- Research article
- Open Access
A qualitative study of Telehealth patient information leaflets (TILs): are we giving patients enough information?
BMC Health Services Research volume 17, Article number: 362 (2017)
The provision of patient information leaflets regarding telehealth has been perceived by potential consumers as a strategy to promote awareness and adoption of telehealth services. However, such leaflets need to be designed carefully if adoption and awareness among potential users is to be promoted. Therefore, the aims of this study were: first, to see how telehealth was portrayed in some of the existing telehealth leaflets (THLs). Second, to explore patients’ perceptions of the existing THLs and their engagement with the concept and how THLs can be optimised.
A two-step approach was employed to address the aims of this study. The first phase involved the use of discourse analysis to compare 12 electronically and publically available THLs, with the existing THL guidance “Involve Yorkshire and Humber”. The second phase involved conducting 14 semi-structured interviews with potential telehealth users/patients to gauge their perception and engagement with the concept, using the two leaflets that were mostly matching with the guidance used. Six interviews were audio-recorded and eight had detailed jotted notes. The interviews were transcribed and thematically analysed to identify key themes.
The discourse analysis showed certain gaps and variations within the screened leaflets when addressing the following aspects: cost of the telehealth service, confidentiality, patients’ choices in addition to equipment use and technical support. Analysis of the interviews revealed patients’ need for having clear and sufficient information about the telehealth service within the THLs; in addition to, patients’ preference for the use of simpler terminologies for telehealth description and the provision of clear simple texts with pictorial presentations. The interviews also revealed certain limitations against adoption of telehealth by the participants, such as: lack of privacy and confidentiality of information, fear of technology breakdown and equipment failure, loss of face-to-face contact with healthcare professionals and being too dependent on the telehealth service.
The current study showed a great variation among the screened THLs and highlighted certain gaps within the content and presentation of these leaflets. However, the study also highlighted certain key issues to be considered when designing THLs in the future to enhance telehealth uptake and use by patients.
Telehealth has been increasingly advocated as an approach to support and assist in the diagnosis, monitoring, management and empowerment of patients with long-term complex health and social needs. It involves the use of information and communication technologies (ICTs) to allow the remote exchange of data (e.g.: blood glucose and blood pressure readings) and other information between healthcare professionals (HCPs) and patients [1, 2].
The Whole System Demonstrator (WSD) project is considered the world’s largest randomised controlled trial (RCT) of telehealth so far. In this trial, telehealth was found to significantly reduce hospital admission rates (p = 0.017), length of hospital stay (p = 0.023) and mortality rates (p <0.001) in the UK . Despite such advocacy associated with the use of telehealth, its adoption is still poor in the UK  and other countries as well . Evidence generated from survey studies in the literature highlighted some of the most frequent reasons behind non-participation in telehealth services among patients, these include: being too busy, preference for existing services, belief that technology could not help them as well as discomfort with technology [5,6,7]. The study of Sanders et al.  was one of the important studies which explored reasons for patients’ decline or withdrawal from the WSD trial. Lack of confidence with technology/requirements for technical competence and operation of equipment, expectations and experiences of disruption to the existing services, perceiving telehealth as a threat to identity, independence and self-care, and cost were the most identified barriers to participation and adoption of telehealth within the WSD trial among service users .
The provision of leaflets to patients is a requirement for effective self-management of health conditions in the current National Health Service (NHS) policy in England . Providing leaflets for patients is a form of information. However, the knowledge and understanding gained from leaflets will not only depend on the facts included but also the discourse used in the leaflets . Discourse cannot be separated from its social context  and this has consequences in relation to how language and discourse are viewed. An important feature to consider within the leaflets is the social influence produced by the reader’s interaction with the text via understanding and interpreting the terms and terminologies used; how people respond to texted informational materials depends considerably on how such information is designed .
The provision of patient information leaflets regarding telehealth has been perceived by potential consumers as a strategy to promote awareness and adoption of telehealth services . However, such leaflets need to be designed carefully if adoption and awareness among potential users is to be promoted. Hence, the aims of this study were: first, to see how telehealth was portrayed in some of the existing/available telehealth leaflets (THLs). Second, to explore patients’ perceptions of the existing THLs and their engagement with the concept and how THLs can be optimised.
A two-step approach was used to address the aims of this study. The first phase involved the use of discourse analysis to evaluate some of the existing THLs. The second phase involved conducting semi-structured interviews with potential telehealth users to gauge their perception and engagement with the concept.
Phase one: discourse analysis and comparison of THLs with the available guidance
Discourse analysis was done on 12 electronically and publically available THLs that are developed by service providers of telehealth. To retrieve the leaflets, an online search was conducted using Google and Google scholar as search engines. Search terms used included: ‘telehealth information leaflets’ ,‘telehealth patient guide’, ‘telehealth patient information’, ‘telehealth patient leaflets’ or ‘telehealth leaflets’ The search resulted in the identification of 20 leaflets. The first 12 retrieved leaflets were selected and used, on the basis that these leaflets were more easily available/ retrieved by patients who want to seek information about telehealth over the internet. The remaining 8 leaflets identified could be mapped to existing leaflets; hence it was deemed that the first 12 identified leaflets (Table 1) provided saturation for the analysis to start. Most leaflets (n = 10) were provided by the NHS, however; this would have been expected given that the NHS is the main healthcare provider in the UK. Discourse analysis has been chosen to address the first aim of this study because it is a method where text is not merely viewed as a form of written words but as a form of social practice . As the main barriers for telehealth adoption are related to social factors example: cost, confidentiality, technical skills and fear of losing healthcare professional-patient interaction [2, 5,6,7, 11, 12]; it was deemed essential to investigate how the leaflets addressed this from a discourse analysis viewpoint. Therefore, discourse analysis was used to investigate how language is represented and related with non-linguistic symbols such as pictures in THLs .
A prior online search was conducted at the beginning of the study to explore whether a THL guidance exists to help identify the themes for the discourse analysis. Search engines used included: Google and Google scholar. Search terms/phrases used included: telehealth leaflet guide/guidance, guidance for telehealth leaflets. The literature search identified a guidance for THLs produced by “Involve Yorkshire and Humber” (see Additional file 1), it was the only guidance for THLs identified at the time this search was conducted. The themes that were generated from the THL guidance reflected the current knowledge about telehealth adoption in the literature. The 12 leaflets that were afterwards identified as mentioned in the previous section were then compared to the themes generated from the THL guidance. Each leaflet was evaluated against the themes identified based on the guidance to look for similarities and differences across the collected leaflets. The two leaflets that reflected most of the themes were then used to gauge patients’ understanding and perceptions during the interviews in the second phase.
Phase two: semi-structured interviews
A convenience and snowballing sampling strategy based on local knowledge and proximity to the researchers was used. This was adopted as a strategy to enable the feasibility and convenience of face-to-face interviews. Participants were approached in person by one researcher in three general practitioner (GP) surgeries located within Southwest London and were provided with written information sheet about the study to consider. Participants were included in the study if they were: over 18 years, suffering from long-term conditions (LTCs) and willing to participate. Snowballing, whereby participants were referring to friends or family members attending the GP surgeries was also employed to enhance recruitment . Permission was granted from the GP surgeries to conduct the interviews at the premises, in private rooms to maintain confidentiality. Interviews were conducted with 14 patients; nine males and five females (Table 2). The interview schedule consisted of 10 open-ended questions (see Additional file 2) and was aided by two chosen sample THLs , to gauge patients perceptions about existing THLs, knowledge and understanding of telehealth gained from the two leaflets, engagement with the concept, perceived limitations, and how these leaflets can be further optimised. Sample size was based on data saturation, which was shown by some researchers to occur at the first 12 interviews . In this study saturation occurred at the 11th interview, since no new data was emerging after the 11th interview. The stopping criterion for data saturation was three. Hence 14 interviews were conducted. The stopping criterion for data saturation is defined as the number of interviews that can be done without any new information, after which recruitment can be stopped . However, all interviews were included for the analysis.
At the corresponding surgeries, the participants were first given 10–15 min to read the two sample THLs before the start of the interview. Written informed consent was obtained from participants prior the interviews. Six interviews were audio-recorded and eight had detailed jotted notes taken for those unwilling to be recorded. The interviews lasted an average of 20 min. Interviews that were not recorded took longer time (an average of 7 min more), as the researcher ensured to take sufficient detailed notes while conducting the interviews. Audio recordings and jotted notes were manually transcribed. Thematic analysis of the responses was done using inductive (from data) and deductive (from literature) approaches. The coding of data was guided by the following initial coding categories: perceived knowledge and understanding of telehealth based on the leaflets, additional benefits portrayed for telehealth, optimisation of THLs, perceived limitations to the use of telehealth, and preferred format of THLs.
The transcripts were read and re-read several times, coded manually and independently by two researchers. Thereafter, the codes were checked by a third researcher and discussed by all researchers to ensure consistency of findings.
Ethical approval was granted for this study from the Research Ethics Committee at Kingston University London (ref: 1213/045).
Discourse analysis and comparison with THL guidance
Although the Involve Yorkshire and Hamber guidance was useful, it did not set the criteria in a stepwise manner to enable the critique of THLs against it. After reading the guidance, the following criteria (Table 3) were identified and grouped into themes.
The 12 leaflets were then contrasted in relation to the themes identified to guide the discourse analysis.
Based on the available guidance, the required criteria that should be covered in a leaflet compared to that in the collected leaflets are shown in Table 3, in addition to the number and percentage of criteria met by each leaflet in Table 4.
Depiction of telehealth service
Symbolisation of telehealth service varied considerably between the leaflets. Different terminologies were used to symbolise the service across the analysed THLs (Table 5). Despite that most leaflets used images in combination with text, yet not all leaflets provided images of the real technology/equipment to be used by itself except for THL2, THL3, THL5, THL7. Eight out of twelve leaflets described what telehealth was as a service (Table 3). Telehealth was the terminology used in all the leaflets. To aid the understanding of the concept, it was followed by a description of the benefits. The focus in these descriptions was on the main benefit of telehealth as a tool to improve or support patients’ health in their own homes. In addition, there was a variation in the description of how telehealth works across the eight leaflets. Some stated that telehealth works by providing a device depending on the patient’s condition. The recorded vital signs will either be sent automatically to a response/monitoring centre (THL2, THL7, THL9) where abnormal readings will be identified or entered into the device and communicated via a telephone line (THL3, THL5, THL6). Two leaflets (THL1, TH12) provided a flow chart of how telehealth works. THL4 was found to contain a very brief and basic description of telehealth procedure and hence could not match the criteria listed in the used guidance.
THL10 provided a description about the healthcare condition for which the telehealth service can be used, rather than the telehealth service itself. It was mentioned in the leaflet that the HCP will explain to the patient how the system works through an actual appointment, making the concept vague for potential users.
Outcome of using telehealth services
Only six leaflets emphasised the outcomes of using telehealth (Table 3). This was mainly by encouraging patients that it is not all about taking their vital signs but also about monitoring them remotely. Hence, patients will be contacted and action will be taken by clinicians as required in case of any discrepancies in readings.
“Your readings are sent automatically to a response centre where any abnormal readings are identified. If this happens your GP or healthcare professional will be informed and make contact with you to take any necessary action.” [THL2]
Reassurance about telehealth in the leaflets
A set of leaflets addressed some of the barriers that were repeatedly highlighted in the literature among previous telehealth users to affect adoption of telehealth such as cost, confidentiality, technology use and technical skills, disruption of established healthcare services [2, 5,6,7, 11, 12]. However, this varied considerably between the leaflets.
Technology and equipment (ease of use)
Seven leaflets made a point related to the technological aspect of the service by stating that the incorporated devices in the service were easy to use and install (Table 3), a point related to alleviating patients’ anxiety and fear when using a service incorporating technology, especially for elderly patients.
“The equipment is easy to use and you will not need any specific technical skills to operate it.” [THL6].
Support regarding technical issues/problems
Regarding support for technical difficulties, only five leaflets addressed the issue (Table 3), which is related to providing a sense of security to patients while using the service. Two leaflets (THL2, THL3) addressed this directly by providing specific telephone numbers to contact in case of technical problems or questions about telehealth equipment. Whereas in the other two leaflets (THL6, THL9), patients were clearly assured about the provision of clear contact information for any technical issues upon the installation of the service. Whereas in THL12, patients were provided with an online link to access in case of any technical problems.
Only two leaflets (THL3, THL5) provided assurance regarding the confidentiality of the service in a clear way (Table 3). These leaflets stated directly that the information provided is confidential, highlighting that only members of the healthcare team in charge had access to the results and that information is sent through a secure network.
“Your information is confidential and will only be seen by the telehealth monitoring team” [THL5]
In another two leaflets, the phrase ‘confidential information’ (THL4) and ‘anonymous and confidential’ (THL10) was stated within the general description of the service without providing any further explanation. However, four of the other leaflets (THL1, THL2, THL6, THL9) did not address this issue clearly but indirectly by conveying the idea of secure data transfer within the context of the leaflet without further clarification. This means that the information will be translated and understood differently based on the information provided on the various THLs. Whereas, the remaining five leaflets did not provide any reassurance for patients’ confidentiality whether directly or indirectly.
Seven leaflets conveyed the idea that the service was free of charge (Table 3). Three leaflets (THL4, THL7, THL9) stated this clearly and directly (Table 6). Whereas, the remaining three leaflets (THL3, THL5, THL6) conveyed the idea indirectly; two leaflets (THL3, THL5) stated that the provided monitor will use an existing telephone line and the information is sent using a free-phone number without mentioning anything about the cost of the equipment, and the last leaflet (THL6) stated that the equipment will be provided free of charge without mentioning anything about call charges despite that the information is to be sent via telephone line (Table 6).
Benefits of telehealth
Depiction of telehealth as an approach for managing patients with LTCs was predominant in all leaflets. In some leaflets, this was clearly conveyed in the title (THL8, THL10). However, titles varied considerably in the initial message conveyed. Some titles depicted telehealth as an approach to support self-independence and wellbeing, being a new way to support healthcare at home, taking control of patients’ condition, supporting patients to live more safely at home (Table 1). All these titles portrayed telehealth as a means to make patients take an active role in the management of their conditions, hence addressed a patient empowerment discourse.
In addition, benefits of telehealth service were featured in nine leaflets, either via a list or with a brief description, hence meeting the guidance criteria regarding benefit (Table 3). Some of the common benefits of telehealth suggested by the leaflets were: (1) added peace of mind, (2) greater understanding of your condition and increased confidence, (3) less risk of unplanned admissions to hospital, (4) greater freedom to get on with day-to-day life and (5) less anxiety for carers and family. Some leaflets (THL2, THL3, THL6, THL11) were discussing the benefits within the context of the local and national community to emphasise on these benefits as a way to encourage people to use the service.
“Telehealth has helped thousands of patients with similar conditions across the UK and we believe this is a great step forward to help you stay at home, stay healthy and self-manage your condition so you have fewer unplanned hospital admissions” [THL6]
Interestingly, one leaflet (THL11) has mentioned the benefits of telehealth with reference to the WSD trial results, since it has been developed by the NHS in Kent, which has been one of the three sites in England where the trial was implemented. In another leaflet (THL1), graphical drawings of 4 case scenarios were used to depict how telehealth can help people of different ages and conditions.
Patients’ choices in using telehealth
Telehealth was conveyed as an optional service in six leaflets only (Table 3). This means that patients can change their mind whenever they wish to withdraw from using the service and are still free to visit their usual HCP when needed. This also unpacks the anxiety associated with the introduction of new services or the fear of losing face-to-face contact with HCPs as a result of technology introduction into patients’ routine of life.
Two leaflets (THL3, THL7) conveyed this directly by clarifying to the readers that they are still free to visit their usual HCP when needed and highlighting that telehealth is not a replacement for emergency services; one of the leaflets (THL7) addressed the issue of choice as the first message. Another two leaflets (THL2, THL5) conveyed this by highlighting that patients should contact their HCP or emergency contact in case of feeling unwell. One leaflet (THL8) focused on highlighting that telehealth is not an emergency service without further reassurance about the choice of contacting the HCP when needed. Whereas, the remaining leaflet (THL6) addressed this issue by providing the patients with the choice to withdraw from using the service when they want, highlighting that telehealth is not a permanent arrangement, without mentioning that telehealth is not a substitute for the emergency services (Table 7). However, the remaining set of leaflets did not include information on patients’ choices in using telehealth.
Patients’ positive experiences
Patients’ experiences were not integrated in eight leaflets. Four leaflets incorporated patients’ quotes from people who actually used telehealth, showing how confident they became with their health upon having a telehealth device to regularly monitor their condition (Table 3). Three leaflets; through providing more than one quote; focused on illustrating different benefits associated with telehealth use and providing testimonials of how people with different ages and conditions benefited from the use of telehealth. THL4 was the only one to mention the presence of short films on their website to show the stories of local people who have already used the service.
This aspect helps patients to shape their action regarding the use of telehealth using lay experience as a resource.
“Telehealth has been great. I know when I’m becoming unwell and feel very supported”. [Diabetes patient- THL2]
Contact for further information
Ten leaflets had contact details for further enquiries about the service in general, by including either telephone number, email or website to refer in case of any further questions (Table 3). There was no clear contact information in the remaining two leaflets (THL9, TH12). This message would encourage patients to seek additional information and clarifications, reveal any misunderstandings after reading the leaflets, which in return may help patients to make an informed choice about using telehealth.
Whereas, only three leaflets clearly provided contact details for requesting the available information in the leaflets in other languages and formats.
Appearance of the leaflets
Eight leaflets had visual presentation of images in combination with texts to depict telehealth as a service (Table 3) and were found to meet the criteria set in the guidance regarding appearance. However, there was no consistency in the types of pictures included across the eight leaflets. Some leaflets (THL2, THL7, THL8) were more elaborate with the use of pictures than the others (THL3, THL5, THL6, THL9, THL12). For example, THL2 had several pictures showing the kit by itself, happy patients beside positive testimonials about the service, a happy patient using the device, and a picture of a nurse standing next to a patient using the device. THL7 had a picture showing how the kit works, a picture of a happy patient with a positive testimonial about the service, and a picture of a happy patient using the kit. This provided a form of visual guidance to the functionality of the service. Whereas, THL3 for example, had one picture showing only the actual device itself without portraying any interaction between patients and HCPs.
The remaining four leaflets (THL1, THL4, THL10, THL11) did not meet the guidance criteria since they either had plain text messages without any pictures (THL11) or pictures that were not according to the specifications listed in the guidance (THL1, THL4, THL10). THL11 did not have any pictures or images and linked the description of the service with benefits of telehealth by describing it as a current service used by many patients who have reported an improvement in their overall confidence and added peace of mind. Whereas, in THL10, the only picture used was that of a normal telephone, as a symbol to indicate the use of telephone within the service.
Based on the guidance used in this study, the three leaflets: THL2, THL3 and THL7 met 11 (n = 11, 85%, Table 4 before) of the 13 listed criteria. However, for the current study it was deemed enough to use two leaflets for the second phase of the study in order to avoid overloading and confusing the patients with so much information and to facilitate the interview process with the patients in a timely manner, given that the interviews were conducted at GP surgeries. THL7 was not used in the second phase since it was produced by the Involve Yorkshire and Humber project, and therefore was based on that guidance. As the guidance was used to generate the themes for the discourse analysis, therefore the use of THL7 was deemed to may have limited the desired added themes/knowledge from the interviews. Therefore, the two leaflets THL2 and THL3 were chosen as sample leaflets and used during the semi-structured interviews, in order to see how THLs, especially leaflets that were not designed based on specific guidance, can be optimised from patients’ perspective.
Analysis of patients’ interviews revealed the following five themes:
Telehealth perceived as a means for regular health monitoring/checks
Based on the understanding gained from the two leaflets, most of the interviewees were able to describe telehealth as a service where HCPs monitor patients’ conditions closely without the need of actual appointment to manage their conditions.
“Enables doctors to monitor you with you just being at home …” (Patient 1)
Interestingly, the perceived benefit of telehealth was also linked to monitoring by majority of the respondents, as indicated by the following phrases: “monitoring results”, “healthcare monitoring”, “health monitoring”, “monitoring LTCs”, “supporting and monitoring health”, “patients’ monitoring at home”, “daily health monitoring”, “regular health check/monitoring”, “supporting patients’ health”.
Simple alternative terminologies to telehealth
Most of the interviewees (n = 9) preferred to have simpler terminologies that they can easily understand. Participants tended to breakdown the term ‘telehealth’ into simpler and familiar words when depicting alternative terminologies. Patients perceived two key elements as essential for simplifying telehealth: one was for the distance (remote/being at home) and the other was for the function of telehealth, which was mainly seen as monitoring. The following terminologies were proposed: “home monitoring”, “remote health monitoring”, “distance doctor”, “personal doctor”, “healthcare button”, “remote health management”, “healthcare at home” and “home health service”. Whereas, five respondents felt that telehealth was a good terminology and did not provide any suggestions for alternatives.
One of the respondents who provided the term “home monitoring” as alternative terminology, illustrated such a choice with the below quote:
“To be honest, I don’t think many people understand the word telehealth, whereas if you use something that is more familiar, will actually make feel like they need it. For example, it’s an emergency, you know in the hospital when you feel it’s an emergency. So they may see it as home monitoring rather than what it really is, which to see from afar whether or not they are deteriorating”. (Patient 1)
Essential information within THLs
Patients wanted to have brief explanation/stepwise guidance of how to use the monitoring system at home in a clear way with pictures. They also wanted THLs to include the experience of other people who have used telehealth, clarify that telehealth is a free service, provide supporting evidence that the service is actually working (e.g.: include statistics, percentages etc.…). They also wanted to clearly state the requirements needed to set up the service like broadband or existing telephone line and that support will be provided to them by professionals to use the required equipment.
“ It should be made very clear that it’s free…..You know some people need very clear cut words to say it is actually free and for installation they are coming to do this and that, with clear instructions”. (Patient 2)
“Reassurance to patients that professionals will teach or instruct them on how to use the equipment”. (Patient 4)
“More description using simple words to aid understanding of readers with second language”. (Patient 9)
Perceived limitations of telehealth
The most commonly associated barriers highlighted for not accepting telehealth were the lack of privacy and confidentiality of information, fear of technology breakdown and equipment failure, loss of face-to-face contact with HCPs and being too dependent on it.
“Not sure where your information is going to and who would have access to them…” (Patient 12)
“Firstly, technology can breakdown….” (Patient 3)
“I suppose becoming too reliant on it, you know like every second you are not sure of something, may be your blood pressure you want to strap it around your arm. I don’t think this is healthy” (Patient 6)
Textual and pictorial presentation preferred for THLs
The majority of respondents preferred having a combination of pictures and text messages. Patients expressed their preference to have a limited simple text and avoid technical terms. Participants stressed on the use of pictures to aid in illustration and perceived such combination to be essential because people understand things differently; some people are good readers, some like pictures and some people have English as a second language.
“The design of the leaflet using both text and pictures would be a good idea because some people are good readers and some like pictures”. (Patient 2)
“Better with both pictures and texts.” (Patient 4)
“A combination of both pictures and texts is mostly preferred.” (Patient 8)
Results generated from the interviews in this study provided an insight into how different potential users perceive telehealth as a concept and how they prefer such information to be designed and presented.
The interviews highlighted patients’ preference to have limited text that is simple and understandable with pictures and avoid technical jargons. Including pictures is a very important aspect in THLs. According to McGuire’s information processing theory which explains the communication/persuasion process of information, pictures play an important role in the persuasion process [17, 18]. Evidence in the literature highlights the importance of pictures to facilitate attention, understanding and remembrance of health educational materials especially for elderly and people with low literacy skills . It is also important to include relevant pictures, since pictures unrelated to texts tend to have no beneficial effect on the understanding . Interestingly, our interviewees were also able to identify some additional issues to optimise THLs beside the criteria set by the used guidance. Most of them wanted simpler terminologies for the term ‘telehealth’ that can be easily understood when reading the leaflets; they also wanted a clear and brief stepwise explanation of how the system works, and additional assurances regarding the actual functionality of the system and the needed requirements to set up the system.
Our discourse analysis showed certain gaps and variations within the screened leaflets. The study of Sanders et al  was found to provide a valid discussion platform with respect to the results of our study. The aforementioned study highlighted that concerns about cost were not addressed properly and this was among the reasons for some potential users to decline participation in the WSD trial. Interestingly, results generated from our interviews confirmed that users wanted this issue to be clarified in the leaflets. However, our discourse analysis showed that this issue was only addressed in half of the leaflets, highlighting the first gap with respect to the leaflets’ content.
Patients usually perceive telehealth interventions to be stressful and disruptive to existing management routines especially when they are satisfied with the current services offered to them and perceive such care to be simpler than the offered telehealth intervention . This further emphasises the importance of addressing patients’ choice by stressing that the service is optional and clarifying that it is not a total substitution to traditional consultations when needed . Patients in our study showed scepticism about the service in comparison to traditional consultations, particularly the fear of losing face-to-face contact with HCPs. However, only six leaflets addressed patients’ choice, suggesting a big gap in this area.
Patients in the current study expressed their preference to have experiences of previous users incorporated within THLs. Quoting patients’ positive experiences provides a source of sensory information that can reduce anxiety effectively in patients. In addition, sensory information can help the readers to increase their perceived involvement in the proposed intervention . However, this was only featured in four leaflets.
With respect to patients’ reassurance about the ease of use of the devices, seven leaflets included this, suggesting another big gap. Tutty and O’Connor  emphasise that information given to patients should be reassuring and allay any fears they may have. Patients who withdrew or refused to participate in the WSD trial had misconceptions and misunderstandings that special skills were needed to operate the installed equipment . Having a portable, easy, quick to use system has been identified to be an essential feature for the successful implementation of telehealth systems . In a previous research, 12 out of 54 participants immediately withdrew from the study after experiencing difficulties in using the telemonitoring system . Fear of technology breakdown and equipment failure were perceived as limitations among our interviewees as well. Participants in the current study also wanted to have evidence about the functionality of the service and a clear idea about the requirements needed to setup the service. Provision of support concerning technical difficulties in particular can alleviate some of these fears or misconceptions regarding technology. Nevertheless, our study showed that this aspect was only addressed in five leaflets.
Concerns about confidentiality have been previously reported as a barrier against telehealth adoption . This was also perceived as a barrier to engage in the service among our interviewees. Our discourse analysis showed that confidentiality was clearly addressed in two leaflets only, which adds another big gap with respect to the content of THLs.
Strengths and limitations
The study has several strengths and limitations. To our knowledge, this is the first study, which involves discourse analysis of THLs with the use of a THL guidance and semi-structured interviews with potential users to explore perceptions and preferences for optimising THLs. According to potential consumers, provision of THLs has been perceived as a strategy to promote awareness and adoption of telehealth services . However, the results of the current study highlighted gaps in the content and presentation of THLs, which could provide an insight into why the adoption of telehealth is still poor in many countries, despite the widespread advocacy for its use. Limitations of the study also exist. No sufficient information was collected on the interviewees’ characteristics including ethnicity, race, class, etc. and this could have been useful to illustrate any differences in telehealth understanding. In addition, the study explored participants’ understanding of telehealth based on two sample THLs and it would have been ideal to explore people's knowledge of telehealth before they had read the leaflets. Eight interviews were detailed jotted and not audio-recorded due to participants’ preference, which might have an impact on the amount of data collected. However, it was noted that these interviews took a longer time which in return highlights the awareness of the researcher for this point and their caution to take sufficient information to address this issue. Moreover, not all interviews were audio-recorded, and one researcher has conducted the interviews. This in return might have an influence on the quality of the data collected, as there is no recording available to later confirm the handmade notes. Although data saturation was taken into consideration, yet the fact that not all interviews were audio-recorded, the use of convenience sampling and having a small sample size with all participants being from an urban community within Southwest London, may have an impact on the generalisability of the results.
Our discourse analysis showed a great variation among the screened THLs. Certain gaps have been highlighted within these leaflets when compared against the themes derived from the THL guidance. Gaps pertaining to content were mainly: assurances regarding the technology involved and technical support, cost, confidentiality, patients’ choices. Results generated highlighted the need to consider simpler terminologies for the term telehealth. Written information should be clear and explicit, using simple text and pictorial presentation. Furthermore, it should incorporate patients’ experiences to highlight benefits associated with telehealth as a service. Providing sufficient information is key for engaging service users . Users of telehealth need to be also assured about the functionality of the service they are going to use and the requirements needed to set it up. Failure to address these issues within THLs may contribute negatively to patients’/potential service users’ adoption and participation in telehealth services. Therefore, the above discussed points should be carefully considered when designing THLs in the future as a potential strategy to enhance telehealth uptake and use by patients.
Information and communication technologies
National Health Service
Randomised controlled trial
Whole System Demonstrator
Reginatto B. Addressing barriers to wider adoption of telehealth in the homes of older people: An exploratory study in the Irish context. The fourth International Conference on eHealth, Telemedicine and Social Medicine. 2012. pp: 175-83.
Sanders C, Rogers A, Bowen R, Bower P, Hirani S, Cartwright M, et al. Exploring barriers to participation and adoption of telehealth and telecare within the Whole System Demonstrator trial: a qualitative study. BMC Health Serv Res. 2012;12:220.
Steventon A, Bardsley M, Billings J, Dixon J, Doll H, Hirani S, et al. Effect of telehealth on use of secondary care and mortality: findings from the Whole System Demonstrator cluster randomised trial. Br Med J. 2012;344:e3874.
Taylor J, Coates E, Brewster L, Mountain G, Wessels B, Hawley MS. Examining the use of telehealth in community nursing: identifying the factors affecting frontline staff acceptance and telehealth adoption. J Adv Nurs. 2015;71(2):326–37.
Mair FS, Goldstein P, Shiels C, Roberts C, Angus R, O’Connor J, et al. Recruitment difficulties in a home telecare trial. J Telemed Telecare. 2006;12 Suppl 1:26–8.
Palmas W, Teresi J, Morin P, Wolff LT, Field L, Eimicke JP, et al. Recruitment and enrollment of rural and urban medically underserved elderly into a randomized trial of telemedicine case management for diabetes care. Telemed J E Health. 2006;12(5):601–7.
Subramanian U, Hopp F, Lowery J, Woodbridge P, Smith D. Research in home-care telemedicine: challenges in patient recruitment. Telemed J E Health. 2004;10(2):155–61.
Grime JC, Ong BN. Constructing osteoarthritis through discourse--a qualitative analysis of six patient information leaflets on osteoarthritis. BMC Musculoskelet Disord. 2007;8:34.
Adjei SB. Discourse analysis: examining language use in context. Qual Rep. 2013;18(25):1.
Maat HP, Lentz L. Improving the usability of patient information leaflets. Patient Educ Couns. 2010;80(1):113–9.
Seto E, Leonard KJ, Cafazzo JA, Barnsley J, Masino C, Ross HJ. Perceptions and experiences of heart failure patients and clinicians on the use of mobile phone-based telemonitoring. J Med Internet Res. 2012;14(1):e25.
Gorst SL, Armitage CJ, Brownsell S, Hawley MS. Home telehealth uptake and continued use among heart failure and chronic obstructive pulmonary disease patients: a systematic review. Ann Behav Med. 2014;48(3):323–36.
Gee JP. An introduction to discourse analysis: Theory and method and method. 4th edition. Abingdon: Routledge; 2014.
Streeton R, Cooke M, Campbell J. Researching the researchers: using a snowballing technique: in this paper, Rosemarie Streeton, Mary Cooke and Jackie Campbell focus on an aspect of th. Nurse Res. 2004;12(1):35–46.
Guest G, Bunce A, Johnson L. How many interviews are enough? An experiment with data saturation and variability. Field Methods. 2006;18(1):59–82.
Francis JJ, Johnston M, Robertson C, Glidewell L, Entwistle V, Eccles MP, et al. What is an adequate sample size? Operationalising data saturation for theory-based interview studies. Psychol Health. 2010;25(10):1229–45.
McGuire W. Constructing social psychology: Creative and critical aspects. Cambridge University Press; 1999.
Houts PS, Doak CC, Doak LG, Loscalzo MJ. The role of pictures in improving health communication: a review of research on attention, comprehension, recall, and adherence. Patient Educ Couns. 2006;61(2):173–90.
Bradford NK, Caffery LJ, Smith AC. Awareness, experiences and perceptions of telehealth in a rural Queensland community. BMC Health Serv Res. 2015;15(1):427.
Tutty L, O’Connor G. Patient information leaflets: some pertinent guidelines. Radiography. 1999;5(1):11–4.
Scherr D, Kastner P, Kollmann A, Hallas A, Auer J, Krappinger H, et al. Effect of home-based telemonitoring using mobile phone technology on the outcome of heart failure patients after an episode of acute decompensation: randomized controlled trial. J Med Internet Res. 2009;11(3):e34.
The authors would like to thank all those who participated in the study.
Availability of data and materials
The datasets used and/or analysed during the current study available from the corresponding author on reasonable request.
RK and SN conceived of the study, and participated in its design and coordination and helped to draft the manuscript. RK and SN contributed towards the critical revision on all versions of the manuscript. IH drafted the manuscript and conducted the data analysis for the interviews and the telehealth leaflets. EE conducted the interviews, transcribed the interviews and helped in data analysis for the interviews and the telehealth leaflets. RK also contributed to the checking of the analysis. All authors read and approved the final manuscript.
The authors declare that they have no competing interests.
Consent for publication
Ethics approval and consent to participate
The study was approved by Science, Engineering and Computing Ethics Research Committee at Kingston University London (ref: 1213/045). In addition, written informed consent was obtained from participants prior the interviews.
Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
Additional file 1:
Appendix 1. Patient-focussed information about telehealth: Guidance for telehealth information materials for patients. (PDF 71 kb)
Additional file 2:
Appendix 2. The interview schedule. (DOCX 15 kb)
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Kayyali, R., Hesso, I., Ejiko, E. et al. A qualitative study of Telehealth patient information leaflets (TILs): are we giving patients enough information?. BMC Health Serv Res 17, 362 (2017). https://doi.org/10.1186/s12913-017-2257-5
- Telehealth leaflets
- Telehealth information
- Discourse analysis
- Patients perceptions
- Telehealth guidance