ENT surgical emergencies during the COVID-19 outbreak
Introduction. The restrictive measures adopted by the Italian Government during the COVID-19 outbreak caused dramatic changes in routine public health care. Surprisingly, emergency activity also registered a reduction in frequency. Methods. This multicentre retrospective study aims to investigate eventual changes in ENT surgical emergencies in a highly populated area of southern Italy during the COVID-19 pandemic. Data concerning the period between the February 1 and the May 31, 2020 were collected from the main three hospitals in the district and compared with the same period of 2019. Results. A substantial reduction was found in the number of ENT emergency interventions in 2020 compared to the same period of 2019, particularly in the main lockdown phase and in the tertiary referral centre. Conclusions. The reduction in the absolute number of emergency ENT interventions can be only partially explained by social distancing and home confinement. We have reason to believe that some of these patients may have not sought medical support due to fear of nosocomial SARS-CoV2 infection. This study could represent a trigger for further implementation of health system responses to emergencies in a period of transition that is likely to last for a prolonged period of time.
The COVID-19 pandemic rapidly spread in Europe in the first months of 2020. Italy was one of the first and most affected countries worldwide, with more than 240,000 cases to date. The outbreak mainly struck the northern regions, while the peak was delayed and weakened in middle and southern Italy.
The province of Bari, with more than 1,200,000 inhabitants, is the most populated province in the Puglia region, the third in southern Italy and the seventh in Italy. Thanks to the restrictive measures adopted by the Italian Government, this district was relatively spared by the first COVID-19 outbreak, despite presenting a consistent number of infected people, 1493 at time of writing, almost one-third of all Apulian cases. Nevertheless, the lockdown caused dramatic changes in routine public health care. Surprisingly, even emergency activity has registered a reduction in frequency.
The aim of this study is to investigate changes in ENT surgical emergencies in a highly populated area of southern Italy during the COVID-19 pandemic.
Materials and methods
This multicentre retrospective study was conducted in the three ENT Units covering all emergencies in the province of Bari: ‘Policlinico’ (tertiary referral centre), ‘Di Venere’ and ‘Miulli’ Hospitals (secondary care centres). While ‘Di Venere’ Hospital remained COVID-free, ‘Policlinico’ and ‘Miulli’ were designated to host COVID-19 patients during the pandemic.
We collected data about ENT surgical emergencies performed between the February 1 and the May 31 for 2020 and 2019. We divided this period into four phases, based on the main restrictive decrees released by the Italian Government (Fig. 1):
- Phase 0 (pre-lockdown);
- Phase 1 (lockdown): starting with the beginning of the restrictive measures (March 9, 2020);
- Phase 2 (immediate post-lockdown period): starting with the first and partial relaxation of these measures (May 4, 2020);
- Phase 3 (post-lockdown complete opening): between the 18th (opening decree) and 31st of May 2020.
The same sub-periods were set for 2019.
All procedures were in accordance with the ethical standards of the institutional research committee and with the 1964 Helsinki Declaration and its later amendments or comparable ethical standards. Our Ethics Committee was informed of the retrospective data collection.
Surgical emergencies were divided according to the cause into respiratory, haemorrhagic, suppurative, traumatic and obstructive. Post-operative haemorrhagic complications of elective interventions were the only ‘internal emergencies’ and were considered separately since this data is strongly influenced by the impairment of scheduled surgery during the outbreak. All ‘external’ patients were assigned a yellow or red code at the Emergency Department. We retrospectively reclassified priority codes based on our clinical and radiological assessment.
The number of emergency interventions was expressed as absolute number and percentage. Age was expressed as mean ± sd. Chi-square or Fisher’s exact tests and Mann-Whitney test were used to compare categorical and continuous variables between the two considered periods, respectively. The difference, in terms of surgical interventions, between 2019 and 2020 was calculated as percent change. A p-value < 0.05 was considered statistically significant. The software R (version 3.5.2) was used for statistical analysis.
We found a significant reduction (p = 0.0275) in the rate of interventions performed in the tertiary referral centre (35.6% vs. 61.5% in 2019). On the other hand, the proportion of cases increased in the secondary clinics (51.1% and 13.3% vs. 30.8% and 7.69% in 2019 respectively), especially at ‘Di Venere’, the only COVID-free hospital (Tab. I).
A higher percentage of emergencies was recorded for respiratory (31.1% vs. 26.2% of 2019) and haemorrhagic conditions (11.1% vs. 6.15% of 2019), while traumatic (31.1% vs. 35.4%) and infectious causes (22.2% vs. 24.6%) remained stable or slightly reduced (Tab. I). Thus, the proportion of code red life-threatening emergencies increased from 44.62% of 2019 to 51.11% of 2020.
Table II shows the distribution by cause in the different hospitals.
When considering the different subperiods, we observed a substantial reduction in the number of emergencies in Phase 1, the period of the lockdown (19 cases of 2020 vs. 31 cases of 2019), while we found comparable values in the pre- (Phase 0) and post-lockdown (Phases 2 and 3) periods. The lack of statistical significance (p = 0.93) is probably related to the small sample size (Tab. I).
Specifically, a significant reduction (p = 0.0334) in the proportion of interventions performed at ‘Policlinico’ (Hospital 1) was found in Phase 1 (26.3% vs. 58.1% of 2019), again related to a proportional increase at the COVID-free centre (52.63% vs. 38.71% of 2019) (Tab. III). Moreover, the frequency of interventions for traumatic and infective causes halved in this subperiod (4 cases in Phase 1 2020 vs. 9 cases in Phase 1 2019) (Tab. III).
Surprisingly, a significant change (p = 0.0076) in the proportion of emergencies between hospitals was also demonstrated at the end of the lockdown, specifically in Phase 3 (Tab. III).
Finally, we investigated the eventual relation between the rate of emergency ENT interventions and the number of new COVID-19 cases per week in the same province. As represented in Figure 3, a fall in the number of interventions was observed in the two weeks (23-29 March and 30 March - 5 April) in which the highest number of new COVID-19 patients was registered (287 and 272 respectively).
The COVID-19 pandemic has rapidly spread in Italy, and is strongly influenced by socio-demographic characteristics. The province of Bari is one of the most populated districts in Italy, and thus predictions in terms of pandemic spread and strain on public health care were not promising. Southern Italy was partially spared by the outbreak since the restrictive measures by the Italian Government anticipated possible negative evolutions. These measures impacted both people’s lifestyle and public health care routine. In particular, ENT elective activity was deeply affected by the outbreak and various national and international scientific societies proposed best-practice recommendations in order to adapt elective clinical and surgical activity during pandemic conditions 1-5. Italian societies have also recently published their strategic plan for management of surgical patients in the current era 6,7.
Gelardi et al. 8 reported an important decrease in emergency ENT consultations (80.8%) in the Apulia region during the COVID-19 pandemic. However, to our knowledge the impact of the lockdown on ENT emergency surgical activity has not been previously analysed.
Our analysis showed a reduction in the number of ENT surgical emergencies in the entire province in the months of the outbreak (February-May). The major reduction registered in the tertiary referral centre, specifically during the main lockdown (Phase 1), is probably to put in relation to the fact that a large part of the workforce and spaces were dedicated to the care of COVID-19 patients and some of the emergencies were rerouted to secondary centres. Surprisingly, similar results were also found in the post-lockdown period (Phase 3), when all hospitals were gradually returning to routine activity. We have reason to believe that this could be imputable to the patients’ preference to present to COVID-free hospitals for fear of the virus.
It appears obvious that home confinement, traffic restriction and social distancing inevitably reduced the incidence of traumas, common cold and other upper respiratory tract viral or bacterial infections, together with their eventual evolutions. Additionally, the worry about the risk of nosocomial infection probably contributed to the reduction in medical demand in hospitals.
In fact, in our series the proportion of life-threatening respiratory and haemorrhagic emergencies increased during the pandemic, while interventions for traumatic and infectious diseases remained unchanged with respect to the same period of 2019. Most of our trauma patients were treated for nasal bone fracture, a non-life threatening and optionable condition that certainly registered a decline during the outbreak. On the other hand, the reduction in the percentage of emergency intervention for infectious diseases, especially in Phase 1 (4 cases vs. 9 cases of 2019) may be partially explained by home confinement and social distancing, at least for bacterial suppurations that are secondary to upper respiratory tract infections. However, the quota of odontogenic neck infections should have been unchanged since it does not depend on social and environmental exposition. Our theory is that a part of these subjects may have ignored the problem for fear of nosocomial SARS-COV2 contagion. No data are available about the possible outcomes of these individuals, but a future focus on the cause of deaths during this pandemic could help to explain this phenomenon.
Figure 3 probably confirms the hypothesis of the role that was played by the population’s risk perception on the number of surgical emergencies. Daily bulletins released by local authorities and mass-media about the new infected cases certainly improved people’s compliance to restrictions, but they might have indirectly influenced their tendency to see physicians for other diseases, as confirmed by other authors 9,10.
The main limit of our study is the small number of cases and its poor relevance in comparison to other regions where the outbreak was much more severe. Further studies could be useful to verify if the same conditions were recorded in other regions, especially in those most struck by the pandemic. An online survey addressed to all Italian otolaryngologists could help gain knowledge about behaviours in surgical emergency care during the COVID-19 pandemic.
In fact, in consideration of the imminent risk of new COVID-19 waves in Italy and Europe, this study could represent a trigger for the realisation of new strategies to improve the health system response to an emergency in a period of transition that is likely to last for a prolonged period of time. The individuation of specific no-COVID-19 centres dedicated to emergencies and reinforcement of telemedicine strategies may allow early detection and treatment of ENT emergencies.
Figures and tables
|Age (mean ± sd)||48.6 ± 23.3||52.7 ± 25.6|
|Gender n (%)|
|F||23 (35.4)||18 (40.0)||0.6226|
|M||42 (64.6)||27 (60.0)|
|Care centre N (%)|
|Hospital 1 (Policlinico)||40 (61.5)||16 (35.6)||0.0275|
|Hospital 2 (Di Venere)||20 (30.8)||23 (51.1)|
|Hospital 3 (Miulli)||5 (7.7)||6 (13.3)|
|Causes N (%)|
|Respiratory||17 (26.2)||14 (31.1)||0.9015|
|Traumatic||23 (35.4)||14 (31.1)|
|Haemorrhagic||4 (6.2)||5 (11.1)|
|Post-operative bleeding||4 (6.2)||2 (4.4)|
|Infectious||16 (24.6)||10 (22.2)|
|Foreign bodies||1 (1.5)||0 (0.0)|
|Subperiods N (%)|
|Phase 0||17 (26.2)||14 (31.1)||0.9381|
|Phase 1||31 (47.7)||19 (42.2)|
|Phase 2||10 (15.4)||7 (15.6)|
|Phase 3||7 (10.8)||5 (11.1)|
|Causes N (%)||Policlinico||Di Venere||Miulli|
|Respiratory||10(25)||5 (31.25)||4(20)||5 (21.74)||3(60)||4 (66.67)|
|Traumatic||18 45)||5 (31.25)||4(20)||9 (39.13)||1(20)||0 (0)|
|Haemorrhagic||2(5)||1 (6.25)||2(10)||4 (17.39)||0 (0)||0 (0)|
|Post-operative bleeding||3 (7.5)||1 (6.25)||1(5)||1 (4.35)||0 (0)||0 (0)|
|Infectious||7 (17.5)||4(25)||9(45)||4 (17.39)||0 (0)||2 (33.33)|
|Foreign bodies||0 (0)||0 (0)||0 (0)||0 (0)||1(20)||0 (0)|
|Variable||Phase 0||Phase 1||Phase 2||Phase 3|
|Care centre, N (%)|
|Hospital 1 (Policlinico)||8 (47.06)||8 (57.14)||0.5593||18 (58.06)||5 (26.32)||0.0334||8(80)||3 (42.86)||0.9825||6 (85.71)||0||0.0076|
|Hospital 2(Di Venere)||5 (29.41)||5 (35.71)||12 (38.71)||10 (52.63)||2(20)||4 (57.14)||1 (14.29)||4(80)|
|Hospital 3 (Miulli)||4 (23.53)||1 (7.14)||1 (3.23)||4 (21.05)||0||0||0||1(20)|
|Causes, N (%)|
|Respiratory||4 (23.53)||3 (21.43)||1||9 (29.03)||8 (42.11)||0.8536||2(20)||2 (28.57)||0.8056||2 (28.57)||1(20)||1|
|Traumatic||5 (29.41)||5 (35.71)||9 (29.03)||4 (21.05)||5(50)||2 (28.57)||4 (57.14)||3(60)|
|Haemorrhagic||1 (5.88)||1 (7.14)||2 (6.45)||2 (10.53)||1(10)||1 (14.29)||0||1(20)|
|Post-operative bleeding||1 (5.88)||1 (7.14)||2 (6.45)||1 (5.26)||1(10)||0||0||0|
|Infectious||5 (29.41)||4 (28.57)||9 (29.03)||4 (21.05)||1(10)||2 (28.57)||1 (14.29)||0|
|Foreign bodies||1 (5.88)||0||0||0||0||0||0||0|
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© Società Italiana di Otorinolaringoiatria e chirurgia cervico facciale , 2020
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