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The Collaborative Care Pathway (CCP-9) is a recovery orientated approach to mental health assessment, case formulation and care planning in a community mental health service. The CCP-9 has been in use for over ten years and a multi-stakeholder evaluation was timely. This study evaluates the satisfaction of service users, families/supporters and Mental Health Professionals with the operation of the CCP-9.
Methods:
Surveys were circulated by post to 169 service users, 105 family members (FMs) and 33 mental health practitioners.
Results:
Response rates were 21% for service users, 24% for FMs and 39% for mental health practitioners. Approximately three-quarters of services users and FMs were satisfied with their involvement in the CCP-9 process. Two thirds of service users and three-quarters of FMs found the feedback on the case formulation and the care plan helpful. However, only a minority of both groups felt that the service user had received adequate support to prepare for discharge. Mental Health Practitioners were unanimous in recognising the CCP-9 process as important to all stakeholders, and as a useful approach to case formulation and care planning.
Conclusions:
Those surveyed recognised the value of the collaborative approach although they did voice some key concerns. More support is required to prepare service users for discharge and to assist service users to access community supports. In addition, adequate resourcing is key to the success and feasibility of the CCP-9.
Individuals with severe mental illness face a significantly reduced life expectancy compared to the general population. Addressing key modifiable risk factors is essential to reduce these alarming rates of mortality in this population. Nutritional psychiatry has emerged as an important field of research, highlighting the important role of nutrition on mental health outcomes. However, individuals with severe mental illness often encounter barriers to healthy eating, including poor diet quality, medication-related side effects such as increased appetite and weight gain, food insecurity and limited autonomy over food choices. While nutrition interventions play a key role in improving health outcomes and should be a standard part of care, their implementation remains challenging. Digital technology presents a promising alternative support model, with the potential to address many of the structural and attitudinal barriers experienced by this population. Nonetheless, issues such as digital exclusion and low digital literacy persist. Integrating public and patient involvement, along with behavioural science frameworks, into the design and delivery of digital nutrition interventions can improve their relevance, acceptability and impact. This review discusses the current and potential role of digital nutrition interventions for individuals with severe mental illness, examining insights, challenges and future directions to inform research and practice.
Despite the recent methodological advancements in causal panel data analysis, concerns remain about unobserved unit-specific time-varying confounders that cannot be addressed by unit or time fixed effects or their interactions. We develop a Bayesian sensitivity analysis (BSA) method to address the concern. Our proposed method is built upon a general framework combining Rubin’s Bayesian framework for model-based causal inference (Rubin [1978], The Annals of Statistics 6(1), 34–58) with parametric BSA (McCandless, Gustafson, and Levy [2007], Statistics in Medicine 26(11), 2331–2347). We assess the sensitivity of the causal effect estimate from a linear factor model to the possible existence of unobserved unit-specific time-varying confounding, using the coefficients of the treatment variable and observed confounders in the model for the unobserved confounding as sensitivity parameters. We utilize priors on these coefficients to constrain the hypothetical severity of unobserved confounding. Our proposed approach allows researchers to benchmark the assumed strength of confounding on observed confounders more systematically than conventional frequentist sensitivity analysis techniques. Moreover, to cope with convergence issues typically encountered in nonidentified Bayesian models, we develop an efficient Markov chain Monte Carlo algorithm exploiting transparent parameterization (Gustafson [2005], Statistical Science 20(2), 111–140). We illustrate our proposed method in a Monte Carlo simulation study as well as an empirical example on the effect of war on inheritance tax rates.
This study offers a phenomenological exploration of unchosen pregnancy as a distinct temporal experience. By bracketing the traditionally dominant concept of pregnancy as culminating in birth, this study unveils the unique temporal contours of early pregnancy, particularly when it is not chosen. Through a critical phenomenology analysis, this study demonstrates how unchosen pregnancy is characterized by extreme temporal disorientation, a heightened experience of multiple temporal layers, and a profound loss of temporal grounding. This description of unchosen pregnancy is intended to open new pathways of thought on the ethical issue of abortions and expand the phenomenological understanding of pregnancy.
Impaired muscle function, aerobic capacity, and fatigue are common in individuals with Fontan circulation. Knowledge regarding the effects of strength training in this population is limited. Therefore, the study aimed to investigate the effects of strength training on dynamic muscle function, aerobic capacity, and fatigue in adults with Fontan circulation compared to matched controls.
Methods:
In this pilot non-randomised controlled trial, nine patients with Fontan circulation (median age 28.9 years [IQR: 23.4–35.0], 44.4% women) and nine age- and sex-matched controls completed a 10-week strength training intervention. Dynamic muscle function was assessed through shoulder flexion, heel rise, elbow flexion, and knee extension tests. Aerobic capacity was evaluated using cardiopulmonary exercise testing, and fatigue using the questionnaire Multidimensional Fatigue Inventory. All assessments were conducted pre- and post-intervention. Within-group changes were analysed using the Wilcoxon signed rank test and between-group differences using the Mann–Whitney U test.
Results:
Patients showed improvements in all muscle function tests post-intervention (shoulder flexions 39.3% [IQR: 18.9–69.7], p = 0.008; heel rise 26.7% [IQR:17.5–58.1], p = 0.008; elbow flexions 57.1% [IQR: 50.0–173.8], p = 0.007; knee extensions 66.7% [24.3–92.9], p = 0.008). The improvements were at comparable levels to controls. Only controls reported reduced fatigue (–19.4% [IQR: –28.7, –10.5], p = 0.01), while patients showed no change (–5.9% [IQR: −25.5, 3.2], p = 0.1). Aerobic capacity remained unchanged. No severe adverse events occurred.
Conclusion:
Strength training is safe and improves dynamic muscle function in patients with Fontan circulation, with changes comparable to those of healthy controls. However, the effect of strength training on fatigue and aerobic capacity requires further investigation.
Sarcopenia, the age-related decline in muscle mass and strength, is a contributor to frailty and reduced quality of life. Emerging evidence suggests an emerging role of the gut microbiome in modulating skeletal muscle through microbial species and metabolites, such as short-chain fatty acids (SCFAs), potentially influencing inflammation, nutrient absorption, and glucose and protein metabolism. This review considers the potential of probiotics, prebiotics, and synbiotics as interventions to mitigate sarcopenia based on animal and human studies, while providing a critique of present barriers that need to be addressed. Preclinical models, including germ-free mice and faecal microbiota transplantation, demonstrate that gut microbiota from healthy or young donors may enhance overall muscle health via reductions in inflammatory and muscle atrophy markers. Limited human studies show that probiotics such as Lactobacillus and Bifidobacterium could improve branched-chain amino acid (BCAA) bioavailability and potentially sarcopenia indices, although findings have been inconsistent. Particularly, challenges including inconsistent microbial assessments, lack of dietary control and interindividual variability due to diet, age, genetics, comorbidities and medications may hinder progress in this field. Delivery methods (e.g. capsules, fermented foods or fortified products) could further complicate efficacy through probiotic stability and dietary restrictions in older adults. Standardised protocols [e.g. Strengthening The Organisation and Reporting of Microbiome Studies (STORMS) checklist] and multi-omics approaches may be critical to address these limitations and identify microbial signatures linked to sarcopenia outcomes. While preclinical evidence highlights mechanistic pathways pertinent to amino acid metabolism, translating findings to humans requires rigorous experimental trials.
By deriving the Euler equations and Rankine–Hugoniot equations in the orthogonal frame field of the shock surface, the three-dimensional curved shock theory based on orthogonal frame of shock surface (3D-CST-boos) is established. In steady flow, this theory can be applied to three-dimensional (3-D) shocks without constraints on the incoming flow conditions. The derived equations elucidate the relationship between the first-order gradients of the preshock and postshock flow parameters and the geometric properties (curvature) of the 3-D curved shock. The correctness of 3D-CST-boos is verified for two-dimensional plane shocks and axisymmetric shocks. The analysis is then extended to the flow patterns of 3-D elliptical convex/concave shocks. Variations in the flow field behind a 3-D elliptical convex shock are explained based on different incoming flow conditions. Simultaneously, the fundamental mechanics underlying the differences between the flow fields of elliptical concave shocks and axisymmetric concave shocks are revealed using 3D-CST-boos. Finally, a concise analysis of the first-order flow parameters is presented for more complex 3-D shocks, including saddle-shaped shocks and cubic surface shocks.
Doubly diffusive convection describes the fluid motion driven by the competing buoyancy forces generated by temperature and salinity gradients. While the resulting convective motions usually occupy the entire domain, parameter regions exist where the convection is spatially localised. Although well studied in planar geometries, spatially localised doubly diffusive convection has never been investigated in a spherical shell, a geometry of relevance to astrophysics. In this paper, numerical simulation is used to compute spatially localised solutions of doubly diffusive convection in an axisymmetric spherical shell. Several families of spatially localised solutions, named using variants of the word convecton, are found and their bifurcation diagram computed. The various convectons are distinguished by their symmetry and by whether they are localised at the poles or at the equator. We find that, because the convection rolls that develop in the spherical shell are not straight but curve around the inner sphere, their strength varies with latitude, making the system prone to spatial modulation. As a consequence, spatially periodic states do not form from primary bifurcations and localised states are forced to arise via imperfect bifurcations. While the direct relevance of this work is to doubly diffusive convection, parallels drawn with the Swift–Hohenberg equation suggest a wide applicability to other pattern-forming systems in similar geometries.
This article examines the national and international context within which Colombian immigration policy developed in the mid-twentieth century. Focussing on Republican refugees from the Spanish Civil War, it traces how and why policymakers and public opinion began to see these groups as potentially harmful to society. It argues that Colombian immigration policy emerged at the intersection of multiple, evolving discourses of race which both helped frame and were shaped by anxieties over a mass influx from Spain. By exploring the stories of several Republicans who tried to come to Colombia, the article also reveals how they helped shape immigration policy.
This study examines the interplay between welfare stigma and need in the decision to claim social welfare benefits in Hong Kong, a liberal welfare city where self-reliance and family obligations are highly valued. Our interviews with seventeen low-income parents, suggest that first, their availability and ability to work influence their self-perceived ‘deservingness’ of aid. This, in turn, affects their anticipated self-stigma and their assessment of needs. Second, having children influences parents’ decisions to claim social welfare benefits through both anticipated stigma and childcare needs. Finally, low-income parents are trapped in an impossible triangle of being a ‘good’ parent, caught between fulfilling parental responsibilities, providing for their children financially, and modeling self-reliance to protect them from welfare stigma. Claiming benefits fulfills the first two but sacrifices self-reliance, while choosing not to claim fulfills the latter two but sacrifices parental responsibilities. Both choices carry emotional consequences that can undermine parent-child relationships.
The Taiwan Incident of 1874 – a prolonged Sino-Japanese confrontation over the killing of Ryukyu castaways, whom Japan claimed as its subjects – marked the full maturation of a new mode of Qing war preparation. This mode was characterized by global coordination, domestic and international competition, and the swift mobilization of personal connections to secure foreign weapons and loans – resources that were often interconnected. Facilitated by the efforts of various actors, this internationalized approach became a standard practice during the empire’s final decades. As the empire could no longer rely on domestic self-sufficiency in arms and funding, Qing military operations came to reflect the broader influence of global military and financial resources. The Qing empire’s capacity to mobilize global resources in pursuit of national objectives helps explain its resilience in an era dominated by imperial powers.
Holocene environmental changes on the Paraty coastal plain in southeastern Brazil unfolded under dynamic sea-level fluctuations and shifting sedimentary regimes. Continental and marine palynomorph analyses, combined with calibrated radiocarbon dating from two sediment cores (JBS1 and JBS2), reveal a continuous depositional record spanning approximately 7800 to 1000 cal yr BP. Sandy mud and muddy sand sequences reflect variable coastal energy conditions through out the mid to late Holocene. Dinoflagellate cyst assemblages indicate a transition from open marine to marginal marine environments, with maximum marine influence between 7000 and 5000 cal yr BP. Terrestrial palynomorphs show a concurrent shift from grassland-dominated landscapes to mixed vegetation including ombrophilous forest taxa. A marked increase in pollen concentration in the upper stratigraphic layer suggests coastal progradation, enhanced continental input, and reduced marine influence during the late Holocene regression. Bayesian age-depth models demonstrate uninterrupted but variable sedimentation rates, with no evidence for erosional surfaces or depositional hiatuses. The results align with regional sea-level reconstructions and under score the role of transgressive-regressive processes and delta infilling in shaping vegetation dynamics. This integrated micropalaeontological and chronostratigraphic approach offers a robust framework for interpreting Holocene palaeoenvironmental evolution in tropical coastal settings.
Pseudoaneurysm after valve-sparing aortic root replacement is uncommon but potentially life-threatening. We report an unusual case of spontaneous resolution of an aortic root pseudoaneurysm that developed in a 14-year-old boy with Marfan syndrome following valve-sparing aortic root replacement. This case suggests that, in carefully selected situations, non-surgical management with intensive follow-up may be beneficial.
In Jishishan County, Linxia Prefecture, Gansu Province, China, the altitude ranges from 1,787 meters to 4,308 meters. At 23:59 Beijing time on December 18, 2023, a magnitude 6.2 earthquake struck Jishishan County. The objective is to report the injury characteristics and medical treatments of those injured in the earthquake.
Methods:
The injury and treatment data were retrospectively collected and analyzed for earthquake-related injuries among patients admitted to the People’s Hospital of Linxia Hui Autonomous Prefecture and the Traditional Chinese Medicine Hospital of Linxia Hui Autonomous Prefecture.
Observations:
A total of 166 patients were hospitalized: 142 at the People’s Hospital of Linxia Hui Autonomous Prefecture and 24 at the Traditional Chinese Medicine Hospital of Linxia Hui Autonomous Prefecture. Among the injured, 40.3% presented with a single injury. The others had multiple injuries: 28.3% had two injuries, 14.5% had three injuries, 12.1% had four injuries, 4.2% presented with five injuries, while only 0.6% were diagnosed with six injuries. Additionally, 78.9% involved fractures alone, 36.8% involved lung contusions, and 34.9% involved both fractures and lung contusions. Conservative treatment was used slightly more than surgery (54.8% versus 45.2%). Among the 75 surgical cases, internal fixation and sutures were the most common (17.4% each). In total, 53.0% of the injured were treated and discharged and 47.0% were transferred to provincial hospitals. In addition, the outcome of injured patients with differing injury conditions was different.
Analysis:
Fractures and multiple injuries were the primary injury types in this study. Suturing and internal fixation were the most common surgical interventions. The core findings of this study provide an important reference for regionalized prevention and treatment of rural earthquake injuries in high-altitude regions.
Un oficial del ejército chileno relata que en 1879 los atacameños (o Lickanantay; actuales comunidades indígenas del interior de la región de Antofagasta, norte de Chile) realizaban procesiones al volcán Licancabur todos los años. Contrastando este relato, nos propusimos investigar el camino de peregrinación que utilizaban desde el pueblo de San Pedro de Atacama hasta dicho centro ceremonial. Entregamos aquí los resultados iniciales de esta investigación y evaluamos la profundidad cronológica de las peregrinaciones a las altas montañas, las que hasta ahora se han considerado una práctica originada con el estado Inka (ca. 500 aP), como el caso del rito de la Capacocha. Si bien nuestros datos son preliminares, son concluyentes en mostrar que las prácticas peregrinas andinas a las montañas son milenarias y que se desarrollaron desde hace unos 3.300 años, continuando hasta fines del siglo diecinueve en el caso del Licancabur. En la actualidad, sin embargo, no hemos logrado dar con ningún registro ni memoria oral que dé cuenta de procesiones desde los oasis sanpedrinos al volcán, develando una notable amnesia histórica colectiva, provocada en gran parte por la reciente delimitación de las fronteras estados-nacionales después de la Guerra del Pacífico.
Accurately modelling wind turbine wakes is essential for optimising wind farm performance but remains a persistent challenge. While the dynamic wake meandering (DWM) model captures unsteady wake behaviour, it suffers from near-wake inaccuracies due to empirical closures. We propose a symbolic regression-enhanced DWM (SRDWM) framework that achieves equation-level closure by embedding symbolic expressions for volumetric forcing and boundary terms explicitly into governing equations. These physically consistent expressions are discovered from large-eddy simulations (LES) data using symbolic regression guided by a hierarchical, domain-informed decomposition strategy. A revised wake-added turbulence formulation is further introduced to enhance turbulence intensity predictions. Extensive verification across varying inflows shows that SRDWM accurately reproduces both mean wake characteristics and turbulent dynamics, achieving full spatiotemporal resolution with over three orders of magnitude speed-up compared to LES. The results highlight symbolic regression as a bridge between data and physics, enabling interpretable and generalisable modelling.