Hostname: page-component-cd9895bd7-jn8rn Total loading time: 0 Render date: 2024-12-18T22:26:08.189Z Has data issue: false hasContentIssue false

Email in healthcare: pros, cons and efficient use

Published online by Cambridge University Press:  08 February 2024

Stephen Ginn*
Affiliation:
Consultant general adult psychiatrist employed by the Camden and Islington Foundation NHS Trust, London, UK. His clinical work covers mental health in primary care and mood disorders in secondary care.
*
Correspondence Stephen Ginn. Email: [email protected]
Rights & Permissions [Opens in a new window]

Summary

Email is a major means of communication in healthcare and it facilitates the fast delivery of messages and information. But email's ubiquity has brought challenges. It has changed the way we get things done, and working days can be dictated by the receipt and reply of multiple email messages, which drown out other priorities. This article examines email's advantages and disadvantages and, with a focus on healthcare professionals, examines what individuals and organisations can do to ensure email works for us, rather than – as can seem the case – the other way around.

Type
Article
Copyright
Copyright © The Author(s), 2024. Published by Cambridge University Press on behalf of Royal College of Psychiatrists

LEARNING OBJECTIVES

After reading this article you will be able to:

  • reflect on the ubiquity of email in the healthcare workplace

  • understand email's advantages and disadvantages

  • describe personal and organisational approaches to enable efficient use of email

Email is a tool for communication that facilitates delivery of messages and information between individuals and organisations (Box 1). Email's origins can be traced back to the 1960s. Since then, sequential technological advances, such as the advent of webmail and smartphones, have facilitated its increasing use. Over the past 20 years it has become a major means of communication between healthcare professionals.

BOX 1 What is email?

‘Email’ is short for ‘electronic mail’ and is a method of exchanging messages between people using electronic devices.

‘Email’ is the medium of message exchange, whereas an individual message is referred to as ‘an email’.

An email can be sent to a single recipient or to multiple recipients and it can include file attachments, such as documents or pictures.

Emails are typically sent or received via applications (apps) installed on desktop computers or smartphones (e.g. Microsoft Outlook) or via apps accessible via a web browser (e.g. Gmail).

Alongside email's ubiquity and ease of use have emerged a variety of challenges. Email has not just changed the way we communicate but also the way we get things done (Newport Reference Newport2022), and email's environmental cost is hidden. Many working days can be dictated by the receipt of and reply to multiple email messages, which can drown out other priorities and compromise both productive output and equanimity.

Email's ubiquity and use in the NHS

In 2021 the total number of business and consumer emails sent and received each day worldwide was forecast as more than 319 billion and predicted to grow to over 376 billion by the end of 2025 (Radicati Group 2020).

The healthcare sector was initially more cautious about the adoption of email than other sectors (Goyder Reference Goyder, Atherton and Car2015), but email is now a primary method of correspondence between healthcare professionals (Malka Reference Malka, Kessler and Abraham2015). It is the assumption of many healthcare organisations that staff will regularly check and act on their email messages (Dennis Reference Dennis and Waterworth2021).

In the UK, National Health Service (NHS) staff can access professional email accounts either via services commissioned and administered nationally, such as NHSmail, or those provided locally. NHSmail is an email, diary and directory system administered by NHS England which has been in operation for more than 20 years (Heather Reference Heather2016).

Healthcare professionals use email for a multitude of purposes: for both formal and informal communications with colleagues and patients; to perform administrative duties; to conduct routine communication; and to undertake research and improvement projects. It is also used by management at all levels to convey information to large or small groups of staff. Some key advantages of email are set out in Box 2.

BOX 2 Advantages of email

  • Emails are delivered almost instantaneously, at minimal or no cost to sender or recipient.

  • Email can avoid the need for more time-consuming interactions such as telephone calls or face-to-face meetings.

  • Digital images and documents can be transferred easily.

  • Unlike a telephone conversation, email is an asynchronous method of communication as no coordination is required between participants.

  • Messages can be sent and subsequently read at an opportune time, including outside of traditional office hours.

  • Emails can be used as reference information for the recipient, aiding recall and providing evidence of the exchange.

  • Email allows communication to large groups.

  • Correspondents can be geographically distant.

Email is also an integral part of an individual's overall online experience (Radicati Group 2020) and it is likely that in parallel with processing work-related emails, any individual will be managing a busy personal email account.

Challenges: the trouble with email

Workflow

The workflows of today's healthcare professionals are not like those of an era pre-email but now with faster communications (Newport Reference Newport2022). Instead, email has reshaped workflow and workplace interpersonal relations. Healthcare delivery often now unfolds via a continuous unstructured flow of emails, of which an individual is a passive recipient (Ayoub Reference Ayoub2021). The experience can be one of an employee attempting to execute work tasks while also simultaneously managing ongoing email conversations about the same tasks (Newport Reference Newport2022).

People can feel compelled to reply to emails (Dennis Reference Dennis and Waterworth2021). These interruptions come at a cost. After responding to an email, re-engaging in a primary task can take up to 15 min (Jackson Reference Jackson, Dawson and Wilson2001) and answering emails during face-to-face meetings is common (Dennis Reference Dennis and Waterworth2021). Undue focus on email may orientate an employee's efforts towards work that is urgent rather than work that is important (Cooke Reference Cooke, Williams and Esain2010).

Unstructured, inferior to direct communication and unprofessional

With email, messages concerning heterogeneous topics – some relevant, some not – all arrive in the same electronic location (the ‘inbox’). Arranging a patient's care can mean navigating a jumble of back-and-forth messages with numerous emails, copied to multiple recipients, required to reach a single decision (Jones Reference Jones2012).

As text-only communication, emails can lack the nuance of face-to-face interactions (Car Reference Car and Sheikh2004) as the emotive cues from vocal intonation or body language are lost. Email communication is generally less formal than other professional interactions, risking unprofessional conduct and ambiguously formulated messages that do not provide recipients with the information they require to act.

Time burden

Outside healthcare, email processing is identified as time-consuming and a source of workload stress for employees. There is evidence that it is similarly onerous in a healthcare context (Barley Reference Barley, Meyerson and Grodal2011; Akbar Reference Akbar, Mark and Warton2021), although it seems likely that the individual experience of email will be variable and influenced by medical specialty, as well as personal and organisational factors (Grawitch Reference Grawitch, Werth and Palmer2018).

Emails are workload generating, as responding to emails can lead to further emails in reply. Emails can proliferate owing to indiscriminate use of ‘carbon copy’ (cc) and ‘reply all’ functions (McGee Reference McGee, Clemons and Joy2019).

Email's ease of use encourages thoughtless demands on the attention and time of others as it offers little barrier to asking questions or delegating tasks (Newport Reference Newport2022). In an NHS trust of 10 000 people, a single email sent to all staff which takes each recipient 1 min to process will generate 4.5 weeks of organisational time lost, even if no further action is required (Cooke Reference Cooke, Williams and Esain2010).

Technology-related stress

Emails, along with other computer-based technologies, contribute to ‘technostress’ (Golz Reference Golz2021). This has been defined as ‘a modern disease of adaptation caused by an inability to cope with the new computer technologies in a healthy manner’ (Brod, 1984, cited in Golz Reference Golz2021). Components of technostress are listed in Box 3.

BOX 3 Components of technostress

  • Techno-invasion (employees can be reached anytime).

  • Techno-overload (technology forces users to work faster and longer).

  • Techno-complexity (users feel inadequate regarding their competences).

  • Techno-uncertainty (ongoing changes lead to uncertainty and constant learning).

  • Techno-insecurity (feeling threatened about losing one's job because of automation).

  • Techno-unreliability (unreliability of technology used).

    (Golz Reference Golz2021)

Documentation, safety and information security

Many clinical conversations presently take place via email, but these do not automatically form part of the clinical record. In the context of a lack of a standard model across the NHS for documenting and communicating information in general (Abdelrahman Reference Abdelrahman and Abdelmageed2014) there is also no standard for how emails are documented.

Email's use in urgent situations may compromise patient safety (Stiles Reference Stiles, Deppen and Figaro2007). If email is relied on for communication, then important issues and deadlines are easily overlooked as email messages may not be read immediately on receipt, or at all, and are easily deleted. A sender and recipient may not have a shared understanding regarding the urgency of a particular issue communicated via email.

The information security of patient records may not be adequately attended to by email users and organisations (Malka Reference Malka, Kessler and Abraham2015). For example, users may mistakenly forward an email containing protected patient data to an unintended recipient, or may access their emails in a public location (Malka Reference Malka, Kessler and Abraham2015). Breaches of cybersecurity are commonplace, in both the private (Department for Digital, Culture, Media and Sport 2022) and healthcare sectors (e.g. BBC News 2022).

Environmental cost

Email is supported by a vast but largely invisible technological infrastructure. Any environmental assessment of email must consider the emissions required to compose, transmit and subsequently store email information (Tsukayama Reference Tsukayama2017; Berners-Lee Reference Berners-Lee2020).

An email is estimated to generate 0.2–26 g of CO2, compared with a letter, which generates 280–350 g (Berners-Lee Reference Berners-Lee2020). However, as so many more emails are sent than letters were once, it seems likely that email is an example of a low-carbon technology that ultimately results in higher carbon emissions because we use it more (Berners-Lee Reference Berners-Lee2020).

Using email effectively and efficiently

Individuals differ in their working styles, and communication tolerances and preferences, so a universal solution to the frustrations of email is likely to be elusive. What one person views as an advantage of email may be experienced by a colleague as a disadvantage. This notwithstanding, advice is available regarding email management (Mann Reference Mann2007; Cooke Reference Cooke, Williams and Esain2010; Forte Reference Forte2022). Most of this is aimed at general, rather than specifically healthcare, audiences and systematic evidence of the most effective approach is lacking.

Individuals and organisations that wish to improve their email experience are likely to benefit first from one-off preparation tasks and second from attention to creating and maintaining a systematised email workflow process that allow emails to be acted on in a timely fashion and not to overwhelm other priorities.

More radically, email can be decoupled from workflow.

Individual preparation: addressing email backlog and other one-off tasks

Manage email apps

If, by default, a user's desktop or laptop email app loads automatically on boot up, this setting can be changed. The user can then undertake other tasks before, at a time of their choosing, addressing their emails.

Clear email backlog

If an individual's email inbox contains more unread emails than can be realistically processed in a timely fashion, it may be necessary for these to be archived. Time can then be subsequently scheduled for their review. This may not be necessary, however, as it is likely that correspondents who are keen for a response will send further messages.

Unsubscribe

Unsubscribing from newsletters, notifications and any other emails that are non-essential will reduce subsequent personal email traffic.

Keep email addresses private

Publicly available email addresses will receive unsolicited mail.

Use of rules

An individual may have a colleague or colleagues who are prolific emailers of unimportant messages. Setting up an email management rule will allow these emails to automatically be channelled into a bespoke folder and addressed periodically.

Organisational preparation

Email is simply a medium for communication; how it is used is down to an organisation's custom and practice. Collective effort to address an organisation's email culture has the potential to promote efficient email communication that takes place in a mutually supportive fashion.

Empowering staff

Organisational culture can empower staff to manage the demands that email can generate during work and when away from work. This might include an organisational understanding that it is acceptable for reasons of staff well-being to periodically disengage from email (Dennis Reference Dennis and Waterworth2021). In 2012 Volkswagen stopped routing emails to some employees when they are out of the office (BBC News 2012).

Staff can be encouraged to think of email as a workflow task like any other, which requires scheduling, but does not inevitably dictate a day's activities.

Technological tweaks

Despite the growth of email traffic and email's ever more prominent role in daily lives, the design of email management apps has changed little over the past 30 years.

A reimagined email experience might look very different from that currently available and would allow an individual to customise their email access to support their pace of work and communication preferences. In the meantime, some tweaks as simple as reducing interruptions by decreasing the frequency with which inboxes refresh or disabling ‘reply all’ as a default option might dramatically improve the working experience of some users.

NHS considerations

The use of email by NHS staff is not explicitly addressed in the NHS's long-term technology strategy, which was set out in the NHS Long Term Plan (NHS England 2019). The plan does observe, however, that at present ‘too much of the technology in the NHS is a burden on our staff’ (p. 94) and that technology has a role in making the NHS a more satisfying employer. It seems likely therefore that, in due course, NHS technology planning will need to consider how the use of email by NHS staff sits within these aspirations.

Systematising personal email workflow: efficiency and speed

Processing email efficiently: inbox zero’

Just like any other work process, email engagement can be managed by the user (Dennis Reference Dennis and Waterworth2021). Employees reporting problems with emails are not necessarily those who receive or send the most emails but rather those who have not developed an effective structure for filing incoming emails (Lantz Reference Lantz1998).

‘Inbox zero’ is one approach (Mann Reference Mann2007; Forte Reference Forte2022), and it draws heavily on the ‘Getting Things Done’ personal productivity system (Allen Reference Allen2019).

The essence of this approach is that following an email's arrival, it is read once only and then immediately processed such that one of the following actions results:

  1. (a) The email is deleted.

  2. (b) The email is archived as reference material. Depending on the nature of the information this can be either to an email folder or to a note-taking app such as Notion or Evernote.

  3. (c) The email generates a task and this is undertaken immediately. The email is then archived or deleted.

  4. (d) The email generates a task and this is scheduled for subsequent attention via, for instance, a calendar entry, a task manager or a read-later app (e.g. Pocket). The email is then archived or deleted.

  5. (e) The email generates a task and this is delegated. The email is moved to an ‘awaiting response’ folder and is then archived or deleted in due course.

This approach is further set out in Fig. 1.

FIG 1 Systematised email workflow.

By the above method an individual's email inbox is used solely for message management and not as a to-do list, calendar or reference library, tasks for which it has no specific functionality and which other apps can perform more successfully. The only emails that remain in the inbox are ones that have yet to be processed.

There is no universally successful way to arrange email archive folders, and again personal preference is important. It would seem sensible for an individual to aim for the simplest system that will allow them to retrieve an email at a later date (Mann Reference Mann2007). A minimum set of folders is likely to include an archive folder and an awaiting-response folder. Users may also wish to have folders for particular projects or particular patients.

Processing email quickly

Common approaches to processing email more quickly include the following.

Batching

Processing emails once or twice a day only, rather than constantly, reduces interruptions. Less frequent inbox checking has been found to be associated with reduced stress and to predict greater well-being (Kushlev Reference Kushlev and Dunn2015). In practice most email requests are not urgent and colleagues can make contact in other ways if a rapid response is required.

Cut composition time – type faster and write less

Learning to touch-type cuts time spent composing emails, as does writing shorter emails. One approach is to make all emails no longer than an SMS message (Davidson Reference Davidson2007) or use bullet points in composition rather than prose.

Using rules and other sorting processes

Email apps can reduce email processing time by allowing for the automatic filtering and sorting of incoming messages. Email rules allow a user to process an email with a certain characteristic. For instance, messages sent as carbon copy (cc) can be automatically highlighted to distinguish them from those that are directly addressed to the recipient and therefore may be more relevant. Importance markers such as flags can also assist email processing and actioning (Dennis Reference Dennis and Waterworth2021).

Use of artificial intelligence (AI)

AI chatbot apps such as ChatGPT have recently become widely available and can be used to compose replies to email messages. AI-generated emails should be carefully checked before they are sent.

Careful composition of emails and use of email with patients

Email composition has been found, among clinicians, to affect the receiver's perception of the sender and the likelihood of a timely response (Malka Reference Malka, Kessler and Abraham2015). Emails that are clear and concise reduce the need for subsequent back and forth exchanges to establish clarity. However, there are no formal guidelines for email use among clinicians (Malka Reference Malka, Kessler and Abraham2015) and evidence is lacking on the impacts of healthcare professionals using email to communicate with each other (Goyder Reference Goyder, Atherton and Car2015).

Advice regarding email composition which is tailored to clinicians tends to mirror advice available to other professions and mixes anecdote and intuition (Malka Reference Malka, Kessler and Abraham2015). One approach to the careful composition of email is the SURE model (Railey Reference Railey, Tuttle and Weiss2017). This is detailed in Box 4. There are also 18 point (Biggin Reference Biggin2018) and 50 point (Hills Reference Hills2011) guides for medical email etiquette.

BOX 4 The SURE model for composing an email

  • S: Have you checked the Spelling and Syntax? Have you included a Subject and Signature?

  • U: How Urgent is your message? Does your reply communicate an Unprofessional tone?

  • R: Have you confirmed the Recipients? Have you Reviewed/Reread the message?

  • E: What Emotion might your email express or evoke? Are there any Ethical considerations?

    (Railey Reference Railey, Tuttle and Weiss2017)

Email's relative lack of nuance and emotive cues can be addressed to a degree with use of emojis, which are graphic symbols that can be embedded in text. Of these, the ‘grinning face’ or , is perhaps deployed most frequently.

It is beyond the scope this article to discuss in detail the advantages and disadvantages of clinicians using email to communicate with patients. Many clinicians may be emailing their patients without referring to guidance (Sowerbutts Reference Sowerbutts and Fertleman2016), with possible patient safety and medicolegal consequences. Email may best be viewed as a complementary method of communication with patients and suitable for use in some circumstances, but its use should be avoided for urgent, complex or sensitive messages (Sowerbutts Reference Sowerbutts and Fertleman2016).

Organisational email workflow systematisation

Decoupling email from workflow

Outside healthcare, ‘zero email’ initiatives have sought to decouple work processes from the exchange of email messages and create workflows that avoid unstructured back and forth email chatter. One of the most ambitious drives to eliminate email was started in 2011 by Atos, a global information services company that reduced its internal email traffic by 60% (Oettl Reference Oettl, Beck and Raufer2018).

Instead of accessing a generic email inbox and sending emails to co-workers, Atos's employees’ projects and communications take place within an online working environment. An individual has the discretion whether to work on a particular project or not and is not interrupted by messages about projects with which they are not presently engaged (Stoltzfus Reference Stoltzfus2015).

At present many electronic healthcare records systems used in the NHS have limited functionality in supporting productivity and email is used as a suboptimal work-around solution. Future record systems could include features such as task management and some benefits have already been found when using an electronic health records-based secure messaging system, replacing paging or phone calls (Luu Reference Luu, Spiegelman and Nykin2022).

Training

Email's ubiquity in healthcare does not necessarily translate into skilled use (De Gagne Reference De Gagne, Yang and Rushton2020). Email training that included instruction on the functions of email apps that are useful for filtering and sorting a high volume of email, together with demonstration of the principles of effective personal workflow, was found to increase knowledge and competency (Soucek Reference Soucek and Moser2010).

Conclusions

In the 1970s, in his bestselling book Future Shock, futurologist Alvin Toffler popularised the idea of ‘information overload’, the difficulty in grasping issues and effectively making decisions because of excess daily information (Toffler Reference Toffler1970). Email embodies some of his predictions: its use has now reached saturation point for many people working in healthcare, with their actual productive output squeezed and their days characterised by relentless exchange of email messages.

Email has self-evident advantages and seems likely to be here to stay. However, a reassessment of its use is required if, as is commonly the case for healthcare professionals, answering email messages is overwhelming other priorities and having an impact on work satisfaction.

It seems that, to date in the healthcare context, insufficient attention has been paid to team and individual workflows and unstructured email traffic has filled the void. Achieving success and equanimity in hospitals and clinics may mean that, for the foreseeable future, individuals and teams will need to manage their communications proactively so as to avoid high volumes of emails and to ensure that email works for us, rather than – seemingly – the other way around.

Funding

This work received no specific grant from any funding agency, commercial or not-for-profit sectors.

Declaration of interest

S.G. owns shares in Apple, Google and Microsoft, each of which provides email services.

MCQs

Select the single best option for each question stem

  1. 1 By the end of 2025 it is predicted that how many emails will be sent daily?

    1. a 376 billion

    2. b 459 billion

    3. c 126 billion

    4. d 587 billion

    5. e 28 billion.

  2. 2 Why is it likely that email generates higher carbon emissions than letters?

    1. a Composing, sending and storing an individual email generates more carbon than a single letter

    2. b During its lifecycle a single email generates less carbon emission than a single letter, but we send many more emails than we once did letters

    3. c A lot of emails are printed out

    4. d Emails are stored on the cloud in data centres: cooling these data centres is energy intensive and is often powered by burning coal

    5. e Most personal computers are left on all the time.

  3. 3 After an email interrupts an individual's workflow, evidence suggests it may take how long to return to the primary task?

    1. a 6 min

    2. b 9 min

    3. c 12 min

    4. d 15 min

    5. e 18 min.

  4. 4 In the ‘inbox zero’ email management approach an email, once received, results in an action. Which of the following is not an inbox zero action?

    1. a The email is deleted

    2. b The email archived as reference material

    3. c The email generates a task and this is delegated

    4. d The email generates a task and this is undertaken immediately by the recipient

    5. e The email is read and remains in the inbox for future consideration.

  5. 5 Which of the following is not a component of technostress?

    1. a Techno-invasion

    2. b Techno-complexity

    3. c Techno-uncertainty

    4. d Techno-unreliability

    5. e Techno-trauma.

MCQ answers

1 a 2 b 3 d 4 e 5 e

References

Abdelrahman, W, Abdelmageed, A (2014) Medical record keeping: clarity, accuracy, and timeliness are essential. BMJ, 348: f7716.CrossRefGoogle Scholar
Akbar, F, Mark, G, Warton, EM, et al (2021) Physicians’ electronic inbox work patterns and factors associated with high inbox work duration. Journal of the American Medical Informatics Association, 28: 923–30.CrossRefGoogle ScholarPubMed
Allen, D (2019) Getting Things Done: The Art of Stress-Free Productivity. Piakus.Google Scholar
Ayoub, S (2021) ‘Email is a zombie that keeps rising from the dead’: the endless pursuit of Inbox Zero, Guardian, 3 Oct (https://www.theguardian.com/technology/2021/oct/04/email-is-a-zombie-that-keeps-rising-from-the-dead-the-endless-pursuit-of-inbox-zero).Google Scholar
Barley, SR, Meyerson, DE, Grodal, S (2011) E-mail as a source and symbol of stress. Organization Science, 22: 887906.CrossRefGoogle Scholar
BBC News (2012) Volkswagen turns off Blackberry email after work hours. BBC News, 8 Mar (http://www.bbc.com/news/technology-16314901).Google Scholar
BBC News (2022) NHS IT supplier held to ransom by hackers. BBC News, 11 Aug (https://www.bbc.co.uk/news/technology-62506039).Google Scholar
Berners-Lee, M (2020) How Bad Are Bananas? The Carbon Footprint of Everything. Profile books.Google Scholar
Biggin, A (2018) A 21st century plague of biblical proportions. Journal of Paediatrics and Child Health, 54: 1292–3.CrossRefGoogle ScholarPubMed
Car, J, Sheikh, A (2004) Email consultations in health care: 1 – scope and effectiveness. BMJ, 329: 435–8.CrossRefGoogle ScholarPubMed
Cooke, M, Williams, SJ, Esain, A (2010) Lean email: applying 5s to emails. BMJ, 330: b5647.Google Scholar
Davidson, M (2007) A low-fi solution to e-mail overload: sentenc.es. Mike Industries, 17 Jul (https://mikeindustries.com/blog/archive/2007/07/fight-email-overload-with-sentences).Google Scholar
De Gagne, JC, Yang, Y, Rushton, S, et al (2020) Email use reconsidered in health professions education: viewpoint. JMIR Medical Education, 6(1): e19300.Google ScholarPubMed
Dennis, S, Waterworth, S (2021) Health professionals’ engagement with email – enabler or disrupter? Computers, Informatics, Nursing, 39: 916.CrossRefGoogle Scholar
Department for Digital, Culture, Media and Sport (2022) Cyber Security Breaches Survey 2022. DCMS (https://www.gov.uk/government/statistics/cyber-security-breaches-survey-2022/cyber-security-breaches-survey-2022).Google Scholar
Forte, T (2022) One-touch to inbox zero: how I spend 17 minutes per day on email. Forte Labs, 25 Jun (https://fortelabs.com/blog/one-touch-to-inbox-zero/).Google Scholar
Golz, C, Peter KA, Zwakhalen SMG, et al (2021) Technostress among health professionals - a multilevel model and group comparisons between settings and professions. Informatics for Health and Social Care, 46: 136–47.CrossRefGoogle ScholarPubMed
Goyder, C, Atherton, H, Car, M, et al (2015) Email for clinical communication between healthcare professionals. Cochrane Database of Systematic Reviews, 2: CD007979.Google Scholar
Grawitch, MJ, Werth, PM, Palmer, SN, et al (2018) Self-imposed pressure or organizational norms? Further examination of the construct of workplace telepressure. Stress and Health, 34: 306–19.CrossRefGoogle ScholarPubMed
Heather, B (2016) NHSMail2 rolled out to 200,000 NHS staff.digitalhealth, 23 Jun (https://www.digitalhealth.net/2016/06/nhsmail-2-rolled-out-to-200000-nhs-staff/).Google Scholar
Hills, L (2011) E-mail netiquette for the medical practice employee: 50 do's and don'ts. Journal of Medical Practice Management, 27: 112–7.Google ScholarPubMed
Jackson, TW, Dawson, R, Wilson, D (2001) The cost of email interruption. Journal of Systems and Information Technology, 5: 8192.Google Scholar
Jones, V (2012) Business practices that refuse to die #44: Email trees. vinJones Videos (https://www.youtube.com/watch?v=QIqA_YKeboc).Google Scholar
Kushlev, K, Dunn, EW (2015) Checking email less frequently reduces stress. Computers in Human Behavior, 43: 220–8.CrossRefGoogle Scholar
Lantz, A (1998) Heavy users of electronic mail. International Journal of Human-Computer Interaction, 10: 361–79.CrossRefGoogle Scholar
Luu, T, Spiegelman, L, Nykin, D, et al (2022) Implementation of an electronic health record-based messaging system in the emergency department: effects on physician workflow and resident burnout. Journal of Patient Safety, 18: e542–6.Google ScholarPubMed
Malka, ST, Kessler, CS, Abraham, J, et al (2015) Professional e-mail communication among health care providers: proposing evidence-based guidelines. Academic Medicine, 90: 25–9.Google ScholarPubMed
Mann, M (2007) Inbox Zero. Google TechTalks (https://www.youtube.com/watch?v=z9UjeTMb3Yk).Google Scholar
McGee, S, Clemons, M, Joy, AA, et al (2019) Why “reply All” can push all the wrong buttons. Oncologist, 24: e643–5.CrossRefGoogle ScholarPubMed
Newport, C (2022) A World without Email: Reimagining Work in an Age of Communication Overload. Portfolio.Google Scholar
Oettl, CA, Beck, K, Raufer, FM, et al (2018) Zero email initiative: a critical review of change management during the introduction of enterprise social networks. Journal of Information Technology Teaching Cases, 8: 172–83.CrossRefGoogle Scholar
Radicati Group (2020) Email Statistics Report, 2020–2024. Radicati Group (https://www.radicati.com/?p=16510).Google Scholar
Railey, K, Tuttle, B, Weiss, J (2017) Are you SURE you want to send that? A model for email professionalism in medical education. Journal of Physician Assistant Education, 28: 205–9.CrossRefGoogle Scholar
Soucek, R, Moser, K (2010) Coping with information overload in email communication: evaluation of a training intervention. Computers in Human Behavior, 26: 1458–66.CrossRefGoogle Scholar
Sowerbutts, H, Fertleman, C (2016) How best to use email with patients. BMJ, 352: h6225.CrossRefGoogle Scholar
Stiles, RA, Deppen, SA, Figaro, MK, et al (2007) Behind-the-scenes of patient-centered care: content analysis of electronic messaging among primary care clinic providers and staff. Medical care, 45: 1205–9.CrossRefGoogle Scholar
Stoltzfus, J (2015) Ditch your inbox? No-email initiatives and what they're for. Techopedia, 31 Aug (https://www.techopedia.com/2/31068/personal-tech/multimedia/ditch-your-inbox-no-email-initiatives-and-what-theyre-for).Google Scholar
Toffler, A (1970) Future Shock. Random House.Google Scholar
Figure 0

FIG 1 Systematised email workflow.

Submit a response

eLetters

No eLetters have been published for this article.