Enhancing trauma cardiopulmonary resuscitation simulation training with the use of virtual reality (Trauma SimVR): Protocol for a randomized controlled trial.

Background: With the increasing availability and use of digital tools such as virtual reality in medical education, there is a need to evaluate their impact on clinical performance and decision-making among healthcare professionals. The Trauma SimVR study is investigating the efficacy of virtual reality training in the context of traumatic in-hospital cardiac arrest.

Methods And Analysis: This study protocol (clinicaltrials.

Conventional versus task-based package organization for out-of-hospital emergency kits: an emergency medical services simulation study.

Background: Emergency Medical Service crews are equipped with comprehensive emergency kits for routine care and to provide life-saving interventions in severely ill patients. While guidelines on contents and packing strategies of emergency kits for specific tasks and specialized situations exist, data for the design of out-of-hospital emergency kits in a general urban population is lacking. It may be possible to transfer the promising results of modern in-hospital packing strategies such as task-based package organization (TPO) to an Emergency Medical Service setting.

Influence of flexible multibeam intensity distributions on selective laser-induced etching process regimes.

The precision and versatility of selective laser-induced etching in fused silica render it indispensable for many applications in medical engineering, the semiconductor industry, and quantum technology. However, its process-limited productivity renders it unsuitable for a wider set of applications, particularly those that require cost-effective solutions. As the process is largely concerned with microprocessing applications, a promising method to enhance process efficiency is through parallelization using multiple beams with high packing density.

Optimising co-design processes in telemedicine innovation-developing a telemedical solution for emergency medical services.

Background: Stakeholder engagement plays a vital role in driving advancements in product development. This imperative now extends to the healthcare domain, driven by the scarcity of healthcare professionals and the pressing demand for effective solutions. Through the application of design thinking and co-design methodologies, this study endeavours to promote comprehensive stakeholder involvement, creating streamlined processes and adaptable templates geared towards fostering innovative solutions for tele-emergency medicine.