• The need to maintain rapport and minimize sample attrition (e.g., in a longitudinal study)
• The tempo of data collection and analysis (e.g., more or less intensive)
• Complexity of data collection (e.g., involving multiple settings, countries, or topics)
• The need to invest time and training in larger teams, bringing together divergent viewpoints and methodological expertise
• The novelty of the topic to the research team
• Structure of the research team and ways of working (e.g., clear roles and responsibilities, regular meetings and updates)
A team-based approach is one of the key features of rapid qualitative research. While some consider it essential (McNall and Foster-Fishman, 2007 ), others suggest considering a team-based approach on a continuum from solo researchers to larger teams, depending on the study design (Vindrola-Padros, 2021a ). In our studies, we utilized both a solo-researcher and a team-based approach to data collection and analysis. It is important to reflect which of these may be most suitable for a study, and researchers may want to take into account a number of factors. Firstly, one of the key considerations might be the tempo and complexity of data collection and analysis. We found a team-based approach most beneficial in studies with a more intense tempo and more complex data collection (e.g., involving multiple countries, settings, topics/research questions). As also discussed by others, larger research groups were hugely valuable in enabling workload-sharing, better access to participants, faster data collection, collection of data in local languages, and allowing the team to benefit from insights related to local contexts when collecting and interpreting the data (Graetz et al., 2022 ). However, as others highlighted as well (Vindrola-Padros et al., 2020 ), larger research groups pose the challenge of ensuring a shared understanding of the methodological approach to qualitative research being undertaken. Related to that, it may be difficult to bring together potentially divergent viewpoints of researchers coming from different disciplines and traditions (Vindrola-Padros and Johnson, 2020 ). While this can be offset by investing time in appropriate training and collaborative team meetings, the larger the team, the more difficult it may be to do that. The challenges of interdisciplinary research are well-established (Larsen, 2018 ; Bardosh et al., 2020 ), but working under tight timelines, in newly established teams can magnify these challenges (Baxter et al., 2021 ; Colman et al., 2021 ). Given the great value of interdisciplinary working, especially in healthcare emergencies, practical strategies may help to manage some of the challenges we experienced; for example, using Rapid Assessment Process (RAP) sheets to facilitate more systematic updates, summaries of data and a more systemic approach to building infrastructure for cross-country and/or interdisciplinary research (Vindrola-Padros, 2021a ). Secondly, the team readiness, and related to that, the novelty of the topic to the study team, may also be important. In some of our studies we benefited from being able to work with researchers who we knew well and had experience of using qualitative methods. We also found that when the topic was new to (some of) the research team, it was also useful to adopt a team-based approach to share insights, and leverage individuals' expertise. Others have also highlighted that a team-based approach can be a good way of sharing existing expertise and having a lead researcher familiar with the topic, can be useful in ensuring that the rest of the team can contribute to the analysis (Vindrola-Padros et al., 2020 ). Thirdly, the scope of the study and breath of research questions can also be an important consideration. We found that a solo researcher approach was most beneficial for studies with narrower research questions (i.e., rather than broader, more exploratory ones), which rely less on team input for data collection and analysis. Finally, for the longitudinal studies, in line with other researchers (Worth et al., 2009 ), we found that one person collecting all data facilitated rapport and relationship-building with the participants. While in the rapid studies, this may not always be seen as a priority, it is an important consideration to ensure low sample attrition. Thus, we would urge researchers to carefully consider the suitability and implications of team-based vs. solo approaches. Particularly, the potential trade-offs involved as well as the provisions necessary to support the approach taken, make it an effective use of resources, and derive the most benefit from it.
The traditional approach in qualitative research often involves audio recordings and transcription, with the aim of using the transcripts for analysis (Greenwood et al., 2017 ). Transcription has often been thought of as a non-negotiable part of qualitative interview research, and challenging this can be difficult (Vindrola-Padros and Johnson, 2020 ). However, some have highlighted the importance of considering the diversity of qualitative traditions and schools, and that while transcription can be of great value to some qualitative approaches, for others it may not be essential (Halcomb and Davidson, 2006 ). Rapid studies may in particular eliminate transcription of data, and thus it is important to consider both the suitability of (lack) of transcription in this context, as well as the downstream consequences including workloads and the type of analysis that is possible. Firstly, as highlighted by others, transcription decisions need to be closely linked, and appropriate, to the study aims and analytic approach (Tessier, 2012 ). In line with others (Gravois et al., 1992 ; Halcomb and Davidson, 2006 ), we felt that transcription provided more flexibility during thematic analysis as it facilitated making conceptual links between categories. Transcription may be even more important and beneficial for qualitative approaches which rely on making these conceptual links in order to develop theory, for example in grounded theory (Walker and Myrick, 2006 ). There is a paucity of rapid qualitative research involving such qualitative methodologies, and the studies published during the pandemic using grounded theory seem to rely on transcribed data to be able to create conceptual frameworks based on the results (e.g., Rees et al., 2021 ; Hörold et al., 2022 ). This is perhaps not surprising as conceptual analysis or drawing on theory takes time which may not be always compatible with rapid research timeframes (Vindrola et al., 2021a). Thus, while it may be difficult to implement a grounded theory methodology in a rapid study, it is important to highlight that researchers using such methodologies, may choose to adopt a discrete rapid technique at different stages of data collection or analysis, if their aim is to reduce the time required for data collection or analysis for these parts of the research process. It is also worth noting though that even when having access to transcripts, fieldnotes collected during or after interviews, and interview summaries, are also greatly beneficial in making sense of the data. Fieldnotes have a long standing place in qualitative research and can add an important layer to the analysis (Phillippi and Lauderdale, 2017 ), as transcripts cannot be assumed to be the only source of data in an interview. In contrast, in our studies which relied on more descriptive analysis, the lack of transcription was not disadvantageous. Thus, more descriptive analysis was possible based on recordings only, but the availability of transcripts further facilitated making links between categories. Secondly, the researchers may want to reflect on whether their motivation for omitting transcription is to save time or money. Specifically, researchers seeking to save money may want to omit transcription but then aim to “counterbalance” the lack of it by committing (significant) time to formulating codes and themes based on extensive listening to audio recordings (Gravois et al., 1992 ; Greenwood et al., 2017 ), or introduce an additional step in data collection where researchers create a mind map with participants in a focus group, which would be an equivalent of generating of “codes” or “categories” (Burgess-Allen and Owen-Smith, 2010 ). In the context of the healthcare emergency such as the COVID-19 pandemic, saving time and rapidly analyzing data, may be the most important motivator (Johnson and Vindrola-Padros, 2017 ; Vindrola-Padros et al., 2020 ; Hoernke et al., 2021 ). In this instance, researchers may omit the transcripts and analyse the data directly from the recording, which may involve producing a list of initial issues (themes) after each focus group/research encounter that are then ranked later on (Joe et al., 2015 ), or using RAP sheets (Vindrola-Padros, 2021a ) in order to speed up the process. In our studies we were often focused on producing actionable results, and were motivated by the aim of influencing policy based on incoming data. Thus, regardless of whether the transcription was possible or not, we relied on more descriptive and structured analysis to formulate a reply to a focused research question. Thirdly, it is worth considering who will conduct the analysis and how transcription may affect this process. In our studies, transcription of data allowed researchers who did not collect the data to more quickly familiarize themselves with the data and contribute to the analysis, and it made it easier to select supporting/illustrative quotes when writing up. Related to that, it is worth reflecting on the need for a transparent and permanent record of the data collected and analysis, particularly for studies with richer datasets and/or with additional research questions for future secondary analyses. Overall, given the variety of approaches possible with and without transcripts, we urge researchers to be clear about their priorities (e.g., time, cost, impact) as these have important implications for the type of analysis possible and/or appropriate. To support researchers in making such informed choices and ensuring study quality, sufficient training and expertise specifically in employing rapid qualitative approaches should also be sought (Vindrola-Padros, 2021a ).
Rapid research is often motivated by the need to be responsive to changing priorities, thus ensuring its timeliness (Vindrola-Padros, 2021b ; Vindrola-Padros et al., 2021 ). Timeliness of research has been somewhat discussed in the literature, mainly in relation to evaluations, with authors highlighting that when the research is conducted is as important as whether it addresses the “right” issues (Grasso, 2003 ; McNall et al., 2004 ). For healthcare research to be useful, its findings need to be rapid, responsive, and relevant (Riley et al., 2013 ). In the context of health emergencies, Vindrola-Padros et al. ( 2020 ) also highlighted the importance of research timeliness and its ability to deliver timely and actionable findings, which can inform evidence-based public health response. However, for social scientists, including qualitative researchers, an important aspect of timeliness is that it is partially dependent on whether these researchers are invited to contribute to the pandemic response early enough (Vindrola-Padros et al., 2020 ). Thus, the discussion around timelines has been focused mainly around whether the study findings are produced in timely way, so they could inform the policy decisions, or at least contribute to the evidence being considered (Grasso, 2003 ; McNall et al., 2004 ). While these are essential features of rapid research, the COVID-19 pandemic has brought out another aspect of timeliness related to when the data was collected, rather than only to when it was used. Specifically, in the rapidly changing context of COVID-19, our studies highlighted the importance of three additional aspects of timeliness: collecting data in real time (rather than retrospectively), carefully considering the changing external context, and the complexities of mixed methods studies. These aspects have been discussed to a lesser extent in the methodology-focused literature.
Timeliness of findings is of course closely linked to timely data collection, but it perhaps has not been acknowledged to the same extent (with some exceptions, e.g., Vindrola-Padros et al., 2020 ). We have illustrated here that timeliness is a distinctive feature of rapid research. Thus, it is possible to have timely findings, for example through simultaneous data collection and analysis, but still not collect data in real time. Hoernke et al. ( 2021 ) also highlighted this issue as they collected interviews with HCPs before, during and after the first peak of the pandemic, with authors noting that this approach allowed them to capture HCPs' experiences as the situation was unfolding. When attempting to collect data in real time, researchers may want to consider the feasibility of such an approach. In our studies, we have discussed the importance of considering the extent of heterogeneity between the countries collecting data within the same study. In studies conducted in multiple settings or countries, it is important to reflect on and identify the key differences between these settings or countries which may impact how researchers interpret the data, especially if the periods of data collection are not aligned. Others have acknowledged the complexities of implementing studies in multiple countries during the COVID-19 pandemic, and the limitations of not gathering comparable data (Ding et al., 2021 ; Kilian et al., 2021 , 2022 ); however, these aspects have not been highlighted as an important dimension of timelines in rapid qualitative research across multiple sites. Nevertheless, there remains the need to consider the burden and additional pressure on participants taking part in the studies in real time (Vindrola-Padros et al., 2021 ). Our study highlights that researchers should reflect on the opportunities and costs offered by gathering data in real time, and its impact on participants. Finally, the diversity of designs of qualitative and mixed methods approaches have been highlighted before (Vindrola-Padros, 2021a ), including conducting (i) a rapid study to inform longer-term research, (ii) a shorter study exploring remaining questions after a longer study has been completed, or (iii) a parallel rapid study to a longer program of work. Conducting mixed methods research is challenging as it requires an integration of research teams conducting each sub-study, as well as a clear strategy for triangulating the data (Tashakkori and Creswell, 2007 ; O'Cathain et al., 2010 ). Our studies conducted during the COVID-19 pandemic also highlight an additional challenge for certain mixed-methods designs, namely the need to align the data collection timelines to ensure that the data is comparable and can be truly triangulated. This also requires careful planning and appropriate resources.
Rapid timeframes, understandably, are considered a key feature in rapid qualitative approaches. We have found that a useful way of considering the extent to which the study can be considered rapid is not only timeframe of data collection but also its tempo. Both terms have a long-standing use in longitudinal qualitative research. While a timeframe can be understood as the length of data collection, tempo can be defined as the number, length and frequency of visits to the field (Neale, 2021 ). While the frequency of visits is of course a unique feature of the longitudinal design, the number and length can be particularly useful when considering the rapid qualitative research as well. This has implications for how we define what rapid is; while it may be difficult to define the study length for the study to be classed as rapid because the extent of rapidness will depend on the aims, research question, context and other factors, there are also attempts to create a boundary with some suggesting that data collection should not exceed 6 months. This is on the basis that data collection longer than that will start resemble a non-rapid study (Vindrola-Padros, 2021a ). Interestingly, similar arguments have been expressed in relation to longitudinal qualitative research, highlighting that there is no universal length of data collection period, as this will greatly depend on the study objectives. For example, Saldana coined the term “shortitudinal,” to describe studies which combine intensive data collection periods with shorter time frames (starting from several months) (Saldaña, 2003 ). On a practical level, the researchers may want to consider the tempo of their data collection. For example, a 4-month study with 80 interviews (as for example in the RECOVER-QUAL study) may demand different approaches and resources than a 5-month study with 21 interviews (as was the case with our SCIENTIST study). Thus, the required resources, staff workloads and competing priorities across multiple projects, and the type of analysis will have to be considered. Studies utilizing more intense tempo, may benefit from a team-based approach to manage workloads. However, even a team-based approach may not allow a more conceptual analysis in short periods of time, and thus more structured approach may need to be considered.
A particular example of the tension and importance of considering both timeframe and tempo might be a longitudinal design in the context of rapid research. At first glance, longitudinal design and rapid research seem incompatible. As highlighted earlier, this closely links with an idea that rapid studies are conducted over relatively shorter periods of time, and thus not allowing space (and time) for dealing with challenges related to more complex designs. In the field of rapid qualitative research, longer timeframes have been somewhat indirectly discussed in relation to some rapid qualitative approaches such as Rapid Feedback Evaluation or Rapid Cycle Evaluation. These approaches are considered as either having short study timeframes or having longer timeframes with built-in feedback loops/cycles for the continuous sharing of findings (Vindrola-Padros et al., 2021 ), with the latter potentially making the studies longer overall. The context of the pandemic also puts these “traditional” timeframes in spotlight. Despite a great number of qualitative studies examining experiences of patients and HCPs during the pandemic, longitudinal rapid qualitative design has been utilized less frequently. This is not surprising; longitudinal design is still underutilized in applied healthcare research (Wanat et al., 2021d ). However, there are notable examples of combining longitudinal design and rapid research; for example a study by Turner and colleagues who examined how GP practices maintained face to face contact by conducting four interviews between May and June 2020 through combining rapid timeframes and timely dissemination, with longitudinal design (Turner et al., 2021 ). It is also worth noting that, similarly to grounded theory studies conducted during the pandemic discussed earlier, the studies which used longitudinal designs and were conducted over a short period of time have not always been classified as rapid by the authors themselves (e.g., Maison et al., 2021 ). This highlights that short data collection period does not automatically lead to a study being called “rapid.” It also shows the complexities in defining the key characteristics of rapid studies, and applying these when designing and implementing rapid qualitative approaches. Based on the recent examples, there seems to be a scope for innovation in rapid qualitative researchers by adopting more complex designs with both shorter and longer study timeframes.
Rapid qualitative research can be successfully set up and implemented in the context of a healthcare emergency, but can pose methodological dilemmas and challenges for researchers. In this manuscript, we have focused on two methodological issues, which became pertinent to our studies, namely implementing a team-based approach, and conducting timely and rapid research. By sharing our experiences and reflections, we hope to contribute to the transparency in conducting and reporting rapid studies and help other researchers to make better informed methodological choices. We also encourage other researchers in engaging with such methodological discussions to help move the field of rapid qualitative research forward.
Ethics statement.
The studies involving human participants were reviewed and approved by relevant Ethics Committees. RECOVER-QUAL—Ethical approval for the whole project was granted in England by the South Central Berkshire Research Ethics Committee (reference number: 20/SC/0175). The seven research sites outside of the UK also obtained ethical approval from their local organizations. FACTS—The study was approved by the University of Oxford Research Ethics Committee in October 2020 (CUREC ethics reference {"type":"entrez-nucleotide","attrs":{"text":"R72896","term_id":"846928"}} R72896 /RE001). SCIENTIST—The study received ethical approval from the Ethics Committee of Antwerp University Hospital (20/13/150). HOUSEHOLD—The study received ethical approval from the Medical Ethical Committee Utrecht (NL) and Medical Ethics Committee UZA Antwerp (BE) (Reference number 20-185/D and 20/14/ 177 respectively). STEP-UP—The study was reviewed and approved by the University of Oxford Medical Sciences Inter-Divisional Research Ethics Committee (ref. {"type":"entrez-nucleotide","attrs":{"text":"R59812","term_id":"830507"}} R59812 ) and the NHS Health Research Authority (ref. 19/HRA/0434). HCP Policy and Experiences—The study was approved by the University of Oxford's Medical Sciences Interdivisional Research Ethics Committee (ref. {"type":"entrez-nucleotide","attrs":{"text":"R69302","term_id":"842819"}} R69302 ). Participants in all studies gave informed consent to participate in the research, and their consent was documented.
MW led the writing of the first draft. All authors contributed to writing the first draft of the manuscript. All authors contributed to conception and design of the study, manuscript revision, read, and approved the submitted version.
The RECOVER-QUAL, HOUSEHOLD, and SCIENTIST studies were part of the RECOVER (Rapid European COVID-19 Emergency Response research). RECOVER was funded by the EU Horizon 2020 research and innovation program under (Grant Agreement No. 101003589). FACTS study did not receive external funding. STEP-UP study was funded by the Economic and Social Research Council (ESRC) through the Antimicrobial Resistance Cross Council Initiative supported by the seven research councils in partnership with other funders (Grant No. ES/P008232/1). It was also supported by the NIHR HPRU in Healthcare Associated Infections and Antimicrobial Resistance at the University of Oxford and Imperial College London in partnership with UK Health Security Agency, the NIHR Oxford Biomedical Research Centre, and the NIHR under the Applied Health Research (ARC) program for North West London. HCP Policy and Experiences study was funded by the UKRI/NIHR 2019 nCoV Rapid Response Call through a grant (Grant No. NIHR200907) which supported AB and CP, with support from the NIHR HPRU in Emerging and Zoonotic Infections at University of Liverpool in partnership with UK Health Security Agency, and in collaboration with Liverpool School of Tropical Medicine and the University of Oxford. ST-C is funded by the NIHR HPRU in Healthcare Associated Infections and Antimicrobial Resistance at the University of Oxford in partnership with UK Health Security Agency.
The authors declare that the research was conducted in the absence of any commercial or financial relationships that could be construed as a potential conflict of interest.
All claims expressed in this article are solely those of the authors and do not necessarily represent those of their affiliated organizations, or those of the publisher, the editors and the reviewers. Any product that may be evaluated in this article, or claim that may be made by its manufacturer, is not guaranteed or endorsed by the publisher.
Published on 28.5.2024 in Vol 8 (2024)
Authors of this article:
1 Science of Care Institute, Sinai Health, Toronto, ON, Canada
2 Lunenfeld-Tanenbaum Research Institute, Sinai Health, Toronto, ON, Canada
3 Institute of Health Policy, Management and Evaluation, University of Toronto, Toronto, ON, Canada
Carly A Cermak, MClSc, PhD
Science of Care Institute
Sinai Health
1 Bridgepoint Drive
Toronto, ON, M4M 2B5
Phone: 1 4165864800
Email: [email protected]
Background: The COVID-19 pandemic acted as a catalyst for the use of information and communication technology (ICT) in inpatient and outpatient health care settings. Digital tools were used to connect patients, families, and providers amid visitor restrictions, while web-based platforms were used to continue care amid COVID-19 lockdowns. What we have yet to learn is the experiences of health care providers (HCPs) regarding the use of ICT that supported changes to clinical care during the COVID-19 pandemic.
Objective: The aim of this paper was to describe the experiences of HCPs in using ICT to support clinical care changes during the COVID-19 pandemic. This paper is reporting on a subset of a larger body of data that examined changes to models of care during the pandemic.
Methods: This study used a qualitative, descriptive study design. In total, 30 HCPs were recruited from 3 hospitals in Canada. One-on-one semistructured interviews were conducted between December 2022 and June 2023. Qualitative data were analyzed using an inductive thematic approach to identify themes across participants.
Results: A total of 30 interviews with HCPs revealed 3 themes related to their experiences using ICT to support changes to clinical care during the COVID-19 pandemic. These included the use of ICT (1) to support in-person communication with patients, (2) to facilitate connection between provider to patient and patient to family, and (3) to provide continuity of care.
Conclusions: HCP narratives revealed the benefits of digital tools to support in-person communication between patient and provider, the need for thoughtful consideration for the use of ICT at end-of-life care, and the decision-making that is needed when choosing service delivery modality (eg, web based or in person). Moving forward, organizations are encouraged to provide education and training on how to support patient-provider communication, find ways to meet patient and family wishes at end-of-life care, and continue to give autonomy to HCPs in their clinical decision-making regarding service delivery modality.
The health care workforce had to quickly adapt to the COVID-19 pandemic, with health systems grappling with the provision of COVID-19 care at the same time as non-COVID-19 care. Restrictions to reduce the spread of COVID-19 put an additional strain on the health care system. Health care providers (HCPs) were left to problem-solve how to continue providing compassionate, connected care among layers of personal protective equipment and visitor restrictions. Fortunately, the COVID-19 pandemic was a catalyst for digital health to support the ongoing response to the COVID-19 pandemic, with web-based care emerging as the primary innovation of information and communication technology (ICT) used in medical care [ 1 , 2 ]. Uses of ICT in medical care include remote consultations, digital noninvasive care, and digital platforms for data sharing [ 3 ].
ICT played an important role in supporting changes to clinical care within inpatient and outpatient health care settings. Within inpatient settings, ICT was integral in maintaining connectivity between patients, families, and providers when changes to visitor policies were implemented [ 4 ]. For example, the use of mobile devices and tablets allowed for connection between patient and family and supported knowledge transfer between provider and family [ 5 ]. Within outpatient settings, ICT was integral in continuing care when COVID-19 lockdown restrictions limited in-person visits [ 1 ]. For example, videoconference and telemedicine services (ie, web-based care) emerged as a platform for providers to use to allow for remote care [ 1 ]. In both facets, ICT facilitated connection, acting as an essential link between patients, families, and providers. However, we have yet to learn of HCPs’ experiences in using ICT to support clinical care.
Learning from the experiences of HCPs’ use of ICT will offer valuable insights into how innovative uses of ICT might continue to be used in inpatient and outpatient health care settings moving forward. From here, uses of ICT can inform organizational leadership of the systems or processes that may require further investigation to support ICT use in clinical care in a postpandemic world. The main objective of the study was to examine changes to models of care during the pandemic from the perspectives of HCPs, implementation team members, and leaders across 3 Canadian hospitals. For this paper, we report on a storyline that emerged from this work to describe the experiences of HCPs’ use of ICT that supported changes to clinical care during the COVID-19 pandemic.
This qualitative descriptive study was undertaken from March 2022 to June 2023 to understand changes to models of care during the COVID-19 pandemic through the experiences of HCPs, implementation team members, and leaders across 3 hospitals in Canada. This paper is reporting on a subset of data related to HCPs’ experiences of using ICT in supporting changes to clinical care, drawn from the larger study that explored changes to models of care that took place during the COVID-19 pandemic. The reporting of this study was guided by the Standards for Reporting Qualitative Research [ 6 ].
In total, 30 HCPs were recruited from critical care, inpatient, and ambulatory services across 3 hospitals in Canada. A purposeful sampling strategy was used where recruiting took place in organizations that were known to have been affected by COVID-19 restrictions and policies. Site leads at participating institutions disseminated study information to HCPs (eg, nurses, physicians, and allied health disciplines) working within their respective health care organizations. From here, interview participants self-referred to this study. Inclusion criteria included current employment as an HCP working at the health care organization over the course of the pandemic and postpandemic recovery.
One-on-one, semistructured interviews were conducted by members of the research team (Kang Kang Margolese, Marina Morris, Lily Zeng, Marie Oliveira, Adebisi Akande, HR, Frances Bruno, or CAC) between December 2022 and June 2023. Demographic information, including age, gender, ethnicity, health discipline, time in profession, time in organization, and time in current role, was collected from all participants before the interview to ensure diversity within the sample. An interview guide was developed by the research team that explored the following five areas: (1) changes to care (eg, “What was your role like before the pandemic? How did care change over the course of the last 3 years?”), (2) provisions of care (eg, “What did you/your team start/stop doing? How did you prioritize care?”), (3) emotions (eg, “How did care change feel for you/your team? What supports were available to you?”), (4) implementation and evaluation (eg, “How were changes implemented and evaluated?”), and (5) lessons that were learned or future recommendations.
Data collection was completed by nonclinical research staff (Kang Kang Margolese, Marina Morris, Lily Zeng, Adebisi Akande, and HR) and clinical research staff (Marie Oliveira, Frances Bruno, and CAC). Data collection was concluded when saturation of themes was reached, meaning that limited new insights emerged from existing themes with the collected data sample [ 7 ]. The interviews were conducted via either a videoconferencing platform or in person and were approximately 45 to 60 minutes in length.
Ethics was formally reviewed and approved by Sinai Health’s Research Ethics Board (REB# 22-0153-E), as well as at each participating site: Sunnybrook Health Sciences Centre (REB# 5571) and Providence Health Care (REB# H22-02792). Participants were informed that participation in this study was completely voluntary and that they could withdraw from the study at any time without penalty. Verbal informed consent was obtained before the start of the interviews, and participants were given an electronic gift card in recognition of their time. The honorarium for participants was CAD $20 (US $26.4). Demographic information was collected from all participants before the interview. These data were anonymized and stored separately from the transcripts, which were deidentified and stored on a secure server.
The research design was conceived within an interpretivist paradigm, where the researchers’ purpose was to gather insight into how clinical care changed during the COVID-19 pandemic through the learning of the experiences of participants [ 8 ]. Interviews were analyzed using an inductive thematic analysis approach, which included openly coding line by line to organize data in a meaningful, systematic way; examining the codes to identify themes; and reviewing the themes [ 9 ]. Specifically, the entire research team openly coded a small group of interviews (n=3) independently, line by line, and then met as a group to review codes, discuss themes, and develop an initial codebook through consensus. From here, the research team coded the bulk of the interviews in pairs, meeting as needed to ensure the reliability of coding, using the primary investigator (LJ) to triangulate and resolve any discrepancies as needed.
Reflexivity was demonstrated through regular debriefs of interviews and a review of the codebook at 1- to 2-week intervals during the coding process. Primary adjustments were additions of new codes as interviews were collected from new participant subgroups. For example, the initial codebook was derived from nurse interviews, and new codes were required as the project expanded into allied health disciplines. Codes that related to HCPs’ experiences of ICT included disciplinary changes, technical changes and innovations, improvisation, problem-solving, tools, and technology recommendations. NVivo software (QSR International) was used to facilitate the cross-synthesis analysis. As a final step of analysis to ensure saturation and methodological rigor, the primary investigator for the study (LJ) reviewed the emergent coding schema with the original transcripts.
A total of 30 participants (site A: n=4, site B: n=14, and site C: n=12) described their experiences of how ICT supported changes to clinical care. Table 1 presents the demographic characteristics. Themes generated from participants included the use of ICT (1) for supporting in-person communication with patients; (2) for enabling connection between patients, providers, and families; and (3) for providing continuity of care amid COVID-19 restrictions.
Characteristic | Values | |
26-30 | 3 (10) | |
31-35 | 3 (10) | |
36-40 | 3 (10) | |
41-45 | 9 (30) | |
46-50 | 3 (10) | |
51-55 | 6 (20) | |
56-60 | 1 (3) | |
61+ | 2 (7) | |
Female | 30 (100) | |
Male | 0 (0) | |
, n (%) | ||
Asian | 4 (13) | |
Canadian | 6 (20) | |
European | 2 (7) | |
Hispanic | 1 (3) | |
White | 15 (50) | |
Mixed | 2 (7) | |
Nursing | 6 (20) | |
Social work | 8 (27) | |
Music therapy | 2 (7) | |
Physiotherapy | 3 (10) | |
Recreation therapy | 2 (7) | |
Occupational therapy | 2 (7) | |
Spiritual care | 3 (10) | |
Dietetics | 3 (10) | |
Psychology | 1 (3) | |
In profession | 16.84 (8.59) | |
At organization | 14.23 (8.82) | |
In current role | 10.95 (8.20) |
a HCP: health care provider.
b Participant self-identified; categories were not provided.
Participants described how tablets supported in-person communication to mitigate the impact that personal protective equipment (PPE) had on verbal interactions with patients. PPE such as masks, Plexiglas, and visors posed challenges in communicating effectively, particularly for patients who were hard of hearing or who had difficulties with comprehension. Efforts to support communication were essential as communication breakdowns created confusion for the patients with detrimental consequences:
And so when talking to elderly people, when they can’t read your lips or when they can’t really hear you through three layers of protective equipment, they get very confused and multiple confusing events leads to possible more agitation and agitation leads to an automatic write-off from a lot of health care providers as to a reason why not to provide a certain person with care. [Site B, 01, physiotherapist]
Participants described coming up with innovative ways to facilitate communication amid the layers of PPE, with tablets and phones used to break down communication barriers. Applications such as speech to text allowed live transcription of providers’ speech, which can be used as a tool to support comprehension for patients who were hearing impaired. Further, speech-to-text applications provided patients and families a model of how this tool can be used to support communication outside of the hospital setting:
And so, this [iPads] has been a huge help...it helps people, patients who haven’t heard of this...they go home with a brand-new strategy that makes their daily life so much easier. [Site C, 08, social worker]
In addition to using tablets to support communication with patients who were hard of hearing, participants also expressed the value of using tablets for translation services for patients who did not speak English. Benefits included the convenience of dialing translation services from an iPad:
We have translation services on them [iPads]...which has been so, so wonderful to have to just go into someone’s room who doesn’t speak English...And just call up this interpretation service, have a human being there and that was really a key. [Site C, 29, spiritual health practitioner]
Challenges surfaced when both a videoconferencing platform and translation services were required—specifically, the difficulties in handling 2 ICT tools simultaneously and the need to prioritize videoconferencing all the while hoping that family members were relaying information correctly:
...you can’t hold a Zoom, you know, iPad and then hold a translator phone to it, you know what I mean? So then it became family trying to find someone at their end who could relay information. [Site B, 13, occupational therapist]
Participants described how digital devices facilitated the connection between provider to family and provider to patient during visitor restrictions. This included using phones and iPads to connect families to their loved ones in hospitals, especially at end-of-life care. Participants also described that providing a digital connection to families at end-of-life care was a service that could help families move through the grief process.
...we facilitated a FaceTime and all kinds of video calls for people to be able to talk to their loved ones. And even to their religious leaders in certain cases...Families were not able to be with a loved one when they were dying…we were a bridge between them. [Site B, 07, spiritual care]
...we recorded a memorial service that was generic and was put up on YouTube and we could send the link...And so many people just didn’t have the needed ritual to move through grief. And that was something that we could give them and that was—we received so much good feedback and gratitude for that. [Site C, 29, spiritual health practitioner]
While there were benefits of tablet use to connect families to patients at end-of-life care, a digital connection created an internal struggle for HCPs as they witnessed the lack of physical touch and difficulties in accommodating end-of-life rituals:
I feel like I struggled when I had to use an iPad to connect patients to family members and it could be in a very vulnerable situation, like a patient was dying, he doesn’t speak English, the daughter’s on the iPad, she’s crying, she can’t hold her dad, can’t hold his hand...I think we have to recognize that...there is a rite of passage before somebody dies. There are certain steps for religious people and families that need to happen to honour a dying body for them to move on to wherever that place is...So anointing, communion, confession. Those are not things that are amenable to a Zoom method. [Site B, 12, nursing]
Further, participants expressed the challenges with navigating the frequency of communication between patient and family, such as balancing family requests with staffing resources within the hospital:
...when you had multiple family members who each wanted their turn to visit once a week. Well, you know, you don’t have staff to be able to support five Facetimes per resident. So, we started to have to limit it and say...like two Facetimes a week for a family, or for a resident...So, that was a challenge. [Site B, 05, social worker]
Participants described how the use of videoconferencing platforms such as Zoom (Zoom Video Communications) enhanced communication between providers and families, such as when needing to provide medical updates or discharge recommendations. Zoom provided accessible options for patients with hearing or comprehension challenges using closed captioning. Furthermore, Zoom enabled more efficient and faster communication between the care team and family, rather than being faced with the complexities of coordinating schedules of team members and families who may be coming in from out of town:
It [Zoom] optimized our efficiency for delivering family meetings...the specialist physicians were able to attend more of these family meetings than in the past, because of the ability to attend virtually. And then, more family were able to attend than...in the past. And it was able to happen faster because we could do it virtually versus waiting several days for a family member to arrive from another city. [Site B, 13, occupational therapist]
Participants also expressed the benefits of web-based care for patient access, particularly for patients with mobility challenges or lack of transportation:
I can actually say that shift [to virtual] was very positive because...it actually eliminated some of the concerns my patients have about transportation, or ways that they’re able to get out there, be it because of their physical impairment post-operation. Or simply just because they don’t have the resources to get transit for whatever reason. [Site A, 23, social worker]
Further, some participants expressed how web-based care positively changed clinical practice for counseling services:
And from all the patients I’ve intervened with...I’d say .01% want to come in person...I find that on Zoom you can sort of see the environment they’re in...I think that COVID has revolutionized social work intervention...I only have good things to say about it. COVID has opened up a whole new world for counseling. [Site B, 15, social worker]
Web-based care was not without its challenges. Clinicians described that greater access to care increased referrals from patients who would historically not come for in-person treatment, particularly for mental health services:
...we found that we were getting more referrals from ... all these different patients who would have not been able to come to hospital to do in-person groups...people with anxiety disorders, like agoraphobia. People who had not seen—have difficulty going outside the house. [Site A, 16, nursing]
...the workload increased enormously, and was impossible to keep up with because before people had to come in to [the hospital] to see me so that actually restricted the number of people that I could see to people who lived in [the city], or in some neighbouring communities. At times, people would come in and come drive like 90 to 120 minutes to come and see me but due to Covid, when we shifted to online therapy...now, everybody in [the province] had access to me who were part of these programs...many people wanted to see the psychologist because they wouldn’t have to drive in. [Site C, 16, psychologist]
Consequently, participants described that more visits over Zoom led to greater fatigue as a result of having to simultaneously navigate Zoom and in-person teaching, resulting in a reduction in group therapy frequency:
We noticed for us clinicians we were just getting so fatigued that it was just too much. Because running a group in-person, and running it over Zoom is very, very different. You’re staring at a screen, you’re looking at all the faces in the room. You’re trying to navigate the PowerPoint, there’s a lot of things happening simultaneously, that when we were doing four groups a week we just noticed this is not sustainable for us. So we had to shift it to three groups. So one less group a week. So I think that’s a huge change in terms of provision of care. [Site A, 16, nursing]
In terms of providing clinical care, clinicians described the challenges of conducting a physical assessment or providing counseling treatment via Zoom or by phone:
We do some physical examination. So it’s hard just to understand the status just by phone, even if you ask them “Any swelling?” Then they say no but actually they have, so the knowledge may not be there. [Site C, 10, registered dietician]
...in Zoom it’s very limited and you mostly see the face. Right? You don’t see what the person is doing with their hands, arms, with their legs, with their feet. [Site B, 07, spiritual care practitioner]
It’s just something about being in the same room with someone when their emotions are high that you don’t actually have to do anything in particular, but just the calming presence makes a difference. I think that people get some of that on Zoom...I don’t know how similar or different, but I’m just assuming that it’s probably a bit watered down...Whereas if I was just in the room, I think just being quiet with the person would be enough and might be even better at times. [Site C, 16, psychologist]
Finally, clinicians described the challenges of using web-based care when working with older patients due to limited experiences with technology or cognitive impairments. Interestingly, some participants felt that the reliance on web-based care reduced the attendance of older populations who were not familiar with the technology.
...our average age is 97, they’re not tech savvy, they’re not necessarily understanding, comprehending, you know, that, you know, as we would understand that you can actually talk to someone who’s not present here, but it’s in the same time...So, I would call it, you’re having a video call. I try and explain it’s that, you’re having a video telephone call. And then, they just think they’re looking at a television, you know, and they’re just watching kind of a show and stuff. [Site B, 10, recreation therapist]
Some of our clients—some people with dementia don’t understand...either they don’t recognize themselves, or they get agitated by the sight of themselves—so having the person facilitating the Zoom understand how to turn off the view that you can see yourself, was important...I think I lost a number of older spouses that used to come to the group, because they...had difficulty understanding the technology, or just their digital literacy, or access to technology wasn’t that great. So currently...and interestingly, that has changed the demographic of people who are coming in my Caregiver Group. [Site B, 08, social worker]
The aim of this qualitative descriptive study was to describe the experiences of HCPs in how ICT supported changes to clinical care during the COVID-19 pandemic. Participant narratives revealed 3 key findings: the benefits of digital tools to support in-person communication between patient and provider, the need for thoughtful consideration for the use of ICT at end-of-life care, and the support for the continued use of web-based care, when appropriate. We discuss HCPs’ experiences as they relate to the literature and provide recommendations for health care organizations that can make use of ICT in a more collaborative way while reflecting on patient and family values.
Communication between patients and providers is essential for quality care and for reducing preventable adverse medical events [ 10 ]. Patients who have been appropriately supported in their communication have reported to be more satisfied in their hospital stay [ 11 ]. Devices to assist with communication, more commonly referred to as alternative augmentative communication (AAC), have existed in health care for decades. AAC is an intervention approach for individuals who require added support (augmentative) or a replacement (alternative) for their communication [ 12 ]. AAC can be low technology such as communication boards or pictures or high technology such as communication systems on iPads and speech-generation devices and can be used for a short or long period of time depending on the individual’s communication needs [ 12 ].
The COVID-19 pandemic spawned a rapid adoption of digital tools such as tablets, which became an available tool to reduce communication barriers experienced with mask-wearing when speaking to patients and families and allow for participation in conversation. Additionally, tablets enabled access to video language interpretation for patients who were mechanically ventilated and awake [ 13 ], a unique example of reducing language barriers when families were not able to be present for interpretation. However, participant narratives using digital tools within acute care and rehabilitation contrast the literature describing the experiences of patients and families in the intensive care unit. In the intensive care unit, HCPs and families reported barriers to the implementation of communication supports, particularly for patients who were mechanically ventilated and awake [ 14 ]. Nurses reported feeling inadequate and frustrated in trying to support patients [ 14 ], whereas families reported frustration with communication breakdowns, inconsistent availability of tools, and insufficient training by the HCP [ 15 ]. Patients described being mechanically ventilated as a vulnerable, lonely, and fearful experience [ 15 ], particularly as verbal communication was not an option.
The collective experiences of nurses, families, and patients emphasize the impact that a lack of communication supports can have at the bedside. Further, the experiences of nurses, families, and patients shed light on the education and training that is needed for successful patient-provider communication to support participation in conversation, particularly for patients on mechanical ventilation. Reports from speech-language pathologists working with patients who are critically ill revealed positive patient-provider communication outcomes when there was nurse collaboration and readily available communication supports at the bedside [ 13 ]. Thus, the experiences of patients, families, and HCPs highlight the integral role that leadership and hospital policies play in prioritizing communication access, tool availability, and organizational-wide training [ 13 , 16 ]. For system-level change, it is recommended that hospital leaders develop regular staff training on communication supports led by professionals with expertise in this area such as speech-language pathologists [ 14 ]. For increased awareness on the importance of communication supports in health care, it is recommended that education on patient-provider communication starts as early as the undergraduate and postgraduate level for health discipline (ie, clinical) programs [ 14 ].
Videoconferencing tools have been used to connect loved ones for over a decade and have been shown to have positive psychosocial outcomes for nursing home residents when used as an addition to in-person family visits [ 17 ]. Specifically, older residents in nursing homes who received videoconferencing visits with family in addition to in-person family visits had a greater mean change in baseline depressive symptoms and feelings of loneliness when compared to older residents who had in-person visits only [ 17 ]. During the pandemic, however, videoconferencing tools and digital devices were used as a substitute for in-person visits due to visitor restrictions imposed by the COVID-19 pandemic. Although this enabled a connection between patient and family, the reduced frequency of family connections created tensions between both HCPs and family members.
Similar tensions were described by HCPs in the United Kingdom including communicating devastating news to relatives without having ever met them in person and the moral dilemma of what is “best” end-of-life care versus what could be offered given the COVID-19 restrictions [ 18 ]. Further, clinicians in Canada reported that web-based visits at end-of-life care prevented meaningful conversations typically had between family members at the bedside [ 19 ]. One physician described the importance of family connection in end-of-life care: “I’m now convinced that family members at the bedside improves patients’ ability to get better” [ 19 ]. The experiences of bereaved relatives aligned with the internal conflicts of HCPs in the United Kingdom: families wanted frequent communication that was easy to understand, one last chance to say goodbye through physical touch, and speaking to their loved one at bedside [ 20 ]. Similarly in Canada, HCPs, patients, and families all felt that restrictive acute care visitor policies impacted the safety and quality of care, mental health of everyone involved, families as partners in care, and communication and advocacy [ 4 ].
Although COVID-19 visitor restrictions have lifted, the experiences described by clinicians and families highlight the considerations needed for a positive, meaningful, end-of-life experience. One example of an organizational-wide intervention for end-of-life care includes the 3 Wishes Project (3WP), an intervention that gathers 3 wishes from the patient and family to help personalize and humanize end-of-life care [ 21 ]. The 3WP has demonstrated a positive impact on families and clinicians; families had a significantly higher rating of emotional and spiritual support than families who did not receive the 3WP [ 22 ], while clinicians reported greater morale and collaboration in helping families move toward acceptance [ 23 ]. Further, the 3WP has shown to build capacity for compassion at the organization level by facilitating collective noticing, feeling, and responding [ 24 ]. In other words, the implementation of 3WP creates system-level processes and structures to facilitate compassionate care while promoting the connection between patients, families, and HCPs [ 24 ]. Thus, while the use of digital devices will likely continue to be a complement to care [ 25 ], it is important that organizations encourage collective, compassionate care to meet the wishes of patients and families.
Literature describing the benefits and challenges of web-based care aligned with participant narratives. Benefits included faster access to care, greater efficiency, and improved convenience for patients [ 26 ]; challenges included conducting assessments without the ability to complete in-person physical examinations [ 26 ] and offering web-based care to patients with poor digital literacy [ 27 - 29 ]. What was unique to this study’s findings was the increase in referral rates with the implementation of web-based care. Two reasons for an increase in referrals as described by participants included greater access for patients with significant mental health needs who otherwise would not come in for services and greater access for patients living far away from the hospital. Consequently, more referrals increased the workload of HCPs, demonstrating the dichotomy between patient access to care and provider workload. This emphasizes the considerations needed to balance clinician workload with patient preference of service modality as organizations move toward hybrid models of care [ 25 ].
A recent US study examined patient preference for service modality for nonurgent care and found that when out-of-pocket costs were not a factor, slightly more than half of the sample (53%) preferred in-person visits to web-based care, while one-fifth (21%) preferred web-based and one-quarter (26%) had no preference or did not know what they preferred [ 30 ]. For individuals who had video visit experience, this was associated with their preference for video visits [ 30 ]. A closer look at demographic factors revealed that those who did not feel that video calls had a role in their medical care were generally older people, who lived rurally, and who had a lower income and educational level [ 30 ]. Conversely, patients who were younger and had a higher income and education were more likely to choose a video visit over in-person care [ 30 ]. While choice of service modality may be an option for nonurgent care moving forward, some populations may not have the same ability to choose. Rather, it is up to the HCP to decide whether web-based care is appropriate.
HCPs, such as psychiatrists, who work with patients with significant mental health disorders have described the role that contextual factors contribute to decision-making of service modality [ 31 ]. Contextual factors in decision-making included if an in-person visit provided greater therapeutic benefit than a web-based visit, if a general examination was needed, if there were caregivers nearby who could provide information, if insight into the living environment was necessary, and if safety resources were required for in-person visits [ 31 ]. There was no consensus among psychiatrists on the mental health conditions that would best be served, as some respondents felt web-based care offered unique benefits such as improved patient safety and reduced likelihood of escalation [ 31 ]. Taken together, a combination of factors will need to continue to be considered for service delivery modality moving forward, such as patient preference, nature of service provided, and technology literacy. Furthermore, thoughtful planning for the accessibility of technology use for underserved populations will likely be an element of consideration for the field of health care [ 32 ].
First, this study is limited to the experiences of the HCP from urban hospitals in Ontario and British Columbia and may not be transferable to the full scope of pandemic hospital worker experiences across the globe. Consequently, there may have been uses of ICT that happened during the pandemic that were particularly novel or interesting but may not have been captured due to the nature of this qualitative study. Second, participants were given an electronic gift card after the interview in recognition of their time, which may have impacted self-referral into the study. Third, there were several research team members involved in interviews, which may have impacted the depth of information provided by the participants across interviews.
Experiences from HCP highlight the uses of ICT to support changes to clinical care during the pandemic. The use of digital tools supported patient-provider communication, enabled a connection between patients and families at end-of-life care, and provided continuity of care amid COVID-19 lockdowns. Moving forward, organizations are encouraged to provide education and training on how to support patient-provider communication in clinical care; find ways to implement collaborative, compassionate, end-of-life care; and continue to give autonomy to HCPs in their clinical decision-making regarding service delivery modality.
This study was funded by a grant from the Canadian Institutes of Health Research (W12179927). The authors would like to thank the participants who took time to reflect on the difficult experiences they and their colleagues faced during the COVID-19 pandemic. The authors would also like to thank the research team of Kang Kang Margolese, Marina Morris, Lily Zeng, Marie Oliveira, Adebisi Akande, and Frances Bruno who contributed to the data collection and analysis.
An aggregate summary of data generated and analyzed during this study are included in this published manuscript. Individual data transcripts cannot be publicly shared because of confidentiality.
LJ conceived and designed the study and assisted with data analysis. CAC and HR assisted with data collection and data analysis. CAC drafted the manuscript, and all authors critically reviewed it as well as read and approved the final manuscript.
None declared.
3 Wishes Project |
alternative augmentative communication |
health care provider |
information and communication technology |
personal protective equipment |
Edited by A Mavragani; submitted 24.09.23; peer-reviewed by A Ševčíková, H Pilabré, A Olsson; comments to author 02.12.23; revised version received 06.03.24; accepted 21.03.24; published 28.05.24.
©Carly A Cermak, Heather Read, Lianne Jeffs. Originally published in JMIR Formative Research (https://formative.jmir.org), 28.05.2024.
This is an open-access article distributed under the terms of the Creative Commons Attribution License (https://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work, first published in JMIR Formative Research, is properly cited. The complete bibliographic information, a link to the original publication on https://formative.jmir.org, as well as this copyright and license information must be included.
Journal of Occupational Medicine and Toxicology volume 19 , Article number: 22 ( 2024 ) Cite this article
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Migraine is common and can be highly disabling. Adequate migraine self-management (SM) can mitigate the potentially adverse health effects of migraine. However, adequate SM can be challenging to implement in everyday life, for instance, at the workplace. We aimed to explore how migraine SM is carried out at work and which occupational factors may determine effective implementation according to employees with migraine. We also explored the potential impact of the COVID-19 pandemic and the associated re-arrangement of working conditions on migraine SM at work.
We conducted semi-structured qualitative interviews (08/2020–01/2021). Participants were eligible if they have worked for at least six months with a minimum of twenty hours per week and with a migraine diagnosis. The interviews were transcribed and content-analyzed using MAXQDA.
Migraine SM was perceived to be influenced by social interactions at work (e.g., in terms of understanding vs. stigmatization), the level of job decision latitude (JDL, i.e., the extent to which one is able to influence work processes, e.g., when working from home), and workplace design (e.g., in terms of opportunities to withdraw from work). During the COVID-19 pandemic, especially increased JDL appeared to favorably influence migraine SM.
Migraine SM at work is fostered or complicated by various psychosocial working conditions. By considering these facilitators and barriers, more migraine-friendly workplaces can be created.
Migraine is associated with a considerable burden in terms of its prevalence, related disability, and cost. The prevalence is especially high among people between the age of 36 and 46, who are in the midst of their occupational life [ 1 ]. It has been estimated that the European Union loses € 111 billion annually due to migraine [ 2 ]. As much as 93% of this amount is considered to be attributable to indirect cost, i.e., cost resulting from lost and reduced productivity at work [ 2 ].
To successfully manage their condition, individuals with migraine need to acquire and apply various skills (i.e., self-management [SM]). Five major areas of migraine self-management activities have been identified in prior studies: (1) utilizing the healthcare system, (2) taking medication adequately, (3) using alternative therapies (such as osteopathy, herbal, and homeopathic remedies), (4) requesting social support, and (5) self-care (e.g., trigger detection and avoidance, stress management, and a healthy lifestyle) [ 3 , 4 , 5 ].
Migraine SM can be hampered or facilitated by external factors in everyday life, for instance, at the workplace. With regard to the latter, the European Federation of Neurological Associations (EFNA) conducted a survey in 2020 inquiring individuals with migraine or other types of headaches ( n = 167) from 20 European countries what their company should do to help them cope better with the effects of their health condition [ 6 ]. Proposed areas of improvement included (but were not limited to): more understanding by managers, more opportunities to work from home, private workspace, less social interaction, part-time work, and noise-cancelling headphones [ 6 ]. In the same vein, Scaratti et al. [ 7 ] used an online questionnaire to examine the needs of headache patients in Europe ( n = 103) related to staying at or returning to work. Here, too, physical environment adaptions (such as single offices, rest rooms), work-related aspects (e.g., longer, and flexible breaks), and support at work (among other things, social support by supervisors and human resources) were mentioned [ 7 ].
While there is thus confirmatory preliminary evidence regarding headache SM, there is still a need to examine in depth if and how working conditions may affect successful implementation of specifically migraine SM (rather than headache management in general) at work. Migraine cannot be equated with headache, as headache is only one symptom of migraine, which is also usually accompanied by other symptoms such as nausea, vomiting, or sensitivity to light, and thus likely to lead to more impairment. We aimed to gain detailed insights into the types of working conditions that may facilitate or hamper the ability to self-manage migraine. Work arrangements have changed swiftly and dramatically for many employees during the COVID-19 pandemic and we therefore also sought to explore the potential effects of these re-arrangements on SM strategies.
We conducted a qualitative study using semi-structured interviews. Our report adheres to the Consolidated Criteria for Reporting Qualitative Research (COREQ) statement [ 8 ].
The primary researcher (CK) was a medical student at the time of our study. Qualitative research skills are usually not acquired during medical studies in Germany. CK conducted the study to obtain a German Doctor of Medicine (Dr. med.) degree, which is comparable (in terms of its scope and quality) with a master thesis rather than with a PhD degree. The general choice of self-management at work as the research topic was due to the foci of the research group headed by AL, who acted as CK’s thesis supervisor. It was CK’s wish to relate her research project to migraine, as she had several migraine patients in her personal environment. CK familiarized herself extensively with the methodology of qualitative research (especially through self-studies and online tutorials) and in particular with the coding process. Prior to the interviews and the analysis, CK was trained (e.g., in interviewing techniques) by KH who is an experienced qualitative researcher [ 9 , 10 ] (female, degrees in psychology and public health). Also, detailed feedback and opportunities for reflection were provided during the actual interviewing and subsequent analysis (see below).
We sought to recruit participants who met the following inclusion criteria: (1) participant-report that migraine has ever been diagnosed by a physician and (2) employment with the migraine diagnosis for at least six months with a minimum of 20 working hours per week. Study participants were recruited via three different pathways: an inpatient rehabilitation clinic for headache disorders (Berolina Klinik, Löhne, Germany), migraine self-help groups from different regions in Germany, and private contacts of members of the study team. In the run-up to the interviews all potential participants received information on the objectives of the study, the professional background of the interviewer (CK) and the inclusion criteria (either via a flyer or from CK in person). This information was presented again later at the start of the interviews. It was also ensured at the beginning of the interviews that the inclusion criteria were met. All participants provided written informed consent prior to the interviews. In line with participants’ preferences, interviews were either conducted face-to-face or by telephone. Face-to-face interviews took place in the clinic or at the participants’ homes. We did not gather any information from non-participants, that is, from those who were exposed to our recruitment efforts (e.g., members of the self-help groups), but decided not to participate. Our study was approved by the Institutional Review Board of the Faculty of Medicine of the University of Düsseldorf, Germany (# 2019 − 627).
Based on previous qualitative research by our group [ 9 , 11 ], we designed a topic guide [see Additional File 1 ]. After three interviews, the topic guide was discussed and adjusted by the study team. In particular, we then decided to add one question about migraine SM at work specifically during the COVID-19 pandemic, as this was an issue frequently referred to in the first interviews. Prior to the interviews, participants were asked to complete a standardized questionnaire collecting information on socio-demographics and the health status (see Results – Table 1 ).
Data collection took place from August 2020 to January 2021. All interviews were conducted in German by one researcher (CK), who took field notes during the interviews. Besides the interviewer and the participant, no one was present. Follow-up interviews were not conducted. All interviews were digitally recorded and transcribed. CK received detailed feedback on the way she conducted the interviews after three interviews from AL, who is an experienced qualitative researcher [ 9 , 10 , 11 , 13 ] (male, degrees in epidemiology and health sciences). These three interviews were initially supposed to serve as test interviews, but as they contained valuable information we decided to include these interviews in the analysis. There were also no major concerns from AL regarding CK’s interview style except that CK should be even more careful not to ask too closed questions. Data collection was terminated when thematic saturation was reached, which implies that no new information was expected to be delivered by additional interviews [ 14 ]. To verify that saturation had been reached, the data analysis already started during data collection. As the interviews and the analysis were carried out by the same person (CK), she was able to pay close attention to when no new aspects were mentioned in the interviews. The interviews were then terminated after consultation with AL. Study participants were not given access to the transcripts, nor could they provide feedback on the findings.
Transcripts were content-analyzed [ 15 ] using the software MAXQDA 2020. The coding was based closely on the topic guide and the research questions of the study. Consequently, the questions of our topic guide [see Additional File 1 ] served as main categories (deductive coding). For example, the question ‘Are there conditions at work that help you deal with your migraine?’ served as one main category, labelled ‘Facilitators of migraine self-management’. Subcategories were then developed based on the interview content (inductive coding). After CK had coded five interviews, the coding framework was carefully reviewed by two experienced qualitative researchers (KH and AL). Once everyone approved the initial coding framework, CK applied the code system to all interviews and expanded it by adding further categories. After this first round of coding was completed, AL reviewed the codes again. For instance, AL checked the structure of the coding tree level by level to see whether the codes may be overlapping or seemed ordered logically (e.g., according to the same criteria) within each level. He read all text passages included into each code to explore whether the respective text passages relate to the same phenomenon (and thus can be grouped into a single code) or whether codes may be merged or could be further sub-divided. Based on this, he suggested changes and other inductive categories and discussed them with CK. Based on this discussion, CK re-coded all interviews. Afterwards, the codes were re-discussed with AL and the framework was marginally adjusted. Finally, CK carried out a third and final round of coding. The analysis was carried out using German-language transcripts. The quotes presented in this paper were translated from German into English by a researcher who is familiar with health research and has a Master’s degree in English studies (see acknowledgments).
In total, 24 interviews were conducted with a mean duration of 31.8 min (range: 17.6–55.3, standard deviation [SD] = 11.4). Twelve interviews were carried out face-to-face and twelve by telephone. Ten participants were recruited in the rehabilitation clinic, nine through self-help groups, and five were private contacts of study team members. Table 1 shows characteristics of our sample: our study population was mainly female (88%), and the mean age was 49.5 years (SD = 9.0). More than half of the participants ( n = 14) were classified as having a job that was mainly characterized by cognitive or psychosocial demands (e.g., librarian, social worker, pastoral counsellor). The remainder of participants had jobs with mixed requirements (e.g., teacher, nurse, shop assistant). The mean time since the diagnosis of migraine was 20.6 years and varied from five to 40 years (SD = 8.5). On average, participants reported to have had 10.0 days of migraine during the last month, but the variation was considerable (range: 2–26, SD = 6.6).
A broad range of psychosocial facilitators and barriers of migraine SM at work emerged from our data which are described in the following. Our results indicated that the COVID-19 pandemic affected workplace SM both favorably and adversely.
All quotes referenced below can be found in the appendix [see Additional File 2 ]. If there is an interest in the shared migraine self-management strategies at work, a description of these can also be found in the appendix [see Additional File 3 ]. These are not explained in more detail below however, as the specification of the strategies is beyond the scope of our main research questions.
Facilitators : The following working conditions were perceived to be helpful in managing migraine at work: (1) high social support, (2) high job decision latitude (JDL; i.e., the degree of an employee’s control over tasks and how and when they are addressed), and (3) a suitable workplace design.
Receiving social support at work from colleagues, supervisors, or in form of company or government policies was reported. Support by colleagues included the understanding for the illness, especially from colleagues with the same disease. It was frequently expressed that some colleagues could – without words – sense when the individual with migraine was not feeling well. Relevant support-related activities by colleagues that made migraine SM easier included support in avoiding triggers (e.g., by ensuring a good air supply), encouragement to withdraw during acute migraine attacks, and taking over tasks (quote 1). According to the participants, social support by supervisors was effective by creating flexible arrangements regarding tasks, working times, and locations, for example the option to work from home (quote 2). Overall, it seemed that understanding for the disease and the social support from colleagues and supervisors facilitated the SM strategy communication. In Germany, people with chronic illness (including migraine) can apply for a so-called “degree of disability”. This entails entitlement to – amongst other things – more holidays and better protection against dismissal from the job. This legal possibility was perceived as helpful, also in the way that these official degrees simplified the justification of the disease and certified its seriousness (quote 3). Furthermore, one participant shared that she has approached the staff council (in her case the teachers’ council). By disclosing her migraine in front of the council, she gained the understanding of her colleagues (quote 4).
In addition to social support, the study participants described a high JDL – that is, a high degree of control over their tasks – as beneficial. Influence on the order of tasks was perceived as allowing for flexibility in planning and carrying out SM during migraine attacks. Control over the type and number of tasks (e.g., working independently instead of attending meetings [quote 5] or the possibility to avoid screen work during the acute attack [quote 6]) were relevant in managing migraine attacks. Another important factor in terms of JDL was the possibility of working from home. The latter provided the opportunity to organize the working day according to one’s own preferences and to take flexible breaks. For example, one participant reported that one had the option of starting one’s working day later at home if one had a headache in the morning (quote 7). The improved opportunities of stopping work at home was also considered to be beneficial because, according to one participant, the threshold to stop working when experiencing complaints is lower when one works at home than at the workplace (quote 8).
A suitable workplace design, which referred mainly to a single rather than a multi-person office, was also experienced as helpful. In a single office, one had the opportunity to retreat and control air supply and light. As many individuals with migraine are sensitive to light during an attack, this can be beneficial (quote 9). In addition to the office situation, the provision of appropriate work equipment such as flicker-free screens, noise-cancelling headphones, and height-adjustable desks was also reported to have a positive effect on one’s migraine. The latter had been reported to reduce cramping in the shoulders and neck and thereby easing headaches (quote 10).
Barriers : The reported barriers represented in certain respects the opposites of the above-mentioned facilitators. Yet as these were explored separately and several aspects were not overlapping, they are described independently. The following aspects were mentioned: (1) poor social interactions, (2) unfavorable working time arrangements, (3) unfavorable workplace arrangements, and (4) other working conditions.
Poor social interactions included interactions with colleagues, supervisors, and service users. Several participants felt that migraine as a disease was often not taken seriously by others and stigmatized at their workplace. For example, this led to migraine being dismissed as a trifle or lack of understanding for staying at home in case of complaints (quote 11). One participant also emphasized the lack of empathy at the workplace: if one was present at work, one was expected to be fully functioning (quote 12). In this context, participants also found it bothering that migraine is “an invisible condition” (quote 13). During contact with service users (e.g., customers, patients, clients), it was reported to be disturbing that there were often high expectations that could not be met during a migraine attack and the associated impairments (quote 14).
Some workplace and working time arrangements were also considered as detrimental. In workplaces where migraine triggers were present (such as heavy noise, little air supply, bright light), migraine SM and especially the preventive strategy of trigger avoidance was reported to be negatively affected. For example, one participant reported the problem of sharing an office and not being able to adapt it to one’s own need, for example not having control over room temperature (quote 15). Visual display unit (VDU) work was also described to be a migraine trigger (quote 16). Another mentioned problem in workplace design was the lack of opportunities to retreat – physically (e.g., due to lack of break rooms, open-plan offices) and mentally (in terms of being permanently approachable). One participant, for example, shared that it was very difficult to deal with migraine if one always had to be approachable on business trips and thus has no possibility to retreat (quote 17). The lack of opportunities to retreat from challenging situations was believed to worsen symptoms and delay recovery from an attack. In terms of unfavorable working time arrangements, irregularity was mentioned as it implies an interruption of one’s usual circadian rhythm, which may trigger a migraine attack. This could be unscheduled client appointments due to public traffic (quote 18), shift work or exceptional weekend work (quote 19), but also business trips (including school trips as a teacher), missing or insufficient breaks, and time pressure at work (quote 20).
Other working conditions that were considered as barriers included, for example, a lack of staff and therefore a lack of replacement hampering one to go home when experiencing an acute migraine attack (quote 21) as well as poor contract conditions. Regarding the latter, one participant shared that she did not call in sick despite symptoms because then she did not get paid (quote 22).
It should also be mentioned that one study participant did not see any connection between migraine and the workplace and thus could not name any facilitators or barriers to SM (quote 23).
In Germany, the first two COVID-19-related lockdowns began in March 2020 (until May 2020) and in December 2020. As we gathered our data between August 2020 and January 2021, experiences during the COVID-19 pandemic were an important topic in the interviews.
One positive aspect for migraine SM during the pandemic was reported to be increased JDL. This was mainly due to new opportunities (and in some cases the obligation) to work remotely (quote 24) providing the advantage of more flexibility (e.g., the arrangement of breaks), a lower noise level, and an elimination of travel times. The fact that many employees took the opportunity to work from home also meant that the office was less busy and therefore more quiet (quote 25). This increased quietness also seemed to be beneficial for employees with migraine. One study participant reported that it was easier to close the office door to do a few stretching exercises (quote 26). The increased structuring of the working day and thus increased regularity as a facilitator for migraine SM (e.g., through stricter appointment policy [quote 27]), and the partial reduction of the workload also appeared to be positive. Furthermore, one study participant had more of a feeling of being needed in one’s work at a nursing home. The increased job satisfaction was reported to lower the frequency of migraine complaints (quote 28).
The stress caused by the additional hygienic measures, the mouth-to-nose covering, and the increased amount of screen work were perceived as negative for migraine SM. Coming in contact with COVID-19-positive people often necessitated use of additional stressful measures such as the application of hygiene or personal protective measures. This was, for example, reported by a study participant that worked as a nurse in a hospital (quote 29). The mouth-to-nose covering seemed to make it difficult not only to breathe but also to speak, which in turn was perceived to trigger migraine (quote 30). A final migraine trigger in the pandemic was the fear of the end of the pandemic and thus the loss of the possibility to work from home (quote 31).
According to our participants migraine SM at work is affected by social interactions (e.g., understanding as a facilitator vs. stigmatization as a barrier), the extent of JDL (e.g., in terms of working hours and localization) as well as the workplace design (e.g., regarding opportunities to retreat or to avoid VDU work). During the COVID-19 pandemic, it was considered positive for migraine SM that the daily structure was associated with more predictability and planning (e.g., through stricter appointment scheduling). It was also emphasized that there were more opportunities to work from home and thus better conditions for appropriate migraine SM through more JDL. A negative aspect associated with the COVID-19 pandemic was increased work-related screen time. Participants also shared that the novel hygiene measures (e.g., after contact with a COVID-19-positive person) and the mouth-to-nose covering triggered migraine complaints.
In terms of barriers and facilitators, our findings are in line with prior research. A qualitative study on migraine and chronic daily headache management by Peters et al. [ 4 ] highlighted the importance of social support. The authors concluded that social support, especially from peers with the same conditions, can lead to better understanding from colleagues. The lack of social support and the feeling of stigmatization was an important aspect in another qualitative study by Heidari et al. [ 16 ], focusing on common themes of migraine patients. In that study one participant reported going to work despite migraine, because the supervisor seemed not to take migraine seriously [ 16 ]. One study – in accordance with our findings – linked stigmatization to migraine being an invisible disease, limiting the understanding for the condition [ 17 ]. Other factors influencing migraine SM that emerged from our study were factors related to workplace design. This is in keeping with findings from a cross-sectional study on the burden and impact of migraine on work productivity and quality of life that also addressed job-related migraine triggers and coping strategies: Looking at computer screens for too long was one of the two most frequently mentioned migraine triggers at the workplace [ 18 ]. Having control of light, noise and smells was under the top five coping strategies [ 18 ].
In the context of the EFNA study [ 6 ], individuals with migraine and other headache type patients were asked what their company should do to help them cope better with their condition. The wishes mentioned included a greater understanding for the disease, less social interaction, the possibility to work from home, flexible working hours, and more opportunities to withdraw if needed [ 6 ]. These aspects overlap with the facilitators that emerged from our study, in particular regarding social support and JDL.
Regarding the COVID-19 pandemic, our results are consistent with findings from other studies that found a link between personal protective equipment, especially the wearing of masks, and a worsening of migraine [ 19 , 20 , 21 ]. There is also further evidence that the increased screen time, for example due to remote working or online lessons during the pandemic, served as a trigger for migraine, in particular in young adults and adolescents [ 22 , 23 ]. However, remote working during the pandemic was generally considered to have a positive impact on migraine (e.g., reduced migraine attack duration) [ 24 ]. In a qualitative study by Buse et al. [ 20 ], examining the general impact of the COVID-19 pandemic on patients with migraine, participants reported that working from home was associated with more control, e.g., over the work environment. This reflects the importance of JDL for migraine SM. Notably, some factors that were mentioned to influence SM in general (e.g., social support) played little or no role in the COVID-19 pandemic and associated SM. The pandemic served as a kind of natural experiment elucidating which factors – when modified – influence migraine and its SM. Based on this, it can be hypothesized that the facilitator “JDL,” which played an important role in general and during the pandemic, has the utmost relevance on migraine SM at work. To our knowledge, no previous qualitative study on migraine or chronic headache has yet highlighted the high relevance of JDL for SM.
The interviews were conducted face-to-face or by telephone, depending on the preference of the participants. This provided us with the opportunity to include participants nationwide and despite restrictions due to COVID-19. We did not notice considerable differences regarding the contents between the two interview modes, which is supported by earlier research [ 25 ]. To reduce a potential healthy worker bias (i.e., the assumption that the working population is healthier than the non-working population), we recruited migraine patients who had ever worked for six months with a diagnosis of migraine and not only patients who were currently working. This allowed us to include patients who might have had to leave their job due to severe migraine or who attempted to regain their workability through rehabilitation.
We relied on the patients’ report of being diagnosed with migraine by a physician, and we did not apply the International Classification of Headache Disease [ 26 ] for diagnoses. However, those participants who were recruited from the rehabilitation clinic for migraine ( n = 10) had received a medical diagnosis of migraine and their condition was severe enough to threaten their employment status. Further, as we interviewed mainly patients from this rehabilitation clinic and from self-help groups, however, we cannot exclude the possibility of a selection bias: those patients interact with other individuals with migraine, a are usually well-informed about their condition, and their experiences and perspectives may differ to some extent from the broader patient population. Moreover, only three out of 24 participants were male. This may have limited the scope of views that emerged from male participants regarding migraine SM. Also, our study especially included patients who worked in a job with mainly cognitive and social demands. It is well conceivable that their experiences differ from that of migraine patients who work in a job with mainly physical demands (e.g., individuals working in transportation or farming). We were able to cover a broad distribution regarding the average number of migraine days per month (mean = 10.0, SD = 6.6, range: 2–26 days). These observations increase the confidence that we covered a large range of potential views and experiences.
Another methodological weakness is that the coding was carried out by only one single person who had no previous experience in coding (CK). The intense involvement of additional individuals in the coding process (e.g., more experienced coders, people with migraine, occupational physicians, and/or neurologists), would likely have led to a richer analysis and additional insights, but this was beyond the resources of our study (i.e., time and financial means).
Finally, due to the limited experience with qualitative research methods of the first author, who was also the primary analyst, and due to the fact that it was not feasible to substantially involve additional analysists in the coding, the depth of our analyses may have been limited. Accordingly, our study may be classified as a ‘topical survey’ with aspects of a ‘thematic survey’ – according to the classification of findings in qualitative studies suggested by Sandelowski & Barroso [ 27 ]. A topical survey stays close to the data collected and is primarily a description of it, whereas a thematic survey provides a higher level of transformation of data [ 27 ]. The purpose of thematic surveys were only achieved to a limited extent. However, Sandelowski & Barroso state that a topical survey is not necessarily inferior in terms of the quality of its value [ 27 ].
Based on our findings, interventions could be devised to improve migraine SM at work. Regarding social support, it is important to reduce stigma of migraine to create a working environment in which patients feel comfortable to talk openly about their migraine without it being dismissed as a trifle. Our study thus calls attention to the fact that migraine healthcare professionals should offer support for improving patients’ social communication skills in the workplace leading to greater acceptance of the condition. One health care sector that seems particularly suitable for this endeavor is rehabilitation. Treatment in rehabilitation clinics in Germany involves patient education, which can help to raise awareness among migraine patients for the potential influence of their working conditions on their opportunities to manage their migraine at work. Also, patients can be empowered (e.g., by improving knowledge about legal frameworks and practicing communication skills) to modify their working conditions to some extent. Similar concepts are currently tested for other conditions than migraine [ 28 ].
To increase JDL, employers should try to give migraine patients as much freedom as possible. For example, for office jobs the possibility of expanding remote working should be explored. Here, the experience gained during the COVID-19 pandemic can be used. If working from home is not possible, care can be taken to create a migraine-friendly workplace, for example by providing single offices, noise-cancelling headphones, height-adjustable desks, and places of retreat. VDU work could also be designed to be as gentle as possible, e.g., by using flicker-free screens. If available and needed, occupational physicians should support all these interventions by educating workers with migraine and by serving as mediators between supervisors and employees with migraine.
All these interventions should be carefully developed and evaluated prior to their implementation in routine care. We believe that more preparatory research is needed. Firstly, as mentioned above, our analysis may be limited in depth. It therefore seems promising to carry out additional qualitative studies that involve analysts with more diverse professional backgrounds and employees with migraine as co-researchers. In the next step, the scope of the problem could be confirmed, and possible interventions may be explored. Quantitative research (e.g., surveys) would be suitable to examine, amongst others, the proportion of workers with migraine that find self-management at work to be challenging, to prioritize areas for intervention, and to examine what types of interventions would be acceptable to those receiving them and those potentially delivering them. Also, working life in the post-COVID-19 era has further evolved since our study to arrive at a “new normal” (e.g., allowing for more home office working hours than in the pre-COVID-era), which our study does not reflect, and which follow-up qualitative studies could explore. Furthermore, quantitative studies could test hypotheses that can be deduced from our qualitative study (e.g., “The ability to perform migraine SM at work is associated with the level of experienced JDL”). Such research could move beyond self-management as an outcome to include symptoms and occupational outcomes (e.g. workability, presenteeism and absenteeism) and may explore whether improved migraine SM at work curtails the considerable cost associated with migraine-related impairment.
Migraine SM at work is influenced positively and negatively by various occupational factors. By considering these facilitators and barriers, a more migraine-friendly workplace can be created to reduce a burden not only for patients but also for society. Further research is needed before interventions can be implemented.
Data cannot be shared publicly because the transcripts may contain sensitive information. The data may be obtained from the corresponding author upon reasonable request and provided that legal frameworks are not violated and that responsibilities and confidentially have been clarified.
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The authors would like to thank Prof. Dr. Scott Stock Gissendanner for his support related to participant recruitment (Berolina Klinik, Löhne). For her translation of the quotes, we are grateful to Lisa Guthardt (Institute of Occupational, Social and Environmental Medicine, Faculty of Medicine, University of Düsseldorf). The authors would also like to thank the participants for taking their time to share their experiences with respect to working with migraine.
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Clara Knauf & Adrian Loerbroks
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Katherina Heinrichs
Berolina Klinik, Löhne, Germany
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C.K., K.H., A.I. and A.L. contributed to the conception and design of the study. C.K. and R.S. contributed to the acquisition of the data. The interviews were conducted by C.K. C.K. performed the analysis and interpretation of the data supported by K.H. and A.L. C.K. drafted the manuscript and all authors revised it for intellectual content. All authors read and approved the final version of the manuscript. All authors agreed to be accountable for all aspects of the work.
Correspondence to Adrian Loerbroks .
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This study was approved by the Institutional Review Board of the Faculty of Medicine of the University of Düsseldorf, Germany (no 2019 − 627). All participants provided written informed consent prior to the interviews.
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Knauf, C., Heinrichs, K., Süllwold, R. et al. Migraine self-management at work: a qualitative study. J Occup Med Toxicol 19 , 22 (2024). https://doi.org/10.1186/s12995-024-00421-w
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