levels during the storm either enhance or reduce the O and N2 perturbations.
Correspondence of Pi2 Pulsations, Aurora Luminosity, and Plasma Flux Fluctuation Near a Substorm Brightening Aurora: Arase Observations
Authors: Chen L. , Shiokawa K. , Miyoshi Y. , Oyama S. , Jun C.‐W. , Ogawa Y. , Hosokawa K. , Kazama Y. , Wang S. Y. , Tam S. W. Y. , Chang T. F. , Wang B. J. , Asamura K. , Kasahara S. , Yokota S. , Hori T. , Keika K. , Kasaba Y. , Kumamoto A. , Tsuchiya F. , Shoji M. , Kasahara Y. , Matsuoka A. , Shinohara I. , Nakamura S. 
Published: September 2023

AbstractAlthough many substorm‐related observations have been made, we still have limited insight into propagation of the plasma and field perturbations in Pi2 frequencies (∼7–25 mHz) in association with substorm aurora, particularly from the auroral source region in the inner magnetosphere to the ground. In this study, we present conjugate observations of a substorm brightening aurora using an all‐sky camera and an inner‐magnetospheric satellite Arase at L ∼ 5. A camera at Gakona (62.39°N, 214.78°E), Alaska, observed a substorm auroral brightening on 28 December 2018, and the footprint of the satellite was located just equatorward of the aurora. Around the timing of the auroral brightening, the satellite observed a series of quasi‐periodic variations in the electric and magnetic fields and in the energy flux of electrons and ions. We demonstrate that the diamagnetic variations of thermal pressure and medium‐energy ion energy flux in the inner magnetosphere show approximately one‐to‐one correspondence with the oscillations in luminosity of the substorm brightening aurora and high‐latitudinal Pi2 pulsations on the ground. We also found their anti‐correlation with low‐energy electrons. Cavity‐type Pi2 pulsations were observed at mid‐ and low‐latitudinal stations. Based on these observations, we suggest that a wave phenomenon in the substorm auroral source region, like ballooning type instability, play an important role in the development of substorm and related auroral brightening and high‐latitude Pi2, and that the variation of the auroral luminosity was directly driven by keV electrons which were modulated by Alfven waves in the inner magnetosphere.
Temperature-responsive peristome-structured smart surface for the unidirectional controllable motion of large droplets
Authors: Song Yunyun , Yang Jialei , Zhang Xu , Zhang Zhongqiang , Hu Xinghao , Cheng Guanggui , Liu Yan , Lv Guojun , Ding Jianning 
Published: September 2023

AbstractThe manipulation of fast, unidirectional motion for large droplets shows important applications in the fields of fog collection and biochemical reactions. However, driving large droplets (>5 μL) to move directionally and quickly remains challenging due to the nonnegligible volume force. Herein, we fabricated a scalable, bionic peristome substrate with a microcavity width of 180 μm using a 3D printing method, which could unidirectionally drive a large water droplet (~8 μL) at a speed reaching 12.5 mm/s by temperature-responsive wettability. The substrate surface was grafted with PNIPAAm, which could reversibly change its wettability in response to temperature, thereby enabling a temperature-responsive smart surface that could regulate droplet movement in real-time by changing the temperature. A series of temperature-responsive smart patterns were designed to induce water transport along specific paths to further realize controllable droplet motion with the antibacterial treatment of predesignated areas. The ability to achieve temperature-responsive unidirectional motion and dynamic control of droplet movement could allow programmable fluidic biosensors and precision medical devices.
Emerging roles of ferroptosis in male reproductive diseases
Authors: Yuan Wenzheng , Sun Zhibin , Ji Guojie , Hu Huanhuan 
Published: September 2023

AbstractFerroptosis is a type of programmed cell death mediated by iron-dependent lipid peroxidation that leads to excessive lipid peroxidation in different cells. Ferroptosis is distinct from other forms of cell death and is associated with various diseases. Iron is essential for spermatogenesis and male reproductive function. Therefore, it is not surprising that new evidence supports the role of ferroptosis in testicular injury. Although the molecular mechanism by which ferroptosis induces disease is unknown, several genes and pathways associated with ferroptosis have been linked to testicular dysfunction. In this review, we discuss iron metabolism, ferroptosis, and related regulatory pathways. In addition, we analyze the endogenous and exogenous factors of ferroptosis in terms of iron metabolism and testicular dysfunction, as well as summarize the relationship between ferroptosis and male reproductive dysfunction. Finally, we discuss potential strategies to target ferroptosis for treating male reproductive diseases and provide new directions for preventing male reproductive diseases.
Identifying immune checkpoint-related lncRNA biomarkers for immunotherapy response and prognosis in cancers
Authors: Gao Yue , Wang Xinyue , Dong Longlong , Qu Changfan , Lu Qianyi , Wang Peng , Xin Mengyu , Zheng Wen , Liu Chenyu , Ning Shangwei 
Published: September 2023

AbstractLong non-coding RNAs (lncRNAs) could modulate expression of immune checkpoints (ICPs) in tumor-immune. However, precise functions in immunity and potential for predicting ICP inhibitors (ICI) response have been described for only a few lncRNAs. Here, a multiple-step pipeline was developed to identify cancer- and immune-context ICP and lncRNA cooperative regulation pairs (ICPaLncCRPs) across cancers. Immune-related ICPs and lncRNAs were extracted follow immune cell lines and immunologic constant of rejection groups. ICPaLncCRP networks were constructed, which likely to modulate tumor-immune by specific patterns. Common and specific hub ICPaLncs such as MIR155HG, TRG-AS1 and PCED1B-AS1 maybe play central roles in prognosis and circulating. Moreover, these hub ICPaLncs were significantly correlated with immune cell infiltration based on bulk and single-cell RNA sequencing data. Some ICPaLncCRPs such as IDO1-MIR155HG could predict three- and five-year prognosis of melanoma in two independent datasets. We also validated that some ICPaLncCRPs could effectively predict ICI-response follow six independent datasets. Collectively, this study will enhance our understanding of lncRNA functions and accelerate discovery of lncRNA-based biomarkers in ICI treatment.
Acoustic Characterization of Edzna: A Measurement Dataset
Authors: Navas-Reascos Gustavo , Wilhelm-deAlba Guillermo , Alonso-Valerdi Luz María , Ibarra-Zarate David I. 
Published: September 2023

AbstractAcoustic characterizations of different locations are necessary to obtain relevant information on their behavior, particularly in the case of places that have not been fully understood or which purpose is still unknown since they are from cultures that no longer exist. Acoustic measurements were conducted in the archaeological zone of Edzna to obtain useful information to better understand the customs and practices of its past inhabitants. The information obtained from these acoustic measurements is presented in a dataset, which includes measurements taken at 32 points around the entire archaeological zone, with special attention given to the Main Plaza, the Great Acropolis, and the Little Acropolis. Two recording systems were used for this purpose: a microphone and a binaural head. As a result, a measurement database with the following characteristics was obtained: it comprises a total of 32 measurement points with 4 different sound source positions. In total, there are 297 files divided into separate folders. The sampling frequency used was 96 kHz, and the files are in mat format.
Thermodynamic evaluation of viscosity behavior for CaO–SiO2–Al2O3–MgO slag systems examined at the temperatures range from 1500 to 1700 °C
Authors: Pereira Augusto Lachini , Morales Pereira Julio Aníbal , Bielefeldt Wagner Viana , Faria Vilela Antônio Cezar 
Published: September 2023

AbstractThis work showed an application of computational tools to understand systematically the behavior of viscosity on CSAM systems relevant to industrial uses. Consequently in this study, the viscosity experimental data obtained from the literature were compared with the thermodynamic calculated results via the software FactSage v.7.3 for melts in CaO–SiO2–Al2O3–MgO slag system with the range of compositions slags cover 0–100 wt% CaO, 0–100 wt% SiO2, 0–100 wt% Al2O3 and 0–15 wt% MgO at temperature ranges of 1500–1700 °C. Using open-source software in Python, the results of viscosity, liquid, and solid fraction of the slag, as a function of composition and temperature, are represented by multiple color maps and by iso-viscosity contours. The results of the viscosity values indicated that the effect of all the oxides in the CSAM slag system follows the well-known behavior trend observed in the literature. Viscosities of the slag were found to increase with increasing SiO2 contents and decrease with increasing basicities (high CaO). The increase in Al2O3 content increases the viscosity values. An increase of 0–15% MgO depolymerized the slag melt and decreases the viscosity. However, above 5% MgO content occur a decrease in the liquid zone (single phase) and a liquid fraction (two-phase region) of the slag. For a constant MgO concentration, the increase in temperature generates an expansion of low-viscosity zones associated with an increase in the liquid phase of the slag. From the comparison between the calculated and experimental viscosities data keeps up within 30% average relative deviation (Δ), the predictions are considered acceptable for viscosity in the CSAM slag system at high temperatures.
Morphometric and volumetric analysis of lacrimal glands in patients with thyroid eye disease
Authors: Starčević Ana , Radojičić Zoran , Djurić Stefanović Aleksandra , Trivić Aleksandar , Milić Ivan , Milić Marina , Matić Dragan , Andrejic Jovana , Djulejic Vuk , Djoric Igor 
Published: September 2023

AbstractAssessment of morphometric and volumetric changes in lacrimal glands in thyroid eye disease, its clinical manifestations in relation of disease progression. Retrospective volumetric analysis included both genders and was performed on total of 183 patients - 91 patients with diagnosed Grave’s disease and thyroid eye disease and 92 patients without Grave’s disease and thyroid eye disease who underwent multidetector computed tomography (MDCT) examination in routine daily work according to other medical indications. In the group of females, there was statistical significance between patients with thyroid eye disease and controls who were smoking and had body weight gain. We found statistical significance in volumetric enlargements for both orbits in both genders for the patients group when compared to controls. There was also statistical significance in morphometric characteristics for the lacrimal gland diameters measured. Determination planimetric morphometric parameters of importance were coronary height of lacrimal gland of the right eye, coronary height of lacrimal gland of the left eye and coronary width of lacrimal gland of the left eye for the group of males. In a group of females the established determination parameters of importance were the coronary height of lacrimal gland of the left eye, the axial width of lacrimal gland of the left eye, volume of lacrimal gland of the right eye and the volume of lacrimal gland of the left eye. When we compared the displaced lacrimal gland coming forward (proptosis) in time progressing disease between group of patients and controls, we also found statistical significant connection. Evaluation of lacrimal gland volumetric and morphometric data may increase validity of defining this anatomical substrate and its morphology disruption as liable tool for thyroid eye disease progression follow up and treatment planning and outcome.
Phase-shifting the circadian glucocorticoid profile induces disordered feeding behaviour by dysregulating hypothalamic neuropeptide gene expression
Authors: Yoshimura Mitsuhiro , Flynn Benjamin P. , Kershaw Yvonne M. , Zhao Zidong , Ueta Yoichi , Lightman Stafford L. , Conway-Campbell Becky L. 
Published: September 2023

AbstractHere we demonstrate, in rodents, how the timing of feeding behaviour becomes disordered when circulating glucocorticoid rhythms are dissociated from lighting cues; a phenomenon most commonly associated with shift-work and transmeridian travel ‘jetlag’. Adrenalectomized rats are infused with physiological patterns of corticosterone modelled on the endogenous adrenal secretory profile, either in-phase or out-of-phase with lighting cues. For the in-phase group, food intake is significantly greater during the rats’ active period compared to their inactive period; a feeding pattern similar to adrenal-intact control rats. In contrast, the feeding pattern of the out-of-phase group is significantly dysregulated. Consistent with a direct hypothalamic modulation of feeding behaviour, this altered timing is accompanied by dysregulated timing of anorexigenic and orexigenic neuropeptide gene expression. For Neuropeptide Y (Npy), we report a glucocorticoid-dependent direct transcriptional regulation mechanism mediated by the glucocorticoid receptor (GR). Taken together, our data highlight the adverse behavioural outcomes that can arise when two circadian systems have anti-phasic cues, in this case impacting on the glucocorticoid-regulation of a process as fundamental to health as feeding behaviour. Our findings further highlight the need for development of rational approaches in the prevention of metabolic dysfunction in circadian-disrupting activities such as transmeridian travel and shift-work.
POT1a deficiency in mesenchymal niches perturbs B-lymphopoiesis
Authors: Nakashima Kentaro , Kunisaki Yuya , Hosokawa Kentaro , Gotoh Kazuhito , Yao Hisayuki , Yuta Ryosuke , Semba Yuichiro , Nogami Jumpei , Kikushige Yoshikane , Stumpf Patrick S. , MacArthur Ben D. , Kang Dongchon , Akashi Koichi , Ohga Shouichi , Arai Fumio 
Published: September 2023

AbstractProtection of telomeres 1a (POT1a) is a telomere binding protein. A decrease of POT1a is related to myeloid-skewed haematopoiesis with ageing, suggesting that protection of telomeres is essential to sustain multi-potency. Since mesenchymal stem cells (MSCs) are a constituent of the hematopoietic niche in bone marrow, their dysfunction is associated with haematopoietic failure. However, the importance of telomere protection in MSCs has yet to be elucidated. Here, we show that genetic deletion of POT1a in MSCs leads to intracellular accumulation of fatty acids and excessive ROS and DNA damage, resulting in impaired osteogenic-differentiation. Furthermore, MSC-specific POT1a deficient mice exhibited skeletal retardation due to reduction of IL-7 producing bone lining osteoblasts. Single-cell gene expression profiling of bone marrow from POT1a deficient mice revealed that B-lymphopoiesis was selectively impaired. These results demonstrate that bone marrow microenvironments composed of POT1a deficient MSCs fail to support B-lymphopoiesis, which may underpin age-related myeloid-bias in haematopoiesis.
Le Centre d’accueil d’évaluation et d’orientation (CAdEO) : une porte d’entrée territoriale dans les soins en santé mentale
Authors: Franck Nicolas , Cuisniak Alexia , Cadranel Marion , Gonthier Laurent , Bennasar Estelle , Belluard Brice , El Oussoul Sofia 
Published: September 2023

Un premier Centre d’accueil d’évaluation et d’orientation (CAdEO) a été créé à Lyon début juin 2020 dans le but de faciliter l’accès aux soins en santé mentale. Cette structure permet à toute personne qui la sollicite d’accéder à une consultation psychiatrique dans les quelques jours qui suivent. Elle ne met pas en œuvre de suivi, mais elle lui permet d’être rapidement dirigée vers la structure ou le professionnel, d’exercice public ou privé, qui pourra déployer la prise en charge dont elle a besoin.
Pour argumenter ses avis, le CAdEO s’appuie sur une équipe multidisciplinaire, qui comprend des psychiatres, des psychologues et des infirmiers (dont un infirmier en pratique avancée). Son secrétariat est ouvert du lundi au vendredi. Le CAdEO, qui est implanté en centre-ville, travaille en partenariat étroit avec les médecins généralistes de son territoire de santé, ainsi qu’avec tous les dispositifs sanitaires, médico-sociaux et sociaux intervenant dans le domaine de la santé mentale.
Parmi ses consultants, environ 4 personnes sur 5 sont orientées vers le libéral ou l’associatif. Une personne sur 5 est orientée vers les autres dispositifs du secteur de psychiatrie générale dont le CAdEO constitue en ce cas la porte d’entrée.
“There is new technology here that can perform miracles”
Authors: Nielsen Søren Beck 
Published: September 2023

Abstract
This paper puts the spotlight on the discursive practices by which politicians, interest group representatives,
and other influential public figures in effect promote climate inaction by conveying confidence in technological innovation. Data
consist of policy debates on prominent public service television in Denmark. The study uses Discursive Psychology to examine how
references to technological innovation are: (i) sequentially invoked as the solution to problematization of policies that allow
high levels of emissions; (ii) grammatically designed to highlight the force of technological innovation; and (iii) rhetorically
produced to support a subjective contrast between a pessimist and an optimist outlook. Overall, the study finds that invocation of
technological optimism constitutes a ‘ready answer’ to communicative challenges that emerge during the debates, which effectively
justifies inaction.
Writing process studies. Struggling with complexities
Authors: Rijlaarsdam Gert , Van Steendam Elke , van Weijen Daphne 
Published: September 2023

This chapter discusses validity parameters for studies on
writing processes in a second or foreign language (L2). To that end, Cook
and Campbell’s validity framework, which discerns four types of validity,
i.e., statistical, internal, construct and external validity, has been used.
The chapter especially hones in on construct validity by combining a
case-based approach, based on a selection of frequently cited
L2-writing process studies, with a comprehensive causal model often used for
analyzing writing process studies (in terms of four components, Process –
Task – Learner – Output). We suggest seven functional and directional
parameters to discuss the construct of the writing process as intended
against the construct as studied, and propose a selective and non-exhaustive
list of guidelines for statistical and internal validity. Both parameters
and guidelines are provided to inform (the design of) future L2 writing
process studies.
Effect of sandwiched YbCl3 layer thickness on exciton dynamics of Yb3+ doped CsPbCl3 perovskite photodetectors
Authors: Mu Haichuan , Guo Qi , Wang Ruibin , Qian Min , Tang Jingjian 
Published: September 2023

Abstract
Yb3+ doped CsPbCl3 metal halide perovskite photodetectors (PDs) in the structure of CsPbCl3(50 nm)/YbCl3(x nm)/CsPbCl3(50 nm), in which x ranges from 10 to 40 nm corresponding to the molar ratio from 6.3% to 25.2%, are fabricated by thermal evaporation on Si/SiO2 substrate. Photoresponse from 350 to 980 nm have been achieved with the optimal responsivity (R) of 3959, 5425, 955 A W−1 for the case of 20 nm YbCl3 at the wavelength (λ) of 420, 680 and 980 nm, respectively. A series of photophysical and electrical characterization has been performed and it is found that the remarkably improved photoresponse originates from the combining effects of upconversion and defects passivation from Yb3+. Moreover, the optimal YbCl3 thickness of 20 nm can be ascribed to the balance between upconversion and concentration quenching of Yb3+. The influence of the YbCl3 doping on the CsPbCl3 electronic structure is investigated and downshifting and stabilization of valence band maximum (VBM) can be attributed to the p-type doping and counteracting effect of Yb3+ and Cl−, respectively.