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A computational method to simulate bimolecular quenching reactions using coarse-grained reaction-diffusion dynamics is presented and applied to the quenching of molecular photosensitizers in solution. The simulations describe photoinduced reactions involving explicit excited states of light-harvesting species together with intrinsic deactivation, as well as collision quenching from separate quench

Background & Aims Microscopic colitis (MC) is a leading cause of chronic diarrhea, particularly in older adults. Although many patients respond to budesonide, refractory and dependent cases pose major therapeutic challenges. Although the off-label use of advanced inflammatory bowel disease therapies is expanding, robust real-world data remain scarce. Methods Through the ECCO CONFER network, we

This report presents findings from a case study on food sharing in Utrecht conducted within the CULTIVATE project (Co-designing Food Sharing Innovation for Resilience, https:// cultivate-project.eu/), funded by the EU Horizon Research and Innovation Programme (GA#101083377). It contributes to Task 3.1 in Work Package (WP) 3, examining the economic, social, and environmental dimensions of food shar

Critical infrastructure networks are susceptible to disruptions, and an imbalanced distribution of component importance can significantly amplify their vulnerability to cascading failures or targeted attacks. This study introduces a novel bi-objective optimization framework designed to enhance network resilience by strategically balancing component importance in multi-commodity spatial networks. T

Vegetation is known to have different effects in shallow water environments, including changes in hydrodynamics. This often creates the need to include vegetation in large scale hydrodynamic models, which nowadays can already be achieved using some software packages available in the market. This work, however, had the purpose to test simple methods to simulate vegetation in hydrodynamic models wit

The thesis examines the intergenerational transmission of three outcome variables between different ethnic groups of first and second generation immigrants in Sweden. The outcome variables studied are income, education and employment. Aggregated data is used to study the differences in the outcome variables between groups. Significant for all the outcome variables is a high level of transmission f

Excited states in 251Md have been populated by decay of an isomeric state at Ex ≈ 1174 keV and studied via delayed γ-ray spectroscopy. We observe the population of two rotational bands, one of which we identify as the Nilsson π7/2[514] ground-state band and the other we propose is based on the π9/2[624] configuration. From the observed decay pattern, we suggest that the isomer spin parity is 23/2+

This book explores the practice of Nature-Based Solutions (NBS) in the cities of the Global South. NBS are recognized as a key strategy for achieving sustainable development, and they are being implemented in a variety of sectors such as urban planning, agriculture, forestry, and water management. They offer a wide range of benefits, but there is a gap between research and practice across cities f

By the use of relativistic many-body theory, the hyperfine structure of the 7p state of Fr211 was calculated. By including polarization effects in all orders, good agreement for the magnetic dipole constant was obtained. In the same way, a new value of the electric quadrupole moment is obtained: Q=-240 mb for Fr211(P322).

It has been shown by Fano [1] that photoionization of a cesium atom by a laser pulse tuned to the vicinity of a Cooper minimum generates spin-polarized electrons. Here we show that while photoionization of rare gases does not provide large spin polarization in the vicinity of the Cooper minimum, the Fano resonances yield much higher overall spin polarization (≥40%). The spin polarization increases

During the last decades, MgMg and alloys gained interest as degradable implant materials: its mechanical propertiesMechanical properties are close to bone and a second surgery for removing them can be avoided. Properties are gained from chemical composition and processing as they are responsible for microstructureMicrostructure development. However, this is not good enough in many cases. When the

Complicated colonic diverticulitis remains a frequent cause of hospital admissions in Western countries, associated with significant morbidity and health care utilization. Complications include abscess formation, perforation, sepsis, fistulas, and colonic stenosis, which may be present at initial presentation or develop during the disease course. Approximately 10%-20% of hospitalized diverticuliti

The dynamics of chemical reactions in solution are of paramount importance in fields ranging from biology to materials science. Because the hydrogen-bond network and proton dynamics govern the behavior of aqueous solutions, they have been the subject of numerous studies over the years. Here, we report the observation of a previously unknown associative state in the hydroxide ion that forms when a

Aims: This study surveyed individuals and caregivers of children who received teplizumab at stage 2 type 1 diabetes (T1D) to garner real-world experiences and their health outlook for the future following treatment with the first approved disease-modifying immune therapy for delaying the onset of Stage 3 T1D. Materials and Methods: This was a cross-sectional, observational, online survey (conducte

Moisture damages lead to significant costs and impact indoor environments negatively. Identifying their occurrence patterns is crucial for the implementation of preventive or mitigative measures, though it remains highly challenging due to the complex interplay of multidimensional variables. This study aims to identify primary moisture damage profiles in Swedish buildings and evaluate their preval

The current investigation explores the surface effects of quasiatomic layer etching (Q-ALE) of silicon (Si), focusing on the interplay of process parameters, such as Ar+ ion energy, and their impact on etch rate, surface roughness, and material damage. Using a chlorine-based reactive ion etching tool at varying radio frequency bias voltages, the ion energy distribution and etching characteristics

Chaperones may retard the aggregation of other proteins and increase their solubility. An important goal is a thermodynamic understanding of such an action. Here, the chaperone DNAJB6b (JB6) is found to suppress amyloid formation of the protein α-synuclein (α-syn) leading to a reduced rate of fibril formation and an increase in apparent solubility of α-syn. These findings were reached at mildly ac