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Purpose This study aimed to evaluate the outcome of argon laser therapy for nonresolving central serous chorioretinopathy (CSCR) in a Saudi patient population. Patients and methods This is a prospective case series study of 20 eyes (20 patients) having nonresolving CSCR. In all of them, no signs of spontaneous improvement were noticed in 3 months. The assessment of the patients, including history
Background: Obesity and type 2 diabetes (T2DM) are considered risk factors for complications following total hip arthroplasty (THA). How these risk factors separately or in combination influence the risk of reoperation due to periprosthetic joint infection (PJI) or all-cause reoperation is not fully known. We sought to investigate the 2-year risk of reoperation following THA due to osteoarthritis
Introduction This study aimed to evaluate the clinical impact of implementing routine emergency computed tomography (eCT) for all patients presenting with suspected acute renal colic at the emergency department (ED). Material and methods We did a retrospective observational study of all patients who underwent eCT for suspected acute renal colic at the ED in Helsingborg between May 9, 2023 and May
Occupations that are highly cognitive, non-physical, and low in social interaction - typically higher-skill white-collar roles such as data analysts, software developers, and translators - turn out to be highly AI-exposed • Occupations requiring manual dexterity or intensive interpersonal contact - such as construction labourers or nursing aides - remain among the least exposed to current AI techn
The sum of a random number of independent and identically distributed random vectors has a distribution which is not analytically tractable, in the general case. The problem has been addressed by means of asymptotic approximations embedding the number of summands in a stochastically increasing sequence. Another approach relies on fitting flexible and tractable parametric, multivariate distributionThe sum of a random number of independent and identically distributed random vectors has a distribution which is not analytically tractable, in the general case. The problem has been addressed by means of asymptotic approximations embedding the number of summands in a stochastically increasing sequence. Another approach relies on fitting flexible and tractable parametric, multivariate distribution
In recognition of outstanding articles published in the Journal of Comparative Physiology A, Editors’ and Readers’ Choice Awards are conferred annually to the top papers in the categories Original Research Paper and Review/Review-History Article. The recipients of the 2026 Editors’ Choice Awards were selected based on votes cast by the Editorial Board on articles published in 2025. In the category
Introduction Systemic inflammation is postulated to mediate heat stroke and heat-related organ injury, yet acute inflammatory responses among heat-stressed workers remains poorly understood. We aimed to describe neutrophil mobilisation and potential release of DNA during heat stress in multiple hot occupational settings and a controlled experimental setting. Methods Neutrophil:lymphocyte ratio (NL
Thermal energy storage is likely to be integral to a sustainable, secure and affordable energy system facing ever greater challenges in matching supply and demand. Techno-economic studies have explored the potential for thermal storage deployment, but transitions in the energy system are also influenced by the activities and decisions of an array of actors. We gathered new empirical evidence from
There is widespread recognition of the need for new homes to feature only low or zero-carbon (LZC) heating. However, residential developers continue to choose conventional high-carbon options such as natural gas boilers over net-zero compatible alternatives. This study explores how UK local authorities (LAs) within the English planning system can encourage residential developers to deploy LZC heat
Shared ground loops (SGLs) combine shared ground heat exchangers with distributed heat pumps across multiple properties and may offer a route to decarbonise heating where individual heat pumps or heat networks are not feasible. SGLs can be installed in homes and buildings with limited outside space for a heat pump or insufficient demand density to support a heat network. To make the most of potent
The potential to source thermal energy from buried infrastructure such as tunnels and metro stations may offer significant potential to reduce the carbon dioxide emissions of heating and cooling, and reduce the costs associated with dedicated drilling for traditional ground-sourced systems. However, this remains a niche approach with few commercial schemes globally, partly due to high initial cost
Wind-driven rain (WDR) is a key source of façade moisture risk. ISO 15927-3 estimates WDR using static wall-factor tables, limited in scope and unable to capture façade-specific geometry or sheltering. This study introduces a BIM‑native workflow that dynamically computes wall factor as a geometry‑derived exposure fraction, evaluated per façade cell via ray tracing and power‑law‑based cell‑level he
Background and Aim: Dysphagia is a common symptom which can be caused by several functional and organic conditions. The aim of the present retrospective study was to re-evaluate examinations from patients diagnosed with functional dysphagia/hypersensitive esophagus and to evaluate relationship between bolus arrest and symptoms/comorbidities. Methods: All elective radiological swallowing examinatio
Rapid and deep energy system decarbonisation is essential to a safe future. Thermal energy storage may hold the key to significant carbon reduction of the heating, cooling and electricity sectors, but the UK remains largely locked in to a fossil-fuel based heating regime. Global urbanisation trends mean cities are crucial to the net-zero transition. This thesis provides a sociotechnical analysis o
Shared ground heat exchange can deliver low-carbon electrified heat where individual heat pumps or heat networks are not feasible, such as in terraced homes. However, there is a policy gap around these mid-scale heat solutions. We outline the benefits and challenges of shared ground heat exchange, and actions needed by policy, housing, and innovation stakeholders to support further deployment.
State-of-the-art attosecond photoionization experiments are identified as a new platform to test Born’s rule—a postulate of quantum mechanics. A simulation of the so-called Sorkin test under typical experimental conditions infers an achievable measurement precision in the range of the best Sorkin tests to date, demonstrating new opportunities for high-precision tests of Born’s rule via nonlinear m
