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Published on 05.10.20 in Vol 8, No 10 (2020): October

Preprints (earlier versions) of this paper are available at http://preprints.jmir.org/preprint/21692, first published Jun 22, 2020.

This paper is in the following e-collection/theme issue:

    Original Paper

    Preventing and Addressing the Stress Reactions of Health Care Workers Caring for Patients With COVID-19: Development of a Digital Platform (Be + Against COVID)

    1Health Psychology Department, Miguel Hernández University, Elche, Spain

    2Alicante-Sant Joan Health District, Alicante, Spain

    3The Foundation for the Promotion of Health and Biomedical Research of Valencia Region, Alicante, Spain

    4Prometeo/2017/173 Excellence Group, Generalitat Valenciana, Valencia, Spain

    5Telematics Engineering Area, Miguel Hernández University, Elche, Spain

    6Andalusian Agency for Health Care Quality, Seville, Spain

    7Hospital Universitario Clínico San Cecilio, Granada, Spain

    8Centro de Salud La Jota, Zaragoza, Spain

    9Zona de salud de Calatayud, Zaragoza, Spain

    *these authors contributed equally

    Corresponding Author:

    César Fernández, PhD

    Telematics Engineering Area

    Miguel Hernández University

    Edificio Innova

    Elche, 03202

    Spain

    Phone: 34 966658423

    Email: c.fernandez@umh.es


    ABSTRACT

    Background: COVID-19 became a major public health concern in March 2020. Due to the high rate of hospitalizations for COVID-19 in a short time, health care workers and other involved staff are subjected to a large workload and high emotional distress.

    Objective: The objective of this study is to develop a digital tool to provide support resources that might prevent and consider acute stress reactions in health care workers and other support staff due to the COVID-19 pandemic.

    Methods: The contents of the digital platform were created through an evidence-based review and consensus conference. The website was built using the Google Blogger tool. The Android version of the app was developed in the Java and XML languages using Android Studio version 3.6, and the iOS version was developed in the Swift language using Xcode version 11.5. The app was evaluated externally by the Andalusian Agency for Healthcare Quality.

    Results: We detected the needs and pressing situations of frontline health care workers, and then, we proposed a serial of recommendations and support resources to address them. These resources were redesigned using the feedback received. A website in three different languages (Spanish, English, and Portuguese) and a mobile app were developed with these contents, and the AppSaludable Quality Seal was granted to the app. A specific self-report scale to measure acute stress and additional tools were included to support the health care workforce. This instrument has been used in several Latin American countries and has been adapted considering cultural differences. The resources section of the website was the most visited with 18,516 out of 68,913 (26.9%) visits, and the “Self-Report Acute Stress Scale” was the most visited resource with 6468 out of 18,516 (34.9%) visits.

    Conclusions: The Be + against COVID platform (website and app) was developed and launched to offer a pool of recommendations and support resources, which were specifically designed to protect the psychological well-being and the work morale of health care workers. This is an original initiative different from the usual psychological assistance hotlines.

    JMIR Mhealth Uhealth 2020;8(10):e21692

    doi:10.2196/21692

    KEYWORDS



    Introduction

    The World Health Organization (WHO) officially declared the COVID-19 outbreak a pandemic on March 11, 2020 [1]. This infectious disease was first identified in China in December 2019 and is caused by the novel coronavirus, designated SARS-CoV-2. As of June 1, 2020, a total of 5,891,182 confirmed cases had been reported worldwide. In April 2020, Spain became the second country in the world with the most reported COVID-19 cases, and as of June 1, 2020, it is the fifth country with 239,429 confirmed cases [2]. Moreover, Spain is the country with the highest rate of infections among health care workers (HCWs), representing 20.4% of all recorded cases [3].

    Due to the fast spread of COVID-19 infections, the number of confirmed cases increased rapidly worldwide, and currently, it is a major public health concern [4]. As many patients with COVID-19 require hospitalization, many hospitals are saturated, and therefore, a lot of HCWs and other involved staff are being subjected to extraordinary workloads and high emotional stress [5]. Previous evidence has shown that adverse psychological reactions such as anxiety, stress, and fear were observed among health care professionals during and after other infectious disease outbreaks [6,7]. Currently, scientific studies are reporting mental health symptoms among HCWs treating patients with COVID-19 [8-10]. Cai et al [8] found that HCWs at the frontline of the COVID-19 epidemic in China were worried about the risks of infection and protective measures, resulting in psychological distress. A cross-sectional study in China showed that a significant proportion of frontline HCWs experienced anxiety, depression, insomnia symptoms, and psychological distress during the current COVID-19 pandemic [9].

    To protect the psychological well-being and to prevent moral injuries of HCWs, it is necessary to better control infectious diseases [11], ensure correct functioning of the health system, and ensure that patients are receiving appropriate medical attention. Xiang et al [12] appealed for mental health care for the 2019 novel coronavirus outbreak. Health authorities must plan actions immediately to limit the impact that caring for patients with COVID-19 has on HCWs [9,10]. For the time being, evidence on how to deal with psychological distress and other mental health symptoms of HCWs who are involved in the current health crisis are not available [7], and the extent of intervention programs to assist second victims in health systems is limited [9]. However, special interventions to help frontline HCWs have been implemented in countries like China. Thus, the objective of this study is to develop a digital platform to provide support resources that might prevent acute stress reactions in HCWs and other support staff due to the COVID-19 outbreak.


    Methods

    The initial step to create the platform was the development of the content and the support resources. Information about the most common concerns for HCWs during the COVID-19 outbreak and how to address them were collected through an evidence-based review and consensus conference from March 14-28, 2020. First, we carried out an evidence-based review about previous pandemics, the psychological impact of the COVID-19 outbreak on HCWs in China, and mental health care measures. Second, an online consensus conference was conducted by the principal investigator with physicians from different specialties, nurses, clinical psychologists, and responsible persons for quality and patient safety.

    All members of the consensus group had experience implementing programs to support second victims.

    Through the exchange of previous experiences and existing intervention results, we first identified the groups of HCWs most vulnerable to professional overload during the COVID-19 outbreak. Second, we classified the most common problem situations for HCWs. Third, we proposed possible actions to address these concerns and prevent stress symptoms.

    A series of support resources were specifically designed according to the detected needs and proposed actions.

    Once the platform content was defined, a website and a mobile app were developed. Due to its simplicity and efficiency in SEO positioning, the Google Blogger [13] tool was used to build the website. The blogger theme used was responsive to facilitate the usability of the web from mobile devices. The website was published in three different language versions (Spanish, English, and Brazilian Portuguese) to reach nations with common cultural characteristics. Websites were included in subdomains of the main web address of the Miguel Hernandez University, and they use a university server to store the documents available.

    Concerning the app, the two most used mobile platforms were addressed: Android and iOS. According to recent reports [14], these platforms account for 99.4% of world mobile operating system market share (Android 74.14%, iOS 25.26%), so almost all mobile phone users would be able to download the app. Regarding software architecture, it was decided to develop a native app for each platform instead of creating a hybrid app valid for Android and iOS due to the better performance of native apps. As a consequence, even though the aspect and usability of both apps (Android and iOS) was the same, their internal design and the libraries used were specific for each app. The Android version of the app was developed in Java and XML languages using Android Studio version 3.6 (Google). The iOS version was developed in the Swift language using Xcode version 11.5 (Apple Inc). Both software development tools were installed on a 2017 iMac computer running macOS 10.15.4. To assure that the app met a set of quality criteria to be used in the health context, it was evaluated externally by the Andalusian Agency for Healthcare Quality through their certification program “Safety and Quality Strategy in Mobile Health Apps” [15]. This agency grants the AppSaludable Quality Seal if the app meets 31 requirements. These requirements are structured in four blocks: design and appropriateness, quality and safety of information, provision of services, and confidentiality and privacy. Fulfilling the requirements of an external and independent agency assures that the app quality and safety standards are adequate and that it can be recommended for health management. With regards to flexibility and scalability, both apps were designed with an easy to maintain structure so that future changes and additional functionalities could be carried out simply. In both apps (Android and iOS), the architecture allowed two ways of updating: (1) uploading new versions to Google Play and App Store markets and (2) refreshing the documents shown in the app or adding new documents, which could be done instantly without the need for uploading new versions and, thus, is faster and easier for the users.

    Web traffic and visitor’s preferences of the website’s Spanish version as well as the app discharges were analyzed 2 months after the launch. The English and Portuguese versions of the website were launched later than the Spanish version; therefore, we considered that a longer time was needed to analyze the traffic data of these versions. Google Analytics software was used to collect the following indicators: number of visitors, number of visits, map of visitors by country, type of devices used for access, and page views. Google Analytics does not provide any personally identifiable data.


    Results

    Definition of the Digital Platform Content

    Initially, the discussion group identified the most vulnerable group of HCWs to professional overload: HCWs at the frontline of COVID-19 who are in direct contact with patients with possible or confirmed infections and support staff of health care departments or units, such as the emergency department, primary health care, home hospitalization, critical care, reanimation unit, internal medicine, pneumology, and infectious diseases departments.

    Taking into consideration the literature review on the SARS-CoV-2 pandemic and the opinions of the discussion group participants and their own experiences, the most common pressing situations for HCWs were identified and classified into five categories (see Textbox 1).


    Textbox 1. Description of pressing situations for health care workers identified by category.
    View this box

    Regarding the design of interventions to prevent and handle the identified problems or pressing situations, the literature review on the experiences in Wuhan and Hunan (China) hospitals was considered. Besides, we reviewed other methods for the recovery of the second victim, which were applied in different conditions but can also be applied in this context. Finally, considering the aforementioned situations (Textbox 1), the discussion group proposed possible strategies and actions to approach the most severe demands and needs. Multimedia Appendix 1 shows the detected needs and resources to face each problem situation of HCWs during the COVID-19 outbreak. For each need, many recommendations were offered and 19 support resources were created as intervention proposals. Infographics were designed to complement some of these resources (see Multimedia Appendix 2) [16]. It is noteworthy that the nineth resource, named “self-report,” differs from the rest, and it consists of a COVID-19 acute stress scale for the HCWs. This is an ad hoc 10-question test to assess whether the HCWs were overwhelmed by the situation they were experiencing [17].

    Digital Platform Design and Development

    A digital platform was developed including the aforementioned content and support resources. The name of this platform is Be + against COVID, and it is composed of a website in three languages (Spanish, English, and Brazilian Portuguese) and a mobile app (for Android and iOS). The site is freely accessible to anyone with an internet connection, and the app is freely available to download from the official stores.

    Website Description

    The three language versions share a similar content structure, although the Spanish version is the one that contains more information due to the periodic publication of news in its blog section (so-called “Positive News” [18]). Information on the website was organized following a basic structure, that is the main menu with seven items: (1) Home, (2) Pressing situations, (3) Resources, (4) Self-Report, (5) Download, (6) App, and (7) Activities. Figure 1 shows the home page of the Be + against COVID website. The content of each item is described in Textbox 2. The website contents were presented as text, documents (PDF format), infographics (PDF format), and videos (image format).

    Figure 1. Home page and main menu from Be + against COVID website (computer view). ENG: English; ESP: Spanish; PT_BR: Brazilian Portuguese.
    View this figure

    Textbox 2. Be + against COVID website content.
    View this box

    The Spanish language version of the website [18] was the first to be published on March 16, 2020, because of the origin of the research team, mostly of Spanish nationality. However, it was not until March 25, 2020, that all the resources were available. The English version [19] was available from April 9, 2020, and the Brazilian Portuguese version [20] was published on April 23, 2020. Figure 2 shows the publication of each part of the platform chronologically during the most critical phase of the SARS-CoV-2 pandemic in Europe.

    Figure 2. Be + against COVID platform development during the most critical phase of the SARS-CoV-2 pandemic.
    View this figure
    Mobile App Description

    To comply with the highest quality standards, the app development process included several tests, reviews, and evaluations that modified the initial design. The first app version was developed from the requirements specified by the project team (members of the consensus group). The app was then tested internally by project members. Due to the size of the project team (with more than 20 hospitals or research centers involved), multiple comments and suggestions were received, some of them conflicting. Table 1 summarizes the main conflicting comments for the app design and the final decisions that were made. This process step resulted in a second version of the app. This version was evaluated by the Andalusian Agency for Healthcare Quality. The accreditation agency proposed several improvements that required an app redesign.

    This new version of the app was finally granted the AppSaludable (HealthyApp) Quality Seal on April 21, 2020 [21] (see Figure 3 [15]).

    Table 1. Main conflicting suggestions during app development process.
    View this table
    Figure 3. The evaluation process to obtain the AppSaludable Quality Seal.
    View this figure

    Before being published in the Google and Apple stores, the app was reviewed by both companies. During the COVID-19 pandemic, both Apple and Google increased the depth of their reviews of all apps related to COVID-19. The result was a long review process with both companies, which also required small app redesigns. All redesigns were made for both platforms to keep Android and iOS versions as similar as possible. The app first appeared in Google’s Play Store on April 13, 2020, and in Apple’s App Store on May 11, 2020. As of May 31, 2020, the latest Android version is 1.8 and the latest iOS version is 1.1. Although version numbers are different, functionalities, contents, and aesthetics are the same in both apps. Figure 4 shows the complete development process of the mobile app.

    The app consisted of a short presentation, which introduces the app’s purpose and provides access to an app information section. Once the introduction is complete, the app is structured into three main modules. The first module, “Advices and recommendations,” shows a list of resources that can be useful for HCWs caring for patients infected with COVID-19. These resources include posters, documents, and videos. The app was designed so that the resources were updated whenever a new version was available on the server, but at the same time, they could be accessed offline to account for possible situations where access to the internet may be limited. The second module, “Self-assessment on the ability to cope the COVID-19 crisis,” presented a 10-question test that tried to assess whether the HCWs were overwhelmed by the situation they were experiencing (resource 9 of the website). Based on the test results, the app proposed a series of guidelines or recommendations, which included in-app advice and web resources.

    This tool underwent a process of cross-cultural and linguistic adaptation and is being currently used in studies in Argentina, Brazil, Colombia, Chile, Ecuador, and Spain, assessing the acute stress of the health care workforce during the outbreak. The third module, “Visit website,” redirected the users to the project website, where all the resources and information of the project were available. Figure 5 shows the app structure.

    Figure 4. App design, test, evaluation, and review process.
    View this figure
    Figure 5. App structure explained by screenshots.
    View this figure

    Diffusion Through Social Networks

    The Be + against COVID platform was made known to the HCWs directly through the members of the research group (see Multimedia Appendix 3), their organizations, and through the main social networks of the members and organizations involved (mainly through Facebook and Twitter). The platform’s twitter account (@second_victims) was used to further disseminate the contents of the web and the various updates and publications of the app.

    No general diffusion means were used to ensure that the web and app only reached our target audience. Therefore, except for residual cases, the majority of web visits and app downloads, which will be detailed in the next sections, came from health care professionals.

    Web Analytics

    Spanish Website Stats

    From March 25, 2020 (launch of Spanish version website), to May 31, 2020, more than 7500 users visited the website in almost 70,000 different sessions. Of the 68,913 sessions, the website was accessed mostly via mobile phones with 55.8% (n=38,453) of the sessions, followed by 41.9% (n=28,875) via desktop and 2.3% (n=1585) via tablet. Users from 64 different countries accessed the website but most of the visits (n=50,058, 72.6%) were made from Spain (Table 2).

    Table 2. List of the countries that visited the Spanish version of the website most during the most critical phase of the SARS-CoV-2 pandemic (from March 25 to May 31, 2020).
    View this table

    Table 3 shows the traffic distribution to the website in the same period, and the most viewed pages of the 68,913 sessions were the home page, with 43.2% (n=29,763) of the sessions, and resources, with 26.9% (n=18,516) of the sessions. The most viewed resource was the self-report questionnaire (resource 9; see Table 4).

    Table 3. Traffic distribution to the Spanish version of the website (percentage of visits to webpages from March 25 to May 31, 2020).
    View this table
    Table 4. Visits to resources pages (Spanish version of the website) from March 25 to May 31, 2020.
    View this table
    App Stats

    Figure 6 shows the number of daily app downloads from Google Play (Android version) and the App Store (iOS version). The Android version was first published on Google Play on April 1, 2020, while the iOS version was first published on May 11, 2020. There were 472 total app downloads during this period (Android: n=361; iOS: n=111). App downloads from our server, which started on March 28, 2020 (before the publication in the official app stores), were not included in these figures.

    Regarding the self-assessment test, a total of 388 tests were completed from the app as of May 31, 2020. This number increased according to the intensity of the outbreak and particularly in territories where incidence and mortality of COVID-19 was higher.

    A simple statistical analysis was carried out using the data gathered from app users who took the self-assessment test (n=388). After showing the test results, the app offers the users different choices depending on the results. Most users (n=204, 52.5%) opted for browsing the list of psychological pills and reading about one of these pills, followed by 21.2% (n=82) of users who decided to have a look at the positive news and 18.6% (n=72) of users who opted for reading instructions on how to take a breath. The remaining 7.7% (n=30) of users chose to access the resources for overcoming acute stress reactions.

    A more in-depth analysis showed the user engagement capability of the app. Using device identifiers to detect repeated user accesses to the app self-assessment test, we found that most of the 388 users (n=246, 63.4%) carried out the test only once, but 36.6% (n=142) of users took the survey more than once on different dates. More in detail, 14.7% (n=57) of the users took the test twice, 11.1% (n=43) three times, 2.8% (n=11) four times, and 8.0% (n=31) five or more times. Concerning the time spent from the first and last self-assessment carried out by the same user (long-term engagement), 2.1% (n=8) of the users took the test on different dates separated by at least 2 months, 6.3% (n=24) at least 1 month, 13.4% (n=51) at least 15 days, and 16.2% (n=63) at least 1 week.

    Given that the app was published just a few weeks ago, the number of results is still small; however, the data collected offers interesting information on user behavior.

    Figure 6. Daily app downloads from official app stores.
    View this figure

    Discussion

    Principal Results

    This paper shows the development and the start-up of a project that arose from the urgent need to prevent and address the pressing situation that HCWs were and are facing in the world. Since Spain has been one of the first and most affected countries by the COVID-19 outbreak worldwide, this project can serve as an experience for others. The Be + against COVID platform (website and mobile app) was developed in three language versions to guide on possible actions that can be put into practice in health care centers to help confront the emotional impact on frontline HCWs caused by the current pandemic. Since there was no background about similar initiatives, the experience of China, previously published initiatives to facilitate the recovery of the second victim, and the interventions already implemented in some hospitals in Spain were considered to plan prevention and approach actions. During the first 2 months from the launch of the Spanish language version of the website, users from different countries accessed the website, but visitors were mostly from Spain. The most interesting and useful part of the website for HCWs was the resources section composed by intervention proposals that aim to provide a solution for the detected needs, and the “self-report” was the most visited resource. Currently, the Spanish language version of the website is being updated with content related to the recovery phase (postcrisis).

    These resources were designed to help address the emotional consequences of caring for patients with COVID-19 in the context of the outbreak. This situation was characterized by a lack of foresight, demand for an immediate response from health professionals, and a shortage of resources. The focus was on providing resources through this platform for individual use.

    Professionals from different disciplines (psychologists, psychiatrists, occupational health professionals, clinicians, and nurses) were involved in the design and redesign of these resources to support frontline health professionals in the care of patients with COVID-19, gathering experience in many hospitals and health care centers. They have assessed the adequacy of resources to the needs experienced by the professionals and have suggested improvements. In addition, Latin American professionals have been involved in the transcultural and linguistic adaptation of the resources and the self-report scale. Given that the expansion of the outbreak has been different according to each territory, the proposal of resources to face acute stress must be wide, varied, and flexible. The data confirm that acute stress increases in those territories with the greatest number of cases and highest mortality. In this case, the acceptability of the proposal is greatest [22]. In other countries, some hospitals provide psychological assistance hotlines to HCWs and carry out prevention programs. To offer a pool of recommendations and support resources through a free website is a different and original initiative. To the best of our knowledge, there is no similar experience in Europe or Latin America. We consider that this paper may be useful to develop a web-based tool with a similar objective or in a similar context. The Brazilian research group Enfermagem da Escola Paulista de Enfermagem da Universidade Federal de São Paulo (EPE-UNIFESP) translated our resources into Portuguese, and they were incorporated into its institutional website [23].

    Limitations

    Given the current situation, conditions may differ across time and context, and therefore, our proposal of interventions is limited to the time and context of this study. These proposed actions can change due to the urgency and demand of the situation. Additionally, the response of HCWs to the COVID-19 crisis might be different between countries, and therefore, the problem situations and resources may be applicable in health care systems of countries with similar sociocultural characteristics. The urgency of the situation did not allow us to analyze the effectiveness of the proposed interventions. Future research should investigate it.

    Comparison With Prior Work

    Psychological assistance has been provided through telephone-, internet-, and application-based interventions to the health care community by some local or national institutions in response to the COVID-19 outbreak [9]. Several international organizations such as the WHO, the United Nations, and the International Red Cross Society have published recommendations that team leaders can consider to reduce stress and the psychological distress of frontline HCWs. Social support, clear communication, flexible working hours, and psychological help are some of these recommendations [24]. The State Council of China developed a psychological intervention plan, which consists of setting up nationwide psychological assistance hotlines to help during the outbreak [11,25]. However, some workers did not recognize any problems and refused any psychological help [11]. The Canadian Medical Association also offers some resources for supporting HCWs that focus on psychological assistance provided by volunteer psychologists [26]. On the other hand, Blake et al [27] developed and evaluated a digital learning package that includes evidence-based guidance, support, and signposting regarding psychological well-being for frontline HCWs from the United Kingdom. This online support package is free and comprised of 88 slides, and its content is similar to that of the digital platform developed by our team. Similar to our digital platform, this electronic package describes the actions that team leaders can take to support HCWs during the COVID-19 outbreak and offers some support resources (infographic and video formats) to protect psychological well-being [27]. The evaluation showed that it is useful and appropriate for any UK health care professional. In contrast to our website, which was published in three different language versions, Blake et al [27] seemed to be focused on workers from the United Kingdom to develop this package. Moreover, nowadays, a mobile app can be more practical for some users. Nevertheless, the fidelity, engagement, usability, and practicality of our digital platform should be evaluated in future research.

    Extrapolation to Other Contexts

    Although there are differences between the health systems of the different countries and it is evident that the spread of the SARS-CoV-2 pandemic is different in each continent and country, most of the problems identified, and for which these resources have been devised, are repeated in the literature [9,28-30], and it is verified in the experience described by health professionals in Brazil, Peru, Argentina, Colombia, Mexico, Ecuador, Italy, Portugal, and Central Europe.

    The extrapolation of resources to mitigate acute stress among frontline health professionals in the care of patients with COVID-19, therefore, could be carried out in both public and private centers.

    The development and redefinition of resources to support the health care workforce and address new outbreaks must take into account differences in organizational culture [31-33], psychological safety [34], and availability of financial and skilled human resources among countries.

    Although similarities have been observed in the sources and acute stress responses of these professionals, there is a need to adapt resources to the context as, for example, has been done in Brazil, adapting the resources originally designed for the Spanish National Healthcare System. Future research studies may consider these differences when assessing the applicability of the resources designed.

    Upcoming Developments

    Preparing for a spike in new COVID-19 cases from health care organizations and professionals, particularly on the frontline of care for patients with COVID-19, should be prioritized by health planners and managers, academics, and health care professionals. Systems have more resources and better organization and information to reduce clinical uncertainty, but templates need to be recovered physically and emotionally. The new developments of this platform are incorporating proposals to strengthen the resilience of organizations and professionals.

    Conclusions

    A digital platform (website and app) was developed and launched to provide support resources that might prevent and approach the emotional impact of HCWs and other support staff due to the current COVID-19 outbreak.

    Acknowledgments

    We would like to express our gratitude to the following Spanish institutions for their help to spread the Be + against COVID platform to the HCWs: Atención Primaria Calatayud, Atención Primaria Zaragoza, the Foundation for the Promotion of Health and Biomedical Research of Valencia Region–Generalitat Valenciana, Grup Sagessa, Hospital General Universitari d’Elda, Hospital Reina Sofía (Murcia), Hospital Universitario 12 de Octubre (Madrid), Hospital Universitario Clínico San Cecilio (Granada), Hospital Universitario Fundación Alcorcón, Hospital Virgen del Castillo (Yecla), Miguel Hernández University, Osansubidea, Servicio de Medicina Preventiva y Salud Pública – Hospital Universitario Ramón y Cajal Instituto Ramón y Cajal de Investigación Sanitaria (IRYCIS; Madrid), and Servicio de Salud de Castilla La Mancha (Toledo) y Sociedad Española de Calidad Asistencial. In addition, we would like to thank IRYCIS for their essential help in publishing the app in the App store. We also want to thank the researchers of the EPE-UNIFESP group for sharing with us the translation of the platform into Brazilian Portuguese.

    Conflicts of Interest

    None declared.

    Multimedia Appendix 1

    Identified problem situations of health care workers during the COVID-19 outbreak, generated needs, and available resources for an appropriate response.

    DOC File , 243 KB

    Multimedia Appendix 2

    Infographics of some of the resources from the Be + against COVID platform.

    PDF File (Adobe PDF File), 1337 KB

    Multimedia Appendix 3

    Project team.

    DOCX File , 14 KB

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    Abbreviations

    EPE-UNIFESP: Enfermagem da Escola Paulista de Enfermagem da Universidade Federal de São Paulo
    HCW: health care worker
    IRYCIS: Instituto Ramón y Cajal de Investigación Sanitaria
    SECA: Sociedad Española de Calidad Asistencial
    WHO: World Health Organization


    Edited by G Eysenbach, L Buis; submitted 22.06.20; peer-reviewed by B Knezevic, D Chao, A Teles, M Rauws; comments to author 15.07.20; revised version received 30.07.20; accepted 09.09.20; published 05.10.20

    ©José Joaquín Mira, María Asunción Vicente, Adriana Lopez-Pineda, Irene Carrillo, Mercedes Guilabert, César Fernández, Virtudes Pérez-Jover, Jimmy Martin Delgado, Pastora Pérez-Pérez, Angel Cobos Vargas, María Pilar Astier-Peña, Olga Beatriz Martínez-García, Bárbara Marco-Gómez, Cristina Abad Bouzán. Originally published in JMIR mHealth and uHealth (http://mhealth.jmir.org), 05.10.2020.

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