bluuebunny/crossref_metadata_2025_split huggingface dataset:
Supply and demand: Brokerage as the new tango in home care
Authors: Mee Jenny , Jones Linda , Kim Jeong‐ah 
Published: June 2024

AbstractThe performance of home care globally is significantly impacted by the political reforms in the public and private sectors. This research investigated the Australian contexts of home care quality and the use of “brokerage” during times of change. The research utilised a qualitative post‐structural approach to gather data about home care service provision through conducting semi‐structured interviews of 10 Australian home care business leaders. What emerged in the discourse was how central to everyday practices was the need for business leaders to network and ‘dance a political tango’ to ensure quality in service provision. Illuminated was how the leaders pushed back against governmental and economic structures by using models of brokerage to compensate for economic and staffing deficiencies. This is essential for the ongoing improvement and performance of home care in the Australian social arena of caring for our most vulnerable consumers.
Psychosocial burden in patients with chronic laryngopharyngeal symptoms with and without pathologic acid reflux
Authors: Liu Kelli , Krause Amanda J. , Greytak Madeline , Taft Tiffany , Walsh Erin , Yadlapati Rena 
Published: June 2024

AbstractBackgroundPatients with chronic laryngopharyngeal symptoms, with or without pathologic reflux, frequently have poor response to standard therapies, which may be a result of overlapping cognitive‐affective processes. Therefore, the aims of this study included measuring psychosocial distress and laryngeal‐specific cognitive distress in patients with chronic laryngopharyngeal symptoms (LPS) as well as comparing these among laryngeal symptomatic patients with and without conclusive gastroesophageal reflux disease (GERD).MethodsThis prospective, single‐center study enrolled adults with chronic LPS from 9/22 to 6/23. Patients completed eight questionnaires on quality of life, symptom burden, and psychosocial distress. The laryngeal cognitive affective tool (LCAT) assessed laryngeal‐specific hypervigilance and anxiety; LCAT scores ≥33 were elevated. All patients underwent objective testing with endoscopy and/or ambulatory reflux monitoring and were categorized as proven GERD (GER+) or no proven GERD (GER−).Key ResultsOne hundred twenty‐nine patients were included: 66% female, mean age 54.1 (17.5) years, mean BMI 27.6 (6.8) kg/m2, 66% Caucasian, 57% with an elevated LCAT, and 53% GER+. Moderate‐to‐severe anxiety was found in 39% and moderate‐to‐severe depression in 19%. An elevated LCAT alone or with an elevated anxiety/depression score was found in 58%. Patient‐reported outcomes scores, including LCAT scores (32.9 (13.8) GER− vs. 33.1 (12.6) GER+, p = 0.91), were similar between patients with and without GER+.Conclusions and InferencesPatients with chronic LPS experience heightened levels of hypervigilance, symptom‐specific anxiety, and psychosocial distress, regardless of the presence of pathologic GER.
Sino‐atrial nodal artery occlusion causing acute sinus node dysfunction after percutaneous coronary intervention: Case report and systematic review
Authors: Jariwala Pankaj , Gude Dilip , Kulkarni Gururaj Pramod , Jariwala Anusha 
Published: June 2024

AbstractBackgroundNew antithrombotic medications and improved stent designs have reduced branch occlusion, although the sino‐atrial nodal artery (SANA) may still be occluded after a percutaneous coronary intervention (PCI), causing sinus node dysfunction (SND). Ischemic sinus nodes are usually asymptomatic but can cause sinus arrest sometimes requiring pacemaker placement. In rare cases, junctional escape rhythms, a manifestation of sinus exit blocks after PCI, can predict cardiogenic shock.MethodsWe present a case study of a patient who underwent bifurcation PCI to the LMCA to the LCX but subsequently developed cardiogenic shock as a result of SND, a junctional escape rhythm required substantial inotropic support. This case offers an exemplification of a sparsely documented, yet infrequent manifestation of iatrogenic ischemic SND at an unorthodox site, the confluence of the LMCA‐LCX. In addition, we conducted a comprehensive analysis of 22 scholarly works pertaining to the subject of sinus node dysfunction (SND) subsequent to PCI resulting from ischemia caused by stenosis or occlusion of the SANA.ResultsRCA was responsible for 96.1% of SND cases, whereas LCX was responsible for 3.9%. SND was asymptomatic in 49.3% of cases and junctional escape rhythm in 37.6% of symptomatic cases. 28% needed a temporary transvenous pacemaker, while 7.8% needed a permanent one. Interventional management recanalized the SANA in 5.2% of patients, restoring flow.ConclusionTransient sino‐atrial node ischemia after PCI can cause acute SND. Before stent implantation, doctors should consider SND. Complete plaque evaluation around the SANA is needed before choosing the best PCI procedure.
Types and mechanisms of idiographic change during guided self‐help for anxiety
Authors: Headley Emma , Kellett Stephen , Bee Charlotte , Lancashire Jess , Aadahl Vikki , Bone Claire , Power Niall 
Published: June 2024

AbstractObjectivesTo compare idiographic change during two formats of guided self‐help (GSH); cognitive‐behavioural therapy guided self‐help (CBT‐GSH) and cognitive analytic therapy guided self‐help (CAT‐GSH).DesignQualitative inductive thematic analysis.MethodsSemi‐structured interviews with N = 17 participants with a reliable change outcome on the GAD‐7 after completing GSH for anxiety. Changes were categorised and themes extracted.ResultsNo differences between CAT‐GSH and CBT‐GSH were found regarding types of change reported. The five overarching themes found were personal qualities of success, enlightenment through understanding, specific tools and techniques, changes to relationships and tailoring support. Four themes maximally differentiated between the two different types of GSH; CAT‐GSH enabled relational insight and change whilst CBT‐GSH enabled better understanding of anxiety, new coping techniques and supportive relationships.ConclusionsBoth common and model‐specific factors contribute to patient change during GSH. Whilst all forms of GSH are grounded in the psychoeducational approach, separate theoretical foundations and associated methods facilitate different types of ideographic change.
Combining ability and multiple parent‐based approach to derive simultaneous transgressive segregants for multiple traits in cotton (Gossypium hirsutum L.)
Authors: Nidagundi Jayaprakash Mohan , Hugar Anusha Ashok , Revanasiddayya  , Korappala Vani , Shiva Kalva , Patil Sudha , Shivamurthy Rashmi , Madakasira Yarrappa Ajayakumar , Hanchinal Shivanand Guranna 
Published: June 2024

AbstractPlant breeders are always in pursuit of desirable genes and gene complexes, leading to identification of potential and promising individuals/segregants often exhibiting traits with higher intensity. Identifying segregants with desirable combination of multiple traits would enable a breeder to develop superior cultivars. In this study, combining ability and multiple parent‐based approach was employed to derive segregants simultaneously superior for multiple traits. Single and double crosses were developed by crossing 11 parental lines in half diallel fashion and were evaluated under seven environments. To create crosses, the parental lines with the highest positive gca effects were selected in addition to desirable yield and fibre quality traits (SCYP, NOBP, BW, GOT, UHML and FS). The positive and significantly higher gca effects in these parents is an evidence of prominence of additive and additive × additive component of genetic variance. To identify desirable segregants, six F2 populations derived from four single and their two double crosses were evaluated by raising an optimal population size of 910–935 and 3040–3055 plants for single and double crosses, respectively. In each population, proportion of desirable and simultaneous transgressive segregants was estimated. A total of 19 (2.87%), 22 (3.32%) and 24 (3.60%) plants were transgressive in nature simultaneously for multiple traits in single crosses, namely, RAHH‐1755 and RAHH‐455, and double cross, namely, RHDC‐1933, of Group I, respectively. While in Group II, 22 (3.32%), 22 (3.32%) and 24 (3.60%) plants showed simultaneous transgressive segregation in RAHH‐1702, SHH‐818 and RHDC‐1940, respectively. The per cent simultaneous transgressive segregants were found to be higher in the double crosses compared with their respective single crosses, possibly for the reason that double crosses involve more number of parents owing to increased recombination. Hence, breeding for desirable segregating recombinants using diallel and multiple parent‐based approach paves the way towards directional selection based on combining ability making it more efficient compared with conventional means of hybridization followed by selection.
CmPIF8‐CmERF27‐CmACS10‐mediated ethylene biosynthesis modulates red light‐induced powdery mildew resistance in oriental melon
Authors: Wu Xutong , Wang Lixia , Xing Qiaojuan , Zhao Yaping , Qi Hongyan 
Published: June 2024

AbstractPowdery mildew is a serious fungal disease in protected melon cultivation that affects the growth, development and production of melon plants. Previous studies have shown that red light can improve oriental melon seedlings resistance to powdery mildew. Here, after inoculation with Podosphaera xanthii, an obligate fungal pathogen eliciting powdery mildew, we found that red light pretreatment increased ethylene production and this improved the resistance of melon seedlings to powdery mildew, and the ethylene biosynthesis gene CmACS10 played an important role in this process. By analysing the CmACS10 promoter, screening yeast one‐hybrid library, it was found that CmERF27 positively regulated the expression of CmACS10, increased powdery mildew resistance and interacted with PHYTOCHROME INTERACTING FACTOR8 (CmPIF8) at the protein level to participate in the regulation of ethylene biosynthesis to respond to the red light‐induced resistance to P. xanthii, Furthermore, CmPIF8 also directly targeted the promoter of CmACS10, negatively participated in this process. In summary, this study revealed the specific mechanism by which the CmPIF8‐CmERF27‐CmACS10 module regulates red light‐induced ethylene biosynthesis to resist P. xanthii infection, elucidate the interaction between light and plant hormones under biological stress, provide a reference and genetic resources for breeding of disease‐resistant melon plants.
Two concepts of directed obligation
Authors: de Kenessey Brendan 
Published: June 2024

AbstractThis paper argues that there are two importantly distinct normative relations that can be referred to using phrases like ‘X is obligated to Y,’ ‘Y has a right against X,’ or ‘X wronged Y.’ When we say that I am obligated to you not to read your diary, one thing we might mean is that I am subject to a deontological constraint against reading your diary that gives me a non‐instrumental, agent‐relative reason not to do so, and which you are typically in a unique position to waive with consent. I call this first relation the constraint relation. A second thing we might mean is that you are in a position to fittingly hold me personally accountable for reading your diary by demanding that I not read your diary, resenting me if I do so without excuse, and deciding whether to forgive me for this afterwards. I call this second relation the accountability relation. Though these two kinds of directed obligation often coincide, I argue that they are extensionally dissociable and play different normative roles. We cannot provide an adequate theory of ‘obligation to’ until we recognize that this phrase denotes not one relation, but two.
Travel bubble policies for low‐risk air transport recovery during pandemics
Authors: Zhou Yaoming , Li Siping , Kundu Tanmoy , Choi Tsan‐Ming , Sheu Jiuh‐Biing 
Published: June 2024

AbstractGlobal pandemics restrict long‐haul mobility and international trade. To restore air traffic, a policy named “travel bubble” was implemented during the recent COVID‐19 pandemic, which seeks to re‐establish air connections among specific countries by permitting unrestricted passenger travel without mandatory quarantine upon arrival. However, travel bubbles are prone to bursting for safety reasons, and how to develop an effective restoration plan through travel bubbles is under‐explored. Thus, it is vital to learn from COVID‐19 and develop a formal framework for implementing travel bubble therapy for future public health emergencies. This article conducts an analytical investigation of the air travel bubble problem from a network design standpoint. First, a link‐based network design problem is established with the goal of minimizing the total infection risk during air travel. Then, based on the relationship between origin‐destination pairs and international candidate links, the model is reformulated into a path‐based one. A Lagrangian relaxation‐based solution framework is proposed to determine the optimal restored international air routes and assign the traffic flow. Finally, computational experiments on both hypothetical data and real‐world cases are conducted to examine the algorithm's performance. The results demonstrate the effectiveness and efficiency of the proposed model and algorithm. In addition, compared to a benchmark strategy, it is found that the infection risk under the proposed travel bubble strategy can be reduced by up to 45.2%. More importantly, this work provides practical insights into developing pandemic‐induced air transport recovery schemes for both policymakers and aviation operations regulators.
The Experience of Suspension among Political Identities; Kurdish Nationality and Aspiration for Kurdistani Citizenship among Kurdish Immigrants in Western Europe
Authors: Mofidi Sabah 
Published: June 2024

AbstractThe conflict between the Perso‐Shiite state and its opposition, especially Kurdish political organizations in Iran/Eastern Kurdistan, and their subsequent suppression, has led to the migration of many Kurds since the early 1980s. This exodus has affected their political identification. Here, changes toward nationality and citizenship in the attitude of the first‐generation Kurdish immigrants with a leftist political background living in Germany, The Netherlands, Sweden and France will be analyzed. From the perspective of the relationship between individual and political organization, state and society/community, it seeks to uncover that how these migrants think about different collective political identities, how their views have changed, and which collective social identity has had most impact on shaping their political view. Following a qualitative approach, data were collected through in‐depth semi‐structured and focus group interviews. The findings show that the interviewees within the extra‐organizational Kurdish convergence in Europe have tried to reidentify themselves politically by moving away from the political climate of Iran, while Kurdishness shapes their view on nationality and citizenship. Although the European states officially recognize them as Iranian nationals, they themselves see this as an imposed citizenship. In their current situation, many of them, while emphasizing their Kurdish nationality and wishing for Kurdistani citizenship, prefer to be recognized only as citizens of European countries and not be attributed to Iran.
Pragmatic Prediction Model of Droplet Trajectory in a Turbine Cascade
Authors: Oshima Ippei , Furuichi Mikito 
Published: June 2024

Abstract
Droplet deposition on a turbine cascade is important for the turbine system performance but its experimental analysis is difficult. Thus, the simulation of a droplet liquid phase in a gas flow field was studied to optimize turbine cascade design. However, the computational fluid dynamics (CFD)-based approach for such droplet problems requires enormous costs. Thus, the application of CFD simulation in the turbine blade's early-stage design is challenging, requiring iterative optimization for adjusting design with performance prediction. Therefore, this study proposed an analytical prediction method, having a reasonable cost and moderate accuracy, as an alternative to the whole multi-phase numerical simulation approach. The proposed method predicts droplet motion using the outline of the turbine blade and gas–liquid physical properties. Furthermore, the approach was validated by performing a three-dimensional Eulerian–Lagrangian simulation with low-pressure turbine blade T106. It was found that the droplet trajectories in the turbine cascade are governed by Stokes number. Furthermore, the streamlines of the gas flow were characterized by the shape of the turbine blade. The proposed model reproduced droplet trajectories obtained using CFD within an error margin of 10%. Consequently, it was concluded that the proposed analytical model is a promising approach to predict the droplet trajectory in a turbine cascade, obtained by the three-dimensional numerical simulation at a low cost.
Data-Driven Aircraft Modeling for Robust Reinforcement Learning Control Synthesis With Flight Test Validation
Authors: Benyamen Hady , Chowdhury Mozammal , Keshmiri Shawn 
Published: June 2024

Abstract
Low-fidelity engineering-level dynamic models are commonly employed while designing uncrewed aircraft flight controllers due to their rapid development and cost-effectiveness. However, during adverse conditions, or complex path-following missions, the uncertainties in low-fidelity models often result in suboptimal controller performance. Aircraft system identification techniques offer alternative methods for finding higher fidelity dynamic models but can be restrictive in flight test requirements and procedures. This challenge is exacerbated when there is no pilot onboard. This work introduces data-driven machine learning (ML) to enhance the fidelity of aircraft dynamic models, overcoming the limitations of conventional system identification. A large dataset from twelve previous flights is utilized within an ML framework to create a long short-term memory (LSTM) model for the aircraft's lateral-directional dynamics. A deep reinforcement learning (RL)-based flight controller is developed using a randomized dynamic domain created using the LSTM and physics-based models to quantify the impact of LSTM dynamic model improvements on controller performance. The RL controller performance is compared to other modern controller techniques in four actual flight tests in the presence of exogenous disturbances and noise, assessing its tracking capabilities and its ability to reject disturbances. The RL controller with a randomized dynamic domain outperforms an RL controller trained using only the engineering-level dynamic model, a linear quadratic regulator controller, and an L1 adaptive controller. Notably, it demonstrated up to 72% improvements in lateral tracking when the aircraft had to follow challenging paths and during intentional adverse onboard conditions.
HIV pre-exposure prophylaxis and opportunities for vaccination against hepatitis A virus, hepatitis B virus and human papillomavirus: an analysis of the Ontario PrEP cohort study
Authors: McGarrity Matthew W , Lisk Ryan , MacPherson Paul , Knox David , Woodward Kevin S , Reinhart Jeffrey , MacLeod John , Bogoch Isaac I , Clatworthy Deanna , Biondi Mia J , Sullivan Sean T , Li Alan T W , Durrant Garfield , Schonbe Andrew , Ongoiba Fanta , Raboud Janet , Burchell Ann N , Tan Darrell H S 
Published: June 2024

ObjectivesPopulations who seek HIV pre-exposure prophylaxis (PrEP) are disproportionately affected by hepatitis A virus (HAV), hepatitis B virus (HBV) and human papillomavirus (HPV). We examined immunity/vaccination against these infections among participants in the Ontario PrEP cohort study (ON-PrEP).MethodsON-PrEP is a prospective cohort of HIV-negative PrEP users from 10 Ontario clinics. We descriptively analysed baseline immunity/vaccination against HAV (IgG reactive), HBV (hepatitis B surface antibody >10) and HPV (self-reported three-dose vaccination). We further performed multivariable logistic regression to identify characteristics associated with baseline immunity/vaccination. We used cumulative incidence functions to describe vaccine uptake among participants non-immune at baseline.ResultsOf 633 eligible participants, 59.1% were white, 85.8% were male and 79.6% were gay. We found baseline evidence of immunity/vaccination against HAV, HBV and HPV in 69.2%, 81.2% and 16.8% of PrEP-experienced participants and 58.9%, 70.3% and 10.4% of PrEP-naïve participants, respectively. Characteristics associated with baseline HAV immunity were greater PrEP duration (adjusted OR (aOR) 1.41/year, 95% CI 1.09 to 1.84), frequent sexually transmitted and bloodborne infection (STBBI) testing (aOR 2.38, 95% CI 1.15 to 4.92) and HBV immunity (aOR 3.53, 95% CI 2.09 to 5.98). Characteristics associated with baseline HBV immunity were living in Toronto (aOR 3.54, 95% CI 1.87 to 6.70) or Ottawa (aOR 2.76, 95% CI 1.41 to 5.40), self-identifying as racialised (aOR 2.23, 95% CI 1.19 to 4.18), greater PrEP duration (aOR 1.39/year, 95% CI 1.02 to 1.90) and HAV immunity (aOR 3.75, 95% CI 2.19 to 6.41). Characteristics associated with baseline HPV vaccination were being aged ≤26 years (aOR 9.28, 95% CI 2.11 to 40.77), annual income between CAD$60 000 and CAD$119 000 (aOR 3.42, 95% CI 1.40 to 8.34), frequent STBBI testing (aOR 7.00, 95% CI 1.38 to 35.46) and HAV immunity (aOR 6.96, 95% CI 2.00 to 24.25). Among those non-immune at baseline, overall cumulative probability of immunity/vaccination was 0.70, 0.60 and 0.53 among PrEP-experienced participants and 0.93, 0.80 and 0.70 among PrEP-naïve participants for HAV, HBV and HPV, respectively.ConclusionsBaseline immunity to HAV/HBV was common, and a sizeable proportion of non-immune participants were vaccinated during follow-up. However, HPV vaccination was uncommon. Continued efforts should be made to remove barriers to HPV vaccination such as cost, inclusion in clinical guidelines and provider recommendation.
Construction of rGO and GSH Electrochemical Sensor by Electrodeposition for Naringenin Sensing
Authors: Hu Hui-Ting , Xu Jiang-Tao , Li Bing-Lun , Han Guo-Cheng , Feng Xiao-Zhen , Kraatz Heinz-Bernhard 
Published: June 2024

Naringenin (NRG), a flavanone compound present in citrus fruits, has a variety of beneficial physiological active functions such as antioxidant, anti-inflammatory, and hypoglycaemic. In this study, an sensor was constructed by electrodeposition and used for the electrochemical study of NRG. Reduced graphene oxide (rGO) and glutathione (GSH) showed the ability to synergistically amplify NRG signals and possessed good linearity in the concentration range of 10.00–1200.00 μmol l−1. The linear equation is Ip = 0.0776logc + 0.9353 (R2 = 0.9901), and the limit of detection is 3.33 μmol l−1. The sensor performed well in terms of reproducibility, stability, and selectivity, which in turn enabled the detection of NRG in tomatoes. The average recovery of the sensor is 95.68% to 111.92%, with RSD less than 11.89%. The results were also verified by Ultraviolet–visible spectroscopy(UV-vis). Furthermore, density-functional theory was employed to analyse the front track of the NRG, speculating that the NRG underwent a transfer of two electrons and two protons.