RÉSUMÉ
In 2022, an outbreak with severe bloodstream infections caused by Serratia marcescens occurred in an adult intensive care unit (ICU) in Hungary. Eight cases, five of whom died, were detected. Initial control measures could not stop the outbreak. We conducted a matched case-control study. In univariable analysis, the cases were more likely to be located around one sink in the ICU and had more medical procedures and medications than the controls, however, the multivariable analysis was not conclusive. Isolates from blood cultures of the cases and the ICU environment were closely related by whole genome sequencing and resistant or tolerant against the quaternary ammonium compound surface disinfectant used in the ICU. Thus, S. marcescens was able to survive in the environment despite regular cleaning and disinfection. The hospital replaced the disinfectant with another one, tightened the cleaning protocol and strengthened hand hygiene compliance among the healthcare workers. Together, these control measures have proved effective to prevent new cases. Our results highlight the importance of multidisciplinary outbreak investigations, including environmental sampling, molecular typing and testing for disinfectant resistance.
Sujet(s)
Infection croisée , Épidémies de maladies , Désinfectants , Unités de soins intensifs , Infections à Serratia , Serratia marcescens , Humains , Serratia marcescens/effets des médicaments et des substances chimiques , Serratia marcescens/génétique , Serratia marcescens/isolement et purification , Infection croisée/épidémiologie , Infection croisée/microbiologie , Hongrie/épidémiologie , Infections à Serratia/épidémiologie , Infections à Serratia/microbiologie , Désinfectants/pharmacologie , Études cas-témoins , Mâle , Femelle , Adulte , Adulte d'âge moyen , Séquençage du génome entier , Désinfection/méthodes , Sujet âgé , Prévention des infections/méthodes , Résistance bactérienne aux médicamentsRÉSUMÉ
OBJECTIVES: The current global health crisis of the COVID-19 pandemic has drastically affected the whole population, but healthcare workers are particularly exposed to high levels of physical and mental stress. This enormous burden requires both the continuous monitoring of their health conditions and research into various protective factors. DESIGN: Cross-sectional surveys. SETTING AND PARTICIPANTS: Self-administered questionnaires were constructed assessing COVID-19-related worries of health workers in Hungary. The surveys were conducted during two consecutive waves of the COVID-19 pandemic (N-first wave=376, N-second wave=406), between 17 July 2020 and 31 December 2020. PRIMARY AND SECONDARY OUTCOME MEASURES: COVID-19-related worry, well-being and distress levels of healthcare workers. We also tested whether psychological resilience mediates the association of worry with well-being and distress. Multiple linear regression analyses were performed. RESULTS: The results indicated that healthcare workers had high levels of worry and distress in both pandemic waves. When comparing the two waves, enhanced levels of worry (Wald's χ2=4.36, p=0.04) and distress (Wald's χ2=25.18, p<0.001), as well as compromised well-being (Wald's χ2=58.64, p<0.001), were found in the second wave. However, not all types of worries worsened to the same extent across the waves drawing attention to some specific COVID-19-sensitive concerns. Finally, the protective role of psychological resilience was shown by a mediator analysis suggesting the importance of increasing resilience as a key factor in maintaining the mental health of healthcare workers in the burden of the COVID-19 pandemic. CONCLUSIONS: Our results render the need for regular psychological surveillance in healthcare workers. REGISTRATION: Hungarian Scientific and Research Ethics Committee of the Medical Research Council (IV/5079-2/2020/EKU).
Sujet(s)
COVID-19 , COVID-19/épidémiologie , Études transversales , Personnel de santé/psychologie , Humains , Santé mentale , Pandémies , Enquêtes et questionnairesRÉSUMÉ
The Hungarian Air Ambulance has recently adopted oxygen supplementation during laryngoscopy, also known as apneic preoxygenation, to prevent desaturation during rapid sequence intubation. Despite its simplicity the nasal cannula method has some limitations relevant to our practice. First, the cannula can dislodge if the head is manipulated during preparation or intubation, especially if nasopharyngeal airways are chosen to maximise preoxygenation. Second, the method is incompatible with continuous nasal suctioning required in severe maxillofacial trauma. Third, if only one oxygen source and one competent assistant is available, a situation common during prehospital missions, the extra tube swap needed for continuous oxygen supplementation makes the procedure more complex and prone to error. We report a new method that provides comparable oxygen supplementation to the nasal cannula method, but at the same time eliminates the problems mentioned above and is easier and quicker to perform. It requires the intubator to cut and insert the tubing of the non-rebreather mask into the nasopharyngeal airway, thus providing direct pharyngeal insufflation. The method is applicable to every patient who has at least one nasopharyngeal airway inserted at the time of laryngoscopy and it only requires a pair of scissors.
Sujet(s)
Ambulances aéroportées , Intubation trachéale/méthodes , Laryngoscopie , Oxygène/administration et posologie , Adolescent , Adulte , Sujet âgé , Sujet âgé de 80 ans ou plus , Enfant , Femelle , Humains , Hongrie , Mâle , Adulte d'âge moyen , Jeune adulteRÉSUMÉ
In 2011 the Hungarian Air Ambulance Nonprofit Limited Company introduced a new Rapid Sequence Intubation standard operating procedure using a template from London's Air Ambulance. This replaced a previous ad-hoc and unsafe prehospital advanced airway management practice. It was hoped that this would increase clinical standards including internationally comparable results. All Rapid Sequence Intubations performed by the units of the Hungarian Air Ambulance under the new procedure between June 2011 and November 2013 were reviewed in a retrospective database analysis. During this period the air ambulance units completed 4880 missions with 433 intubations performed according to the new procedure. The rate of intubations that were successful on first attempt was 95.4% (413), while intubation was successful overall in 99.1% (429) of the cases; there was no failed airway. 90 complications were noted with 73 (16.9%) patients. Average on scene time was 49 minutes (ranging between: 15-110 minutes). This data shows that it is possible to effectively change a system that was in place for decades by implementing a new robust system that is based on a good template.