Struggling in the dehumanized world of COVID—An exploratory mixed‐methods study of frontline healthcare workers' experiences

Abstract

Aim

To explore healthcare workers' experiences of the changed caring reality during the COVID-19 pandemic in Sweden.

Design

An online fully mixed-methods design.

Methods

A web-based self-reported questionnaire with fixed and open-ended answers collected data from March to April 2021, analysed in three steps. First, free-text questions were analysed by qualitative content analysis. Then quantitative linear regression analyses using models covering stress and coping mechanisms were conducted. Finally, a meta-inference of qualitative and quantitative data emerged a new comprehensive understanding. The COREQ guidelines were used for reporting.

Results

Meta-inferenced results of quantitative and qualitative findings show the pandemic was a traumatic experience for healthcare workers. Main theme; When work became a frightening experience in a dehumanized reality, comprised four themes: Entering unprepared into a frightful, incomprehensible world; Sacrificing moral values and harbouring dilemmas in isolation; Lack of clear management; and Reorient in togetherness and find meaning in a changed reality. Qualitative results comprised four categories; Working in a dehumanized world; Living in betrayal of ones' own conscience; Lack of structure in a chaotic time and Regaining vitality together. Subdimensions comprehensibility and meaningfulness were associated significantly with post-traumatic stress disorder in multiple regression analysis. In multiple regression analysis, sense of coherence was the most prominent coping strategy.

Conclusions

Forcing oneself to perform beyond one's limit, sacrificing moral values and lacking management was a traumatic experience to healthcare workers during the pandemic. Reorienting as a way of coping was possible in togetherness with colleagues. There is an urgency of interventions to meet the needs among healthcare workers who took on a frontline role during the COVID-19 pandemic and to prevent mental health illness in future crisis.

Patient or Public Contribution

No patient or public contribution.

Summary

The pandemic outbreak exposed frontline healthcare workers to unparallelled stress shown as negative for their mental health in several meta-analyses and systematic reviews. In-depth understanding on experiences and how symptoms of post-traumatic stress disorder relate to coping mechanisms have been scarcely explored. This study contributes to understanding on healthcare workers' experiences and the relation between lower sense of coherence and increased risk of developing symptoms of post-traumatic stress disorder.

Implications for Practice/Policy

This study might guide how to prepare for resilience in future emergencies.

Cardiac response to water activities in children with Long QT syndrome type 1

by Anna Lundström, Urban Wiklund, Annika Winbo, Håkan Eliasson, Marcus Karlsson, Annika Rydberg

Background

Swimming is a genotype-specific trigger in long QT syndrome type 1 (LQT1).

Objective

To examine the autonomic response to water activities in children and adolescents with LQT1.

Methods

In this cross-sectional study, LQT1 patients were age and sex matched to one healthy control subject. Electrocardiograms (ECGs) were recorded during face immersion (FI), swimming, diving, and whole-body submersion (WBS). Heart rate (HR) and heart rate variability (HRV) was measured. The high frequency (HF) component of HRV was interpreted to reflect parasympathetic activity, while the low frequency (LF) component was interpreted as reflecting the combined influence of sympathetic and parasympathetic activity on autonomic nervous modulation of the heart.

Results

Fifteen LQT1 patients (aged 7–19 years, all on beta-blocker therapy) and fifteen age and sex matched non-medicated controls were included. No significant ventricular arrhythmias were observed in the LQT1 population during the water activities. Out of these 15 matched pairs, 12 pairs managed to complete FI and WBS for more than 10 seconds and were subsequently included in HR and HRV analyses. In response to FI, the LQT1 group experienced a drop in HR of 48 bpm, compared to 67 bpm in the control group (p = 0.006). In response to WBS, HR decreased by 48 bpm in the LQT1 group and 70 bpm in the control group (p = 0.007). A significantly lower PTOT (p Conclusion

A significantly lower HR decrease in response to water activities was observed in LQT1 subjects on beta-blocker therapy, compared to matched non-medicated controls. The data suggests an impaired parasympathetic response in LQT1 children and adolescents. An aberrant autonomic nervous system (ANS) response may cause an autonomic imbalance in this patient group.