COVID-19: Development and implementation of a video-conference-based educational concept to improve the hygiene skills of health and nursing professionals in the Republic of Kosovo.

Introduction: The COVID-19 pandemic caught the health care systems of all countries unprepared. For the further education of healthcare personnel in the Republic of Kosovo, it became necessary to implement a concept for practical training in hygienic working. A video-conference-based educational concept to bridge the physical distance between Germany and Kosovo enabled the rapid, theoretical and practical transfer of knowledge.

[Reduction of Visitor- and Staff-Associated Risk of Infection by Complex Intervention in the Department of Feto-Maternal Medicine].

Aim: Clinical trial registration of this trial: is to demonstrate in a department of feto-maternal medicine: (a) that a complex intervention improves hand hygiene of visitors, siblings and staff; and (b) that automated voice prompts at disinfectant dispensers improve rate of hand disinfection.

Study Design: (a) Pre-/post-test follow-up design with control (1-12/2016), intervention (1-12/2017), follow-up-period (1/2018-12/2019); and (b) RCT in quasi crossover design. Primary endpoints: (a) disinfectant consumption (DC) per patient-day, and (b) DC at disinfectant dispenser per passer-by.

SFTA3, a novel protein of the lung: three-dimensional structure, characterisation and immune activation.

The lung constantly interacts with numerous pathogens. Thus, complex local immune defence mechanisms are essential to recognise and dispose of these intruders. This work describes the detection, characterisation and three-dimensional structure of a novel protein of the lung (surfactant-associated protein 3 (SFTA3/SP-H)) with putative immunological features.

Neutrophil elastase-mediated increase in airway temperature during inflammation.

Background: How elevated temperature is generated during airway infections represents a hitherto unresolved physiological question. We hypothesized that innate immune defence mechanisms would increase luminal airway temperature during pulmonary infection.

Methods: We determined the temperature in the exhaled air of cystic fibrosis (CF) patients.