bluuebunny/crossref_metadata_2025_split huggingface dataset:
COMPLICAÇÕES RELACIONADAS À DISTÚRBIOS NUTRICIONAIS: UMA REVISÃO NARRATIVA DA LITERATURA
Authors: Villas-Bôas Giulia Azeredo , Costa Yanna Gabriela Nascimento da , Mata Noemy Barbosa Silva da , Marinho Julia Martins Gil , Azevedo Beatriz Moraes Escorcio de , Dutra Mayara Corrêa , Monte Thais Fernandes do , Pereira Vinícius César Jardim , Rocha Hellen Marinho , Lima Jairla Kelly Laurentino de 
Published: February 2025

Objetivo: Analisar as complicações relacionadas aos distúrbios nutricionais.Revisão Bibliográfica:Atualmente, com a transição nutricional e os avanços tecnológicos, observa-se uma diminuição do consumo de alimentos ricos em micronutrientes como frutas e hortaliças e o aumento do consumo de alimentos com baixo valor nutricional como frituras e guloseimas. Tudo isto favorece a formação de hábitos alimentares inadequados e, consequentemente, contribui para o desenvolvimento precoce de distúrbios nutricionais relacionados à alimentação e doenças crônicas não transmissíveis. Distúrbios nutricionais, como a desnutrição e a deficiência de micronutrientes, constituem um problema comum na população infantil, adulta e idosa. Com relação à desnutrição protéico-calórica (DPC), diversos estudos apontam o impacto desta condição clínica na saúde dos idosos, fazendo com que esse grupo apresenta pior prognóstico para os agravos à saúde.Considerações finais: Portanto, a nutrição infantil deve ser vista como prioridade, uma vez que está associada ao desenvolvimento neurológico. De forma oposta, destacam-se os distúrbios nutricionais, os quais apresentam como principais causas fatores socioeconômicos e genéticos. A obesidade está associada a puberdade precoce e a dislipidemia.
Amicus Curiae ante la Corte Constitucional de Colombia. Acción de Tutela Radicado T8’480.624
Authors: Gascón-Cuenca (tutor-autor) Andrés , Fernández Artiach (tutora-autora) Pilar , Martínez Parra Andrea Natalia , Ortiz Morán Marta , Gimeno Feliu Vicent , Ortega Gil Concepción 
Published: February 2025

Acción de Tutela Radicado T8’480.624
Accionantes: José Noé Mendoza Bohorquez y Ana Librada Niño y Lored Camila Cáceres Mendoza.
Accionados: Departamento de Arauca, Municipio de Saravena, Departamento Administrativo para la Prosperidad Social, el Sistema Nacional de Prevención y Atención de Desastres del Ministerio del Interior, la Unidad de Atención y Reparación Integral a las Víctimas -UARIV- y la Defensoría del Pueblo.
Asunto: Solicitud de Selección del Expediente T8’480.624 de Acción de Tutela.
Beyond single-species models: leveraging multispecies forecasts to navigate the dynamics of ecological predictability
Authors: Clark Nicholas J. , Ernest S. K. Morgan , Senyondo Henry , Simonis Juniper , White Ethan P. , Yenni Glenda M. , Karunarathna K. A. N. K. 
Published: February 2025

Background
Forecasting the responses of natural populations to environmental change is a key priority in the management of ecological systems. This is challenging because the dynamics of multi-species ecological communities are influenced by many factors. Populations can exhibit complex, nonlinear responses to environmental change, often over multiple temporal lags. In addition, biotic interactions, and other sources of multi-species dependence, are major contributors to patterns of population variation. Theory suggests that near-term ecological forecasts of population abundances can be improved by modelling these dependencies, but empirical support for this idea is lacking.

Methods
We test whether models that learn from multiple species, both to estimate nonlinear environmental effects and temporal interactions, improve ecological forecasts compared to simpler single species models for a semi-arid rodent community. Using dynamic generalized additive models, we analyze time series of monthly captures for nine rodent species over 25 years.

Results
Model comparisons provide strong evidence that multi-species dependencies improve both hindcast and forecast performance, as models that captured these effects gave superior predictions than models that ignored them. We show that changes in abundance for some species can have delayed, nonlinear effects on others, and that lagged, nonlinear effects of temperature and vegetation greenness are key drivers of changes in abundance for this system.

Conclusions
Our findings highlight that multivariate models are useful not only to improve near-term ecological forecasts but also to ask targeted questions about ecological interactions and drivers of change. This study emphasizes the importance of jointly modelling species’ shared responses to the environment and their delayed temporal interactions when teasing apart community dynamics.
Geklärtes und Ungeklärtes im Recht der Verdachtsberichterstattung — Entwicklung einer ausdifferenzierten Beurteilungsmatrix als Aufgabe der Wissenschaft
Authors: Duttge Gunnar 
Published: February 2025

Zusammenfassung
Die rechtlichen Voraussetzungen für eine öffentlichkeitswirksame Verdachtsberichterstattung gelten mit Rücksicht auf eine inzwischen etablierte höchstrichterliche Rechtsprechung weithin als geklärt. Ein näherer Blick offenbart jedoch Unsicherheiten selbst im rechtsgrundsätzlichen Ausgangspunkt, und die Unwägbarkeiten bei der Beurteilung konkreter Fälle belegen ein manifestes konzeptionelles Defizit. Der Beitrag verdeutlicht dies anhand der zuletzt medial aufsehenerregenden „Skandale“.
Der „Vorsteuerabzug bei Kreditinstituten“ – das BMF nimmt Stellung
Authors: Jacobs Helge 
Published: February 2025

Zusammenfassung
Der Beitrag erläutert detailliert die sich für die Besteuerungspraxis der Kreditinstitute aus dem BMF-Schreiben v. 9.12.2024 ergebenden Anforderungen für eine sachgerechte Zuordnung vorsteuerbelasteter Eingangsleistungen und die Bildung eines sachgerechten Aufteilungsschlüssels zur Berechnung des abzugsfähigen Vorsteueranteils bei gemischter Verwendung von Eingangsleistungen.
Breast Cancer Susceptibility Gene Sequence Variations and Development of Contralateral Breast Cancer
Authors: Reiner Anne S. , Watt Gordon P. , Malone Kathleen E. , Lynch Charles F. , John Esther M. , Knight Julia A. , Woods Meghan , Liang Xiaolin , Tischkowitz Marc , Conti David V. , Robson Mark E. , Mellemkjær Lene , Teraoka Sharon N. , Concannon Patrick , Bernstein Jonine L. 
Published: December 2024

ImportanceHeterogeneity in development of estrogen receptor (ER)-specific first primary breast cancer exists due to deleterious germline variants in moderate- to high-penetrance breast cancer susceptibility genes, but it is unknown if these associations occur in ER-specific CBC.ObjectiveTo determine the association of deleterious germline variants in breast cancer susceptibility genes with ER-specific CBC development and whether ER status of the first primary breast cancer modifies these associations.Design, Setting, and ParticipantsThis case-control study included CBC cases and matched unilateral breast cancer controls from The Women’s Environment, Cancer, and Radiation Epidemiology (WECARE) Study, a population-based case-control study. Eligible women were diagnosed between 1985 and 2000 with data and biospecimens collected from 2001 to 2004. Eligible participants were women younger than 55 years at first invasive breast cancer diagnosis. Participants were matched on age, diagnosis year, cancer registry region, and race and ethnicity, and countermatched on radiation treatment. For cases, CBC occurred 1 year or more following first breast cancer diagnosis. Analyses were performed from May to October 2024.ExposuresCHEK2 1100delC and deleterious variants in ATM, BRCA1, and BRCA2.Main Outcome and MeasureDevelopment of CBC, measured as a rate ratio (RR).ResultsA total of 1290 women were included in analysis (median [IQR] age at first diagnosis, 47 [42-51] years). The ER-positive CBC rate for women with deleterious ATM variants was 4 times higher than for women without deleterious ATM variants (RR, 4.84; 95% CI, 1.11-21.08; P = .04); no women with ER-negative CBC carried deleterious ATM variants. The ER-positive CBC rates for women with deleterious variants in BRCA2 or CHEK2 1100delC were 5 to 6 times higher than for women without deleterious variants in BRCA2 or CHEK2 1100delC, respectively (BRCA2: RR, 5.88; 95% CI, 2.61-13.26, P &amp;lt; .001; CHEK2 1100delC: RR, 6.06; 95% CI, 1.26-29.04; P = .02). The ER-negative CBC rate for women with deleterious BRCA1 variants was 26 times higher than for women without deleterious BRCA1 variants (RR, 26.16; 95% CI, 8.01-85.44; P &amp;lt; .001). First primary breast cancer ER status did not modify associations between deleterious variants and ER-specific CBC development.Conclusions and RelevanceIn this case-control study of CBC, deleterious variants in breast cancer susceptibility genes were differentially associated with ER-specific CBC development. Germline variation profile may inform estimates of outcomes for ER-specific CBC subtypes.
Occurrence and Time of Onset of Intraventricular Hemorrhage in Preterm Neonates
Authors: Nagy Zsuzsanna , Obeidat Mahmoud , Máté Vanda , Nagy Rita , Szántó Emese , Veres Dániel Sándor , Kói Tamás , Hegyi Péter , Major Gréta Szilvia , Garami Miklós , Gasparics Ákos , te Pas Arjan B. , Szabó Miklós 
Published: December 2024

ImportanceIntraventricular hemorrhage (IVH) has been described to typically occur during the early hours of life (HOL); however, the exact time of onset is still unknown.ObjectiveTo investigate the temporal distribution of IVH reported in very preterm neonates.Data SourcesPubMed, Embase, Cochrane Library, and Web of Science were searched on May 9, 2024.Study SelectionArticles were selected in which at least 2 cranial ultrasonographic examinations were performed in the first week of life to diagnose IVH. Studies with only outborn preterm neonates were excluded.Data Extraction And SynthesisData were extracted independently by 3 reviewers. A random-effects model was applied. This study is reported following the Preferred Reporting Items for Systematic Reviews and Meta-analyses (PRISMA) reporting guideline. The Quality in Prognostic Studies 2 tool was used to assess the risk of bias.Main Outcomes And MeasuresThe overall occurrence of any grade IVH and severe IVH among preterm infants was calculated along with a 95% CI. The temporal distribution of the onset of IVH was analyzed by pooling the time windows 0 to 6, 0 to 12, 0 to 24, 0 to 48, and 0 to 72 HOL. A subgroup analysis was conducted using studies published before and after 2007 to allow comparison with the results of a previous meta-analysis.ResultsA total of 21 567 records were identified, of which 64 studies and data from 9633 preterm infants were eligible. The overall rate of IVH did not decrease significantly before vs after 2007 (36%; 95% CI, 30%-42% vs 31%; 95% CI, 25%-36%), nor did severe IVH (10%; 95% CI, 7%-13% vs 11%; 95% CI, 8%-14%). The proportion of very early IVH (up to 6 HOL) after 2007 was 9% (95% CI, 3%-23%), which was 4 times lower than before 2007 (35%; 95% CI, 24%-48%). IVH up to 24 HOL before and after 2007 was 44% (95% CI, 31%-58%) and 25% (95% CI, 15%-39%) and up to 48 HOL was 82% (95% CI, 65%-92%) and 50% (95% CI, 34%-66%), respectively.Conclusion And RelevanceThis systematic review and meta-analysis found that the overall prevalence of IVH in preterm infants has not changed significantly since 2007, but studies after 2007 showed a later onset as compared with earlier studies, with only a small proportion of IVHs occurring before 6 HOL.
Field‐Flow Fractionation Coupled to Atomic Mass Spectrometry Techniques for Inorganic Nanoparticles Characterization: Theory and Applications
Authors: Maknun Luluil , Saenmuangchin Rattaporn , Siripinyanond Atitaya 
Published: December 2024

Abstract
Inorganic nanoparticles have been applied in various applications owing to their interesting properties including magnetic, thermal, optical, and catalytic performance. They can be classified as mono‐metallic nanoparticles, bimetallic nanoparticles, metal oxide nanoparticles, and quantum dots. Field‐flow fractionation (FFF) is an interesting nonchromatographic technique for size characterization of materials with nanometer range. Various subtechniques of FFF including flow, sedimentation, electrical, and thermal are described with some selected applications reviewed. Moreover, FFF can be used via off‐line and on‐line with many elemental detection techniques: GFAAS, ICP‐OES, ICP‐MS, and SP‐ICP‐MS to provide more information in term of quantification and element‐specific detection. In this article, applications of FFF with atomic spectrometric detection for various types of samples, including consumer products, food, environmental samples, biological samples, and sensors, are discussed.
Additive Manufacturing with Cellulose‐Based Composites: Materials, Modeling, and Applications
Authors: De Shuvodeep , Rukmani Shalini J. , Zhao Xianhui , Clarkson Caitlyn , Vautard Frederic , Bhagia Samarthya , Goswami Monojoy , Zhang Shuyang , Elyas Sana F. , Zhao Wei , Smith Jeremy C. , Ragauskas Arthur J. , Ozcan Soydan , Tekinalp Halil , Si Muqing , Huang Jinrui , He Ximin 
Published: December 2024

AbstractRecent advances in large‐scale additive manufacturing (AM) with polymer‐based composites have enabled efficient production of high‐performance materials. Cellulose nanomaterials (CNMs) have emerged as bio‐based feedstocks due to their exceptional strength and sustainability. However, challenges such as hornification and poor dispersion in polymer matrices still limit large‐scale CNM–polymer composite manufacturing, requiring novel strategies. This review outlines an approach starting with atomic‐level simulations to link molecular composition to key parameters like bulk density, viscosity, and modulus. These simulations provide data for finite element analysis (FEA), which informs large‐scale experiments and reduces the need for extensive trials. The strategy explores how atomic interactions impact the morphology, adhesion, and mechanical properties of CNM‐based composites in AM processes. The review also discusses current developments in AM, along with predictions of mechanical and thermal properties for structural applications, packaging, flexible electronics, and hydrogel scaffolds. By integrating experimental findings with molecular dynamics (MD) simulations and finite element modeling (FEM), valuable insights for material design, process optimization, and performance enhancement in CNM‐based AM are provided to address ongoing challenges.
Diluting the Electric Supply of Surface Selenium Species to Realize Enhanced Hydrogen Monitoring in Agriculture
Authors: Wang Xiaowu , Zeng Zhigang , Ma Zhiheng , Li Musen , Wang Yin , Wang Zhanchen , Gao Ruiling , Jia Xin , Hu Pengfei , Lu Bo , Xue Zhenggang , Xu Jiaqiang 
Published: December 2024

AbstractElectron state of catalyst surface is crucial to optimize the adsorption/intermediate state of gas molecules during the sensing reaction. Herein, we develop an electron‐dilution strategy by introducing Pd/Pt species into semiconductor ZnSe to construct electron‐deficient Se surface, exhibiting excellent H2 sensing performances. It is found that different metal doping can induce remarkable electric environment changes of Se atoms. For example, compared with Pd, Pt display stronger electronic dilution ability to adjacent Se atoms. X‐ray photoelectron spectroscopy (XPS) characterizations further prove that the doping of Pd/Pt will induce the generation of the electron‐deficient Se sites, appearing a new and high binding energy state. Furthermore, the density functional theory (DFT) calculations show that the deficient Se sites on the Pt‐ZnSe surface could reduce the level of anti‐bonding orbital filling, thus enhancing the stability of the Se‐Hads bond and strengthening the H2 adsorption. As a result, the Pt‐ZnSe based micro‐electromechanical systems (MEMS) gas sensors exhibit high response value of 3.22 to 10 ppm H2 at low operation temperature of 145 °C. Inserting the Pt‐ZnSe MEMS sensors array into multifunctional wireless sensing device, it can realize real‐time H2/temperature/humidity monitoring and cloud data transmission for hydrogen agriculture on production, preserving and storing crop.
Off‐Photosensitizing Derived Immuno‐Photodynamic Therapy toward Postoperative Care
Authors: Li Jing , Pang E , An Jusung , Xiong Zhao , Kim Eunji , Lan Minhuan , Cao Qian‐Yong , Kim Jong Seung 
Published: December 2024

AbstractImmuno‐photodynamic therapy (IPDT) has emerged as a promising cancer treatment strategy. However, conventional IPDT faces challenges related to post‐treatment safety, owing to the use of residual photosensitizers (PSs). In this study, on a novel H2O2‐responsive aggregation‐induced emission PS is reported, TBZPYBE, designed to selectively target cancer cells and enhance the therapeutic efficacy and postoperative safety of IPDT. Although TBZPYBE exhibits weak fluorescence, strong reactive oxygen species (ROS) are produced under light irradiation, demonstrating its high photodynamic therapy (PDT) efficacy in vitro and in vivo. Following PDT, TBZPYBE underwent self‐quenching in the presence of H2O2, converting it to TBZPY, which exhibits strong fluorescence but reduced ROS generation. Simultaneously, quinone methide, a glutathione scavenger that amplifies PDT efficiency, is released. Furthermore, TBZPYBE activated the immune response by promoting dendritic cell maturation and polarizing M2 to M1 macrophages. The observed IPDT effects of TBZPYBE can be attributed to tumor selectivity, self‐quenching mechanisms, and the ability to trigger immune responses, offering a balanced cancer treatment approach with improved post‐treatment safety.
Advances in 4D Bioprinting: The Next Frontier in Regenerative Medicine and Tissue Engineering Applications
Authors: Abolhassani Sareh , fattahi Roya , Safshekan Farzaneh , Saremi Jamileh , Hasanzadeh Elham 
Published: December 2024

Abstract4D bioprinting is a critical advancement in tissue engineering and regenerative medicine (TERM), enabling the creation of structures that dynamically respond to environmental stimuli over time. This review investigates various fabrication techniques and responsive materials that are central to these fields. It underscores the integration of multi‐material and biocomposite approaches in 4D bioprinting, which is crucial for fabricating complex and functional constructs with heterogeneous properties. Using 4D bioprinting techniques enhances the mimicry of natural tissue characteristics, offering tailored responses and improved integration with biological systems. Furthermore, this study highlights the synergy between 4D bioprinting and tissue engineering and demonstrates the technology's potential for developing tissues and organs. In regenerative medicine, 4D bioprinting's applications extend to creating smart implants and advanced drug delivery systems that adapt to the body's changes, promoting healing and tissue regeneration. Finally, the challenges and future directions of 4D bioprinting are also explored and emphasize its transformative impact on biomedical engineering and the future of healthcare.
Multifunctional Quasi‐Homogeneous Catalysts as a New Catalytic Strategy to Boost the Performance of Li‐O2 Batteries
Authors: Zhang Haoran , Yu Yue , Yang Dongyue , Fan Yingqi , Chen Hao , Zhang Ning , Wang Zhi , Huang Gang , Zhang Xinbo 
Published: December 2024

AbstractLi‐O2 batteries have been considered as a kind of prospective next‐generation batteries due to their ultrahigh energy densities. However, limited capacities, high charge overpotentials, and short lifetime are troubling obstacles for realizing their real‐world implementation. Common strategies, including introducing solid‐state catalysts (SSCs) and redox mediators (RMs), are insufficient to solve these issues. Herein, Ru‐loaded amino‐phenanthroline‐based carbonized polymer dots (RuApCPDs) integrating the catalytic activity of SSCs with the mobility of RMs have been designed to behave as quasi‐homogeneous catalysts in the electrolyte. Their mobile nature can ensure the avoidance of complete coverage of active sites, and the catalytic ability decreases the charge overpotential through co‐deposition with the discharge products. Additionally, the RuApCPDs can also adjust the Li+ solvation structure and well protect the Li metal anodes with high stability. As a result, the introduction of RuApCPDs leads to a fivefold increase in discharge capacity, a low charge voltage of 3.75 V, and a running life of 168 cycles (79 cycles without RuApCPDs). The multifunctional quasi‐homogeneous catalyst developed here demonstrates its advantageous potential as a new catalytic strategy for bringing Li‐O2 batteries to become a viable technology.
Structure‐Dependent Nonlinear Optical Effects in Spiral WS2 Nanosheets
Authors: Chen Junyuan , Bai Yang , Qi Minru , Zhang Wenxue , Qin Chengbing , Fan Xiaopeng , Xiao Liantuan 
Published: December 2024

AbstractSpiral transition‐metal dichalcogenides with broken crystal inversion symmetry and significant second‐order nonlinear responses have shown great promise for further nonlinear optical applications. However, various spiral structures will be formed during their synthesis process, their second harmonic generation (SHG) varying with the layer thickness and which of them manifesting the most promising SHG response are still unresolved. Here, the layer‐dependent SHG response is investigated for four representative spiral WS2 with different screw and twist angles, including aligned‐ and twisted‐triangular spiral structures, aligned‐ and twisted‐hexagonal spiral structures, respectively. Experimental results demonstrate that both aligned‐ and twisted‐hexagonal spiral WS2 present weak SHG response. In contrast, the SHG signal of the aligned‐triangular spiral WS2 almost quadratically increases with the lift of their thickness, which is two orders of magnitude stronger than hexagonal structures. Moreover, an oscillating layer‐dependence SHG response for twisted‐triangular spiral WS2 has been attributed to the restored inversion symmetry. The underlying mechanism has been explored by the evolution of their crystal symmetry. The results not only disclose that the nonlinear response of the spiral WS2 can be tailored on‐demand through the novel structural designs, but also pave the way to scalable integrated photonics and lab‐on‐a‐chip quantum devices based on spiral layered materials.
A Separator with Double Layers Individually Modified by LiAlO2 Solid Electrolyte and Conductive Carbon for High‐performance Lithium–Sulfur Batteries
Authors: Song Jie , Xia Shuang , Wang Nan , Peng Jun , Peng Bohao , Wu Wenzhuo , Liu Lili , Yuan Xinhai , Fu Lijun , Chen Yuhui , Wu Yuping 
Published: December 2024

AbstractThe “shuttle effect” and the unchecked growth of lithium dendrites during operation in lithium–sulfur (Li–S) batteries seriously impact their practical applications. Besides, the performances of Li–S batteries at high current densities and sulfur loadings hold the key to bridge the gap between laboratory research and practical applications. To address the above issues and facilitate the practical utilization of Li–S batteries, the commercial separator is modified with solid electrolyte (nanorod LiAlO2, LAO) and conductive carbon (Super P) to obtain a double coated separator (SPLAOMS). The SPLAOMS can physically barrier polysulfides and accelerate reaction kinetics. In addition, it enhances uniform lithium deposition, boosts ionic conductivity, and increases the utilization of active sulfur substances. The prepared Li–S batteries exhibit excellent cycling stability under harsh conditions (high sulfur loadings and high current densities) with an initial capacity of 733 mAh g−1 and a capacity attenuation of 0.03% per cycle at 5C in 500 cycle life. Under ultra‐high sulfur loading (8.2 mg cm−2), the prepared battery maintains a satisfactory capacity of 800 mAh g−1 during cycling, demonstrating enormous commercial application potential. This study serves as a pivotal reference for the commercialization of high‐performance Li–S batteries.