bluuebunny/crossref_metadata_2025_split huggingface dataset:
The role of atypical deglutition in children and adolescents with moderate to severe obstructive sleep apnea syndrome
Authors: Bokov Plamen , Dahan Jacques , Boujemla Imene , Dudoignon Benjamin , Delclaux Christophe 
Published: February 2024

SummaryThis cross‐sectional study aimed to assess the prevalence of atypical deglutition (tongue thrust) in children diagnosed with moderate to severe obstructive sleep apnea syndrome (OSAS) and to explore its associations, particularly in relation to the type of dentition (mixed or permanent). The study was conducted over a 5 year period at a paediatric hospital in Paris, France. Children aged 6–18 years with moderate to severe OSAS (apnea–hypopnea index ≥5/h) underwent a comprehensive evaluation, including the recording of demographic data, symptoms of snoring and breathing issues, and otolaryngology examination. The swallowing pattern was assessed and orthodontic evaluations were performed. Cephalometric radiography and pharyngometry tests (pharyngeal collapsibility was computed) were conducted. The study found a high prevalence of atypical deglutition in children with mixed 74% [56–87] or permanent 38% [25–51] dentition. In children with mixed dentition and atypical deglutition, the pharyngeal compliance and lower facial dimensions were increased. In children with permanent dentition, atypical deglutition was associated with more severe OSAS and a lower hyoid bone position. Independent of the type of dentition, atypical deglutition was associated with an increase in the apnea–hypopnea index, an increase in the lower facial dimension, increased pharyngeal compliance, and a more caudal hyoid bone position. Atypical deglutition was strongly associated with increased pharyngeal collapsibility, more severe OSAS and altered facial measurements in children. The findings suggest that identifying atypical deglutition in children with OSAS could help to guide a personalised therapeutic approach, including myofunctional therapy.
Lacking Incentives, Not Information. Why Politicians tend to be Less Responsive to Lower‐Income Citizens
Authors: Soontjens Karolin , Persson Mikael 
Published: February 2024

The principle that democracies give all citizens an equal voice is challenged by scholarly work showing that policies tend to be biased in favor of the more wealthy citizenry. One reason for such unequal representation lies in representatives being less responsive to the preferences of lower compared to higher‐income citizens in their policy actions. Drawing on surveys with local elected representatives in Belgium and Sweden, this study zooms in on two potential drivers of unequal responsiveness. We look at the possibility that politicians have less incentives to be responsive to the less affluent, and less accurate information to do so in the first place. Concretely, we question politicians about the anticipation of accountability from lower‐ versus higher‐income citizens (incentives) and make them estimate the policy positions of lower‐ and higher‐income citizens (information). Moreover, we explore whether descriptive representation factors into these two possible drivers of unequal responsiveness by leveraging variation in politicians’ backgrounds. First, we find that representatives anticipate significantly less electoral accountability from lower‐income than from higher‐income citizens. Moreover, politicians with a lower‐class background hold less unequal accountability beliefs, hinting at the importance of more equal descriptive representation in mitigating inequality in responsiveness. Second, unequal responsiveness does not seem to be a matter of representatives having less accurate information about the opinions of lower‐income citizens; politicians’ estimations of different income groups’ policy preferences are equally inaccurate.
Reproductive gerrymandering, bureaucratic violence, and the erosion of abortion access in the United States
Authors: Basmajian Alyssa L. 
Published: February 2024

AbstractIn the contemporary American political landscape, gerrymandering and the passage of anti‐abortion legislation are intimately connected in what I call reproductive gerrymandering. I develop this concept as an analytic tool to understand the disjuncture between the passage of laws restricting reproductive healthcare access and the will of the majority of voters. In this ethnographic project, Ohio serves as an important case study where efforts to elect a supermajority of extremist anti‐abortion Republican officials has allowed for the passage of unpopular legislation restricting abortion. I argue that the mundane bureaucratic processes involved in electoral redistricting and state budget procedures are forms of bureaucratic violence that result in structural harm experienced by pregnant people, especially those who are most marginalized. Reproductive gerrymandering provides a means for theorizing the connections across domains involving partisan redistricting, reproductive governance in the form of anti‐abortion legislation, and the structural violence experienced by pregnant people seeking abortion.
Household‐level water, sanitation and hygiene factors and interventions and the prevention of relapse after severe acute malnutrition recovery: A systematic review
Authors: MacLeod Clara , Ngabirano Laure , N'Diaye Dieynaba S. , Braun Laura , Cumming Oliver 
Published: February 2024

AbstractSevere acute malnutrition (SAM) is the most serious form of acute malnutrition and is associated with high mortality risk among children under 5. While the Community‐based Management of Acute Malnutrition (CMAM) approach, recommended for treating cases of uncomplicated SAM, has increased treatment coverage and recovery outcomes, high relapse rates have been reported. Several risk factors for SAM relapse, such as insufficient food intake and high infectious disease burden in the community, have been identified. However, the role of household water, sanitation and hygiene (WASH) conditions remains unclear. This systematic review: (1) assesses the effectiveness of WASH interventions on preventing SAM relapse and (2) identifies WASH‐related conditions associated with relapse to SAM among children aged 6–59 months discharged as recovered following SAM CMAM treatment. We performed electronic searches of six databases to identify relevant studies published between 1 January 2000 and 6 November 2023 and assessed their quality. After deduplication, 10,294 documents were screened by title and abstract, with 13 retrieved for full‐text screening. We included three studies ranging from low‐ to medium‐quality. One intervention study found that providing a WASH kit during SAM outpatient treatment did not reduce the risk of relapse to SAM. Two observational studies found inconsistent associations between household WASH conditions—unimproved sanitation and unsafe drinking water—and SAM relapse. Despite the paucity of evidence, the hypothesised causal pathways between WASH conditions and the risk of relapse remain plausible. Further evidence is needed to identify interventions for an integrated postdischarge approach to prevent relapse.
Flutter performance simulation on streamlined bridge deck with active aerodynamic flaps
Authors: Zhao Lin , Wang Zilong , Fang Genshen , Zheng Jie , Li Ke , Ge Yaojun 
Published: February 2024

AbstractActive aerodynamic flaps can effectively improve the aerodynamic stability of bridges; however, the determination of optimal control parameters often requires a large number of experiments. This study proposes a method for determining the optimal control parameters of active flaps based on the surrogate model and computational fluid dynamics (CFD) simulation technology. The computational fluid dynamics method is used to calculate the flutter derivatives of the deck–flap system under a small number of control parameters, and then the surrogate model is used to extend the flutter derivatives to the design domain of entire control parameters. Furthermore, the changing trend of flutter performance under flap control parameters can be obtained. This method can avoid complex and expensive active control wind tunnel tests and obtain more accurate optimal control parameters at less cost, which is helpful for the convenient application of active control technology in actual engineering.
Case report of the successful use of semaglutide to achieve target BMI prior to renal transplant in two patients with end‐stage‐kidney‐disease
Authors: Wallace Rory , Hamblin Peter Shane , Tully Emma , Tran Julina , Nelson Craig , Levidiotis Vicki 
Published: February 2024

AbstractThe following cases demonstrate a proof of concept for the safe and effective use of the glucagon‐like‐peptide‐1 receptor agonist (GLP‐1 RA) semaglutide for weight loss in obese, non‐diabetic, end stage kidney disease (ESKD) patients on haemodialysis (HD), who are unable to undergo renal transplantation due to obesity. Obesity is a common barrier to wait‐listing for renal transplantation with effective, broadly applicable weight loss strategies lacking. GLP‐1 RAs have been shown to be effective adjuncts to achieve weight loss in non‐diabetic obese people. However, the major clinical trials excluded patients with ESKD on dialysis. This paper outlines the successful use of semaglutide to achieve a target body mass index (BMI) prior to renal transplant wait‐listing in two obese, non‐diabetic, HD patients. These patients achieved a 16% and 12.6% weight loss in under 9 months with one now waitlisted and the other transplanted. This strategy has the potential for broader use in this patient cohort to improve wait‐list times by overcoming this common barrier to renal transplantation.
Evidence of combined flower thermal and drought vulnerabilities portends reproductive failure under hotter‐drought conditions
Authors: Aun Marina Alves , Farnese Fernanda , Loram‐Lourenço Lucas , de Abreu Igor Manoel Paulo Goulart , Silva Brenner Ryan Arantes , Freitas Jober Condé Evangelista , Filho Valdeir Martins Alves , Silva Fabiano Guimarães , Franco Augusto Cesar , Hammond William M. , Cochard Hervé , Menezes‐Silva Paulo Eduardo 
Published: February 2024

AbstractDespite the abundant evidence of impairments to plant performance and survival under hotter‐drought conditions, little is known about the vulnerability of reproductive organs to climate extremes. Here, by conducting a comparative analysis between flowers and leaves, we investigated how variations in key morphophysiological traits related to carbon and water economics can explain the differential vulnerabilities to heat and drought among these functionally diverse organs. Due to their lower construction costs, despite having a higher water storage capacity, flowers were more prone to turgor loss (higher turgor loss point; ΨTLP) than leaves, thus evidencing a trade‐off between carbon investment and drought tolerance in reproductive organs. Importantly, the higher ΨTLP of flowers also resulted in narrow turgor safety margins (TSM). Moreover, compared to leaves, the cuticle of flowers had an overall higher thermal vulnerability, which also resulted in low leakage safety margins (LSM). As a result, the combination of low TSMs and LSMs may have negative impacts on reproduction success since they strongly influenced the time to turgor loss under simulated hotter‐drought conditions. Overall, our results improve the knowledge of unexplored aspects of flower structure and function and highlight likely threats to successful plant reproduction in a warmer and drier world.
A case of STING‐associated vasculopathy with onset in infancy with novel STING1 variant
Authors: Barry Kelly K. , Kranseler Julie S. , Robinson Sarah N. 
Published: February 2024

AbstractSTING‐associated vasculopathy with onset in infancy (SAVI) is a rare, monogenic interferonopathy caused by gain‐of‐function variants in STING1 (TMEM173) characterized by systemic inflammation, cutaneous vasculopathy, and interstitial lung disease. We report a case of SAVI attributed to a novel STING1 p.R284T variant who demonstrated characteristic cutaneous features including telangiectasias, livedo and acrocyanotic changes on face and extremities, as well as saddle nose deformity, failure to thrive, inflammatory arthritis and notable lack of pulmonary disease or autoantibody positivity. Due to the risk for progressive and irreversible lung and tissue damage and evolving therapeutic landscape involving the use of Janus kinase inhibitors, it is critical to recognize variable clinical phenotypes to diagnose and consider treatment options for SAVI patients early in their disease course.
Hyperechogenicity of the pyloroduodenal junction in small dogs: Population prevalence in 175 dogs and histological correlation in 14 specimens
Authors: Balducci Jamie , Piedra‐Mora Cesar , Jennings Samuel , Anson Agustina , Penninck Dominique 
Published: February 2024

AbstractAt the pyloroduodenal junction (PDJ), an increase in wall echogenicity is frequently observed. A prospective study was performed to assess the PDJ sonographically in 175 adults and small dogs (>1 year old, <11.4 kg (25 lb)) over 12 months to evaluate the prevalence of this finding. Additionally, changes in echogenicity were correlated with histology in 14 postmortem specimens. A scoring system of echogenicity change centered on the mucosa and submucosa of the PDJ was implemented; 0: no change, 1: mild, 2: moderate to marked. Other included parameters were age, sex, breed, gastric distention, gastric contents, and reported vomiting at the time of presentation. Hyperechogenicity of the PDJ was highly prevalent (scores 1 and 2: 85.7%). No statistical association between hyperechogenicity of the PDJ and age, sex, gastric distention, gastric contents, or vomiting was identified. Hyperechogenicity of the PDJ is thought to represent an anatomical transition zone, and based on histology, hyperechogenicity of the PDJ may represent a variation in distribution and amount of fibrous connective tissue, glandular number, and glandular dilation within the submucosa and mucosa.
Analysis of Stakeholders' Trust Level in the Nuclear Energy Domain in Japan
Authors: Yoshinaga Kyohei , Onodera Masaki , Shirai Kosuke , Yoshizawa Nobuaki , Yanagawa Harunaga , Kito Takamichi 
Published: February 2024

Abstract
In discussions on the nuclear restart policy in Japan, trust among stakeholders in nuclear power is often raised as an issue. However, the discussion has progressed without analyzing the trust demanded by the Japanese public. A questionnaire survey was conducted to analyze the level of trust that 4,700 Japanese citizens (100 from each of the 47 prefectures) have in nuclear stakeholders by breaking trust down into three elements: “Perceived Competence,” “Perceived Motivation,” and “Salient Value Similarity” (SVS), which have been reported in the literature. In the survey, nine stakeholders were targeted: the Nuclear Regulation Authority; the Ministry of Economy, Trade and Industry; the courts; the Diet; host municipalities; nuclear power operators and manufacturers; experts; research and international organizations; and the mass media. The analysis showed that the Japanese public is particularly interested in SVS with “nuclear power operators and manufacturers” among the various nuclear stakeholders. The SVS of “nuclear power operators and manufacturers” was highly correlated with that of organizations promoting nuclear power, suggesting that the public tends to perceive these organizations as sharing similar values. These results offer suggestions for actions that should be taken by each nuclear stakeholder to restore and improve trust.
Three-Dimensional General Solutions of Orthorhombic Quasicrystals With Constraints
Authors: Zhang Jinming , Zhang Liangliang , Xiang Mu , Gao Yang , Pan Ernian 
Published: February 2024

Abstract
This study employs the Lur'e operator method to derive generalized solutions for orthorhombic quasicrystals, incorporating anisotropy factors as constraints. The solutions derived contain the Lekhnitskii–Hu–Nowacki and Elliott–Lodge solutions as special cases. The corresponding fundamental solutions or Green's functions within the infinite space are also derived, offering a comprehensive characterization of quasicrystal anisotropy. It is noteworthy that Green's functions in orthorhombic quasicrystals can be simplified to those in hexagonal quasicrystals or conventional orthorhombic crystals, with possible broad engineering applications.
Elastic-Gap Free Formulation in Strain Gradient Plasticity Theory
Authors: Mukherjee Anjan , Banerjee Biswanath 
Published: February 2024

AbstractThis article presents an elastic-gap free isotropic higher-order strain gradient plasticity theory that effectively captures dissipation associated to plastic strain gradients. Unlike conventional methods that divide the higher-order stress, this theory focuses on dividing the plastic strain gradient into energetic and dissipative components. The moment stress that arises from minimizing a dissipating potential demonstrates a nonlinear evolution over time, resembling the Armstrong–Frederick nonlinear kinematic hardening rule in classical plasticity. The thermodynamically consistent framework establishes additional dissipation in the dissipation inequality. The energetic moment stress saturates as the effective plastic strain increases during plastic flow. In contrast to the Gurtin-type nonincremental model, the proposed model smoothly captures the apparent strengthening at saturation without causing a stress jump. A passivated shear layer is analytically assessed to demonstrate that the proposed theory exhibits the same amount of dissipation as the existing Gurtin-type model when they show similar shear responses at saturation. It is also shown that the plastic flow remains continuous under nonproportional loading conditions using an intermediately passivated shear layer problem. Finally, the proposed theory is validated against a recent experiment involving combined bending torsion of an L-shaped beam using a 3D finite element solution. Overall, the proposed model provides an alternative approach to evaluating the size effect within the nonincremental isotropic strain gradient plasticity theory without introducing any stress jump.
TCN-GAWO: Genetic Algorithm Enhanced Weight Optimization for Temporal Convolutional Network
Authors: Gu Shuhuai , Xi Qi , Wang Jing , Qiu Peizhen , Li Mian 
Published: February 2024

AbstractThis article proposes a genetic algorithm (GA)-enhanced weight optimization method for temporal convolutional network (TCN-GAWO). TCN-GAWO combines the evolutionary process of the genetic algorithm with the gradient-based training and can achieve higher predication/fitting accuracy than traditional temporal convolutional network (TCN). Performances of TCN-GAWO are also more stable. In TCN-GAWO, multiple TCNs are generated with random initial weights first, then these TCNs are trained individually for given epochs, next the selection-crossover-mutation procedure is applied among TCNs to get the evolved offspring. Gradient-based training and selection-crossover-mutation are taken in turns until convergence. The TCN with the optimal performance is then selected. Performances of TCN-GAWO are thoroughly evaluated using realistic engineering data, including C-MAPSS dataset provided by NASA and jet engine lubrication oil dataset provided by airlines. Experimental results show that TCN-GAWO outperforms existing methods for both datasets, demonstrating the effectiveness and the wide range applicability of the proposed method in solving time series problems.
Untrained and Unmatched: Fast and Accurate Zero-Training Classification for Tabular Engineering Data
Authors: Picard Cyril , Ahmed Faez 
Published: February 2024

Abstract
In engineering design, navigating complex decision-making landscapes demands a thorough exploration of the design, performance, and constraint spaces, often impeded by resource-intensive simulations. Data-driven methods can mitigate this challenge by harnessing historical data to delineate feasible domains, accelerate optimization, or evaluate designs. However, the implementation of these methods usually demands machine learning expertise and multiple trials to choose the right method and hyperparameters. This makes them less accessible for numerous engineering situations. Additionally, there is an inherent trade-off between training speed and accuracy, with faster methods sometimes compromising precision. In our paper, we demonstrate that a recently released general-purpose transformer-based classification model, TabPFN, is both fast and accurate. Notably, it requires no dataset-specific training to assess new tabular data. TabPFN is a prior-data fitted network, which undergoes a one-time offline training across a broad spectrum of synthetic datasets and performs in-context learning. We evaluated TabPFN’s efficacy across eight engineering design classification problems, contrasting it with seven other algorithms, including a state-of-the-art automated machine learning (AutoML) method. For these classification challenges, TabPFN consistently outperforms in speed and accuracy. It is also the most data-efficient and provides the added advantage of being differentiable and giving uncertainty estimates. Our findings advocate for the potential of pre-trained models that learn from synthetic data and require no domain-specific tuning to make data-driven engineering design accessible to a broader community and open ways to efficient general-purpose models valid across applications. Furthermore, we share a benchmark problem set for evaluating new classification algorithms in engineering design.
Hospital care in the first 10 years of life of children with congenital anomalies in six European countries: data from the EUROlinkCAT cohort linkage study
Authors: Morris Joan K , Loane Maria , Wahlich Charlotte , Tan Joachim , Baldacci Silvia , Ballardini Elisa , Cavero-Carbonell Clara , Damkjær Mads , García-Villodre Laura , Gissler Mika , Given Joanne , Gorini Francesca , Heino Anna , Limb Elizabeth , Lutke Renee , Neville Amanda , Rissmann Anke , Scanlon leuan , Tucker David F , Urhoj Stine Kjaer , de Walle Hermien EK , Garne Ester 
Published: February 2024

ObjectiveTo quantify the hospital care for children born with a major congenital anomaly up to 10 years of age compared with children without a congenital anomaly.Design, setting and patients79 591 children with congenital anomalies and 2 021 772 children without congenital anomalies born 1995–2014 in six European countries in seven regions covered by congenital anomaly registries were linked to inpatient electronic health records up to their 10th birthday.Main outcome measuresNumber of days in hospital and number of surgeries.ResultsDuring the first year of life among the seven regions, a median of 2.4% (IQR: 2.3, 3.2) of children with a congenital anomaly accounted for 18% (14, 24) of days in hospital and 63% (62, 76) of surgeries. Over the first 10 years of life, the percentages were 17% (15, 20) of days in hospital and 20% (19, 22) of surgeries. Children with congenital anomalies spent 8.8 (7.5, 9.9) times longer in hospital during their first year of life than children without anomalies (18 days compared with 2 days) and 5 (4.1–6.1) times longer aged, 5–9 (0.5 vs 0.1 days). In the first year of life, children with gastrointestinal anomalies spent 40 times longer and those with severe heart anomalies 20 times longer in hospital reducing to over 5 times longer when aged 5–9.ConclusionsChildren with a congenital anomaly consume a significant proportion of hospital care resources. Priority should be given to public health primary prevention measures to reduce the risk of congenital anomalies.