Lijdelijkheid in geding:een vergelijkend onderzoek naar de mate van zeggenschap van de rechter in de civiele dagvaardings- en verzoekschriftprocedure en in administratieve procedures

De druk op de burgelijke rechter om zich in het geding actiever en bedrijviger op te stellen is ten gevolge van een aantal ontwikkelingen op het gebied van procesrecht de laatste jaren sterk toegenomen. Enerzijds speelt de rechter zelf op deze eisen in door zich, binnen zijn wettelijke bevoegdheden, actiever in het geding op te stellen. Anderzijds heeft de wetgever de rechter meer bevoegdheden gegeven zoals blijkt uit de nieuwe regeling van het bewijsrecht, het systeem van de comparitie-na-antwoord en uit de nieuwe kantongerechtsprocedure die op 30 december 1991 in werking treedt. Ook door steeds vaker de verzoekschriftprocedure voor contentieuze geschillen voor te schrijven legt de wetgever meer het accent op een actiever optreden van de rechter. ... Zie: Samenvattin

Analysing the effect of a dynamic physical environment network on the travel dynamics of forcibly displaced persons in Mali

Data Availability Statement: The exact code used for this work is available here: https://github.com/djgroen/flee/tree/pt-accessibility; All input files are available here: https://github.com/djgroen/FabFlee/tree/aed751fd10333ed4394578f48133b6cb0e733242/config_files/mali-freek; Output files can be generated using the code and input files (see https://flee.readthedocs.io for instructions).Supplementary Materials: Electronic Supplementary Material for this paper is available at: https://www.sciltp.com/journals/ijndi/2024/1/348/s1.As of 2023, the world has approximately 100 million refugees, many of whom have been displaced by violent conflicts. Accurately predicting where these people may go can help non-government organisations (NGOs) and other support organisations to more effectively help these refugees. In this paper, we extend the existing flee migration forecasting model which models migration using intelligent agents with a dynamic network that represents the physical environment. In doing so, we integrate time-dependent data into four different characteristics from three public data sources. We obtain data from aspects such as the slope, drainage, soil and infrastructure, and use these aspects to systematically modify the movement preferences of forcibly displaced agents in the flee model. We showcase our approach by applying it to the 2012 northern Mali conflict. We find that numerous routes previously deemed traversable are actually inaccessible for prolonged periods according to sensor data, and a range of off-road routes are instead traversable for vehicles. We also perform a validation comparison with the original modelling approach, and find that our revised representation of travel routes leads to a reduction of 4.5% in the averaged relative difference. Our approach can be reused in other flee conflict contexts, of which five are present in the EU-funded ITFLOWS project alone. Our work provides the ability to represent a dynamic physical environment and potentially improves the simulation accuracy in a range of flee conflict situations.This work was supported by the ITFLOWS project and the HiDALGO project, both of which have received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 882986 and 824115, respectively. In addition, this work was supported by EPSRC under grant agreement EP/W007711/1

Eczema control and treatment satisfaction in atopic dermatitis patients treated with dupilumab - a cross-sectional study from the BioDay registry

Background Eczema control is a new construct to be measured in atopic dermatitis (AD). Objectives Measuring patient-perceived eczema control and treatment satisfaction in AD patients, treated with dupilumab between 16 and 52 weeks. Methods Cross-sectional questionnaire study. Patients from the Dutch BioDay registry completed the Atopic Dermatitis Control Test (ADCT), Recap of Atopic Eczema (RECAP) and Treatment Satisfaction Questionnaire for Medication, Version II (TSQM v. II), along with other Patient Reported Outcome Measures (PROMs). Results 104/157 patients responded (response rate 66.2%). Median ADCT score was 4 (interquartile range [IQR] 5); median RECAP score was 5 (IQR 6); median TSQM v.II global satisfaction score was 83.3 (IQR 25.0). According to the ADCT, 38.5-66.3% perceived their AD was 'in control', depending on the interpretability method used. Minimally clinically important difference (MCID) of >= 4 points for the DLQI and POEM was achieved respectively in N = 66 (84.6%) and N = 63 (78.8%) patients. Conclusion When considering the favorable scores on other PROMs and the TSQM v. II, and comparing these to the relatively low percentage of patients perceiving control according to the ADCT, interpretability of eczema control still appears difficult. Treatment satisfaction in the studied cohort was high