Publications by authors named "W N K A van Mook"

Background: Patients use social media on a daily basis, and they can be restricted under the new Dutch Compulsory Mental Healthcare Act.

Aim: To describe which social media behaviors of psychiatric patients were rightfully restricted by health care professionals and reveal underlying reasons.

Method: We searched for law cases of the courts of first instance and decisions of boards on patients’ complaints from implementation of the new act (2020-2023) about patients’ behaviors related to social media in two open source databases.

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Objectives: Educational initiatives in residency may lack alignment with residents' learning objectives. Furthermore, they may overlook residents' struggle to find fulfilment in their work. Professional identity formation (PIF) is a conceptual lens through which to explore the alignment of educational initiatives with residents' learning objectives.

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Purpose: Organizational culture is considered a protective factor against burnout among ICU professionals. The aim of this study is to study the association between organizational culture as a potential antecedent to previously found mediating risk factors for burnout, namely, work-life balance and moral distress.

Materials And Methods: Multicenter cross sectional study in eleven Dutch ICUs.

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Background: In 2020, a mandatory, nationwide 1-day bronchoscopy simulation-based training (SBT) course was implemented for novice pulmonology residents in the Netherlands. This pretest-posttest study was the first to evaluate the effectiveness of such a nationwide course in improving residents' simulated basic bronchoscopy skills.

Methods: After passing a theoretical test, residents followed a 1-day SBT course, available in 7 centers, where they practiced their bronchoscopy skills step-by-step on a virtual reality simulator under pulmonologist supervision.

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In response to gradual nanoindentation, the surface of muscovite mica deforms by sudden stochastic nanometer-scale displacement bursts. Here, the statistics of these displacement events are interpreted using a statistical model previously used to model earthquakes to understand how chemically reactive environments alter the surface properties of this material. We show that the statistics of nanoindentation displacement bursts in muscovite mica are tuned by chemomechanical weakening in a manner similar to how the statistics of model events are tuned by a mechanical weakening parameter that describes how easily system-spanning cracks can be nucleated.

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