Background Patient safety measurement remains a global challenge. Patients are an important but neglected source of learning; however, little is known about what patients can add to our understanding of safety. We sought to understand the incidence and nature of patient-reported safety concerns in hospital.
Methods Feedback about the experience of safety within hospital was gathered from 2471 inpatients as part of a multicentre, waitlist cluster randomised controlled trial of an intervention, undertaken within 33 wards across three English NHS Trusts, between May 2013 and September 2014. Patient volunteers, supported by researchers, developed a classification framework of patient-reported safety concerns from a random sample of 231 reports. All reports were then classified using the patient-developed categories. Following this, all patient-reported safety concerns underwent a two-stage clinical review process for identification of patient safety incidents.
Results Of the 2471 inpatients recruited, 579 provided 1155 patient-reported incident reports. 14 categories were developed for classification of reports, with communication the most frequently occurring (22%), followed by staffing issues (13%) and problems with the care environment (12%). 406 of the total 1155 patient incident reports (35%) were classified by clinicians as a patient safety incident according to the standard definition. 1 in 10 patients (264 patients) identified a patient safety incident, with medication errors the most frequently reported incident.
Conclusions Our findings suggest that patients can provide insight about safety that complements existing patient safety measurement, with a frequency of reported patient safety incidents that is similar to those obtained via case note review. However, patients provide a unique perspective about hospital safety which differs from and adds to current definitions of patient safety incidents.
Trial registration number ISRCTN07689702; pre-results.
- adverse events, epidemiology and detection
- human factors
- medical error
- patient safety
- quality measurement
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- adverse events, epidemiology and detection
- human factors
- medical error
- patient safety
- quality measurement
There has been considerable investment in studying and improving patient safety but progress is slow.1–3 Patient safety incident (PSI) reporting systems are well established, but significant problems remain including their accuracy in identifying and measuring harm,4 their cost5 and their effectiveness in supporting organisational learning.6–9 Alternative and complementary approaches to gathering intelligence about safety and using this information to stimulate change should be considered, and there is growing evidence that patients and their families may fulfil a significant role here.10
In recent years, the attention given to the role of the patient in patient safety has increased. Researchers and policymakers alike have argued that ‘there is considerable scope for [patients] to play an active part’ in ensuring that their care is safe and appropriate.11 Indeed, we now know that patients will provide comments on the quality and safety of care using their own experiences and can offer considerable detail about specific problems that might be missed in a staff report. For example, patient reports of safety events or experiences are often not expressed in the limited clinical ‘language’ of safety, which can provide services with richer contextual details that may be useful for both understanding the nature of the problem and identifying potential solutions for preventing reoccurrence.12–16 Further, emergent findings indicate that while patients may be reluctant to actively volunteer information about safety incidents, if prompted they are able and willing to do so.17
The Berwick Report18 commissioned by the UK government following an extensive inquiry into poor standards of quality and safety in a large UK acute hospital19 proposed a series of recommendations, including a renewed commitment to organisational learning and meaningful patient involvement at all levels of healthcare. In line with this, over the past 5 years we have developed novel approaches to enable patients to provide feedback on the safety of care.17 20 21 The Patient Reporting and Action for a Safe Environment (PRASE) intervention allows patients to anonymously report safety concerns using a theory-based and evidence-based reporting instrument. The process and feasibility of collecting information from patients about these safety concerns is described elsewhere.21 22 As part of a previously published large cluster randomised controlled trial across 33 wards in five hospitals (trial registration ISRCTN07689702),23 we collected information from inpatients about their safety concerns at three time points over a 12-month study period. Here we use these data to explore if patient feedback could support health services to measure and improve the quality and safety of care by addressing the following research questions:
What concerns about safety do hospital patients report?
How do patients make sense of and categorise these safety concerns?
What is the incidence and nature of PSIs experienced by this sample of patients?
Sample and design
Data reported here were collected using a short set of previously validated survey questions for inpatients,17 administered by research staff at their bedside during their hospital stay. Data collection proceeded between May 2013 and September 2014 as part of a multicentre, waitlist design, cluster randomised controlled trial, conducted in 33 hospital wards across three NHS Trusts (five hospital sites) in the north of England. This trial was designed to assess the efficacy of the PRASE intervention, co-designed with patients and hospital staff, the detail of which is reported elsewhere.22 23 In total, 15 medical wards and 18 surgical wards agreed to host the study across the three NHS Trusts (21 mixed gender, 6 female, 6 male).
Prior to undertaking data collection, all researchers were issued with a handbook and underwent a full day of training, which included (i) an outline of the research, (ii) an overview of the human factors involved in patient safety, (iii) the consent process, (iv) how to respond to and record a patient incident report and (v) how to use the safety netting protocol should a patient report a serious event that required escalation. They also underwent scenario training and were given an opportunity to familiarise themselves with the measurement tools using the computer software previously developed.21 All researchers who were new to the project shadowed and were observed by the team who developed PRASE, prior to interviewing patients alone.
Patients were eligible for participation if they were aged ≥16, able to give informed consent, with a minimum period of 4 hours on the ward. Patients were excluded if they were too ill or distressed to take part, had already taken part in the study within the previous month or were non-English or non-Urdu-speaking patients. Feedback was elicited at any point within a patient’s stay, after a minimum of 4 hours on the ward. Written consent was obtained from all patients. A witnessed consent process was available for those who were happy to participate, but unable to sign the written consent form due to poor literacy or visual impairment, with the consent process witnessed by a second member of the research team. We did not allow responses from proxies or surrogates within this study. Participants were asked to provide basic demographic information regarding age, gender, ethnicity (self-determined), time of present admission and the number of admissions over the previous 5-year period. Participating patients were asked the question, ‘Do you want to tell us something that has concerned you about your care?’. Where patients did wish to report a concern, responses were directly inputted into a tablet computer by a member of the research team21–23 using the following prompts:
Please tell us what happened with your concern or experience in as much detail as you can.
Why do you feel this was a safety concern for you?
What do you think could be done to stop this from happening again to you or other patients in the future?
The collective responses to these questions were regarded as one patient incident report and were the unit of analysis for this study.
These data were analysed in two stages. First, patient volunteers were supported by researchers to develop meaningful categories for the patient feedback that reflected the patient perspective, with all patient incident reports then sorted into these categories. Second, all patient incident reports underwent a two-stage clinical review process for the identification of PSIs, with incidence of PSIs documented across the categories.
Patient research volunteers recruitment and sample
A patient volunteer panel was recruited through open advertisements. Interested volunteers were provided with information about the project, what was being asked of them, the time commitment and the remuneration available. All potential volunteers (n=10) with relevant experience of healthcare were selected to take part (9 out of 10) and eight attended. Of those attending, seven were female and one male, with a mean age of 59 years (range 44–71). Four reported having a disability.
Patient representative categorisation of patient incident reports
Volunteers attended seven meetings between September 2015 and February 2016. Between five and seven volunteers were in attendance at each meeting. All meetings were facilitated by two of the research team (CR and SM). In the initial meeting, volunteers were provided with information about how the patient incident reports had been elicited. They were then presented with a randomly selected 20% of the sample of anonymised patient incident reports (n=231) and asked to group them together into categories, creating the categories inductively without reference to preconceptions or theories.24 Each patient incident report was read out by a facilitator (CR or SM) (one of the volunteers was registered as blind) and then discussed within the group, with consensus about the categorisation being reached through discussion. This was an iterative process, the categories and definitions evolved throughout the meetings. Categories were reviewed and definitions were agreed, one category was eliminated and the patient incident reports moved to other categories. The volunteers then worked through the rest of the patient incident reports over five meetings. Our approach to the categorisation exercise with the volunteers was to be supportive and collaborative, an approach that was based on a previous published study that worked with non-clinical representatives in taxonomy development.24 To this end, it was not felt appropriate to undertake formal inter-rater reliability estimates.
Classifying the patient incident reports as PSIs
To address the third research question, patient incident reports underwent a two-stage review process by health professionals.25 26 While there are a number of different approaches for reviewing documentation for evidence of safety events,25–28 it was felt by the research team that this was the most appropriate method to use, given the very structured nature of the prompts eliciting concerns from patients. Stage 1 comprised two clinical researchers individually reviewing all patient incident reports (n=1155) for the presence of a PSI. The nationally accepted definition for PSIs was used: ‘Any unintended or unexpected incident which could have or did lead to harm for one or more patients receiving NHS care’.29 Any patient incident report that was judged to meet this definition by either reviewer was sent to second-stage medical review, with a total of 603 patient incident reports (52%) proceeding to the second stage. To create a consistent approach to the classification process, three doctors (representing respiratory medicine, obstetrics and gynaecology, elderly medicine) first independently reviewed a randomly selected sample of 50 patient incident reports before coming together to discuss and reach consensus about what constituted a PSI. The remaining patient incident reports (553) were then divided between the medical reviewers for second-stage review of the presence of a PSI. Following an approach previously used by the research team,17 reports classified as a PSI were then rated against the standard risk indices of (i) preventability (using a four-point scale: 1=‘definitely not preventable’ through to 4=‘definitely preventable’19; and (ii) severity (using a five-point scale: 1=‘negligible’ through to 5=‘catastrophic’). Severity was rated as the actual, rather than the potential, severity of the PSI, with preventability concerned with the event rather than associated harm.
Of the 2471 patients recruited in the trial, 579 patients (23%) provided a total of 1053 patient incident reports. In 83 patient incident reports, more than one safety event was identified, giving an overall total of 1155 patient incident reports for analysis. Table 1 presents the demographics for the study sample.
Research question 1: what concerns about safety do hospital patients report?
The patient incident reports were sorted into 14 categories (online supplementary figure and table 2). ‘Communication’ was the most frequently occurring category with a total of 251 patient incident reports (22%). Three types of communication issues were identified by patients: staff to patient, staff to staff and patient to staff, with the first of these being the most frequently cited safety concern. Staff issues, such as availability of staff, insufficient staffing or indicators of this (eg, buzzers not being answered), were the second most common safety concern representing 13% of the total patient incident reports (n=153). Third was ‘environment’, including issues relating to noise at night, lighting levels, the ward layout, and so on (141, 12%). Issues of ‘compassion/dignity/privacy/respect’ (135, 12%) were also mentioned frequently by patients.
Supplementary file 1
Research question 2: how do patients make sense of and categorise these safety concerns?
The definitions of the categories as agreed by the volunteers and research team are shown in table 2. Each category definition is illustrated with examples.
Research question 3: what is the incidence and nature of PSIs experienced by this sample of patients?
Across the two-stage review process, 406 of the total 1155 patient incident reports (35%) were classified by clinicians as a PSI according to the standard definition. Of the 2471 patients recruited to the study in total, 264 reported one or more PSIs (10.68%), meaning that 1 in 10 patients identified a PSI during their inpatient stay. Eighty-seven individuals (3.52% of the total sample) reported more than one PSI (range=2–7; median=2). Table 2 provides examples of patient incident reports from each patient-derived category reported by patients that were and were not classified as a PSI.
The number of patient incident reports that were classified as PSIs in each patient-derived category is presented in figure 1 and table 3. For the first stage of classification, inter-rater reliability between the reviewers was good, with 62% of the initial classifications agreed on. Of those categorised as a PSI, the inter-rater agreement for the other ratings undertaken was good: (i) 95% for likelihood of preventability (when grouped as ‘definitely or probably preventable’ and ‘definitely or probably not preventable’) and (ii) 100% for the degree of severity (when grouped as ‘negligible, minor or moderate’ and ‘major or catastrophic’). Table 4 provides further detail of these assessments.
The degree to which patient-reported incidents were classified as PSIs varied (table 3). In the communications category, despite having the largest total of patient-reported incidents, only 54 of these (21.5%) were classified as PSIs following clinical review. Other categories with the largest difference (<50%) between the number of patient reports and those classified as PSIs were ‘staff training’ (49.2%), ‘staff issues’ (42.5%), ‘compassion, dignity and respect’ (25.2%), ‘delay’ (22.5%), ‘food, drink and nutrition’ (22.2%), ‘environment’ (5.7%) and ‘not a concern’ (0%). Those categories where there was found to be closer alignment between the number of patient reports and the number of classified PSIs (>50%) were ‘medication issues’ (83.3%), ‘ward management’ (56.8%), ‘equipment and systems failure’ (56.3%), ‘infection risk’ (63%), ‘health and safety’ (66.7%) and ‘repeat procedure/complication’ (54.5%).
Most classified PSIs were rated as ‘negligible, minor or moderate’ in terms of severity (99%). However, the majority of PSIs were also rated as ‘probably or definitely avoidable’ (90%).
The data reveal that patients are an important source of safety reporting, with 1 in 10 reporting a safety concern that meets the clinical definition of a PSI. While this rate may appear strikingly similar to long-held estimates of patient harm in hospitals,4 30 our research team has previously demonstrated that patient-reported safety events rarely overlap with events identified through other error detection methods.31 This suggests that our current methods of safety measurement in hospital settings (eg, case note review and staff incident reporting) may underestimate the level of PSIs. A large observational study of adverse events examining a range of safety data32 supports this, having found that 17.7% of patients experienced a serious harm event. Further, what patients tell us appears to be both concordant with knowledge gained from other existing processes but also provides a unique perspective by capturing concerns that are important to patients but overlooked by clinical reporting systems.31 33 In our study, 65% of the concerns expressed by patients in this study would not traditionally be classified as PSIs including concerns about physical comfort (eg, noise and light levels, food), fear (eg, of other patients), uncertainty (eg, about when discharge is happening) and delays (eg, in procedure). Patients may sometimes be misplaced in their fears or have forgotten the explanation of a treatment plan. However, many patient-reported safety concerns provide valuable personal insight into how care is experienced by the patient, and therefore what could be done to improve both patient safety and patient experience.
The safety concerns that patients report may be ignored by our current error detection methods (such as communication, delays in care processes), and yet they are known contributory factors to future safety events,34 making patient-reported safety concerns a possible leading measure of safety. It could also be argued that the information provided by patients is less biased in its content than incident reporting systems and less time consuming to collect than case note review. Taken collectively, these advantages over existing safety measures in hospitals present strong arguments for the positioning of patient feedback on safety as a key indicator of safety. In fact, given the advantages, one might even go as far as to propose that patient feedback could be used as one of the primary mechanisms for gathering safety intelligence, with the caveat that this approach is used as an improvement tool by ward/unit/practice teams rather than as an external regulatory or validation tool.
While there has been a number of important studies published over the past decade gathering the patient perspective of safety,12–16 this is, to our knowledge, the largest study of its kind. Further, our approach—to seek to understand and categorise the patients’ reported safety concerns with patient representatives—is novel. One of the recent criticisms of the lack of progress in using patient feedback to support patient safety improvements is that the information does not necessarily fit within our current professionally developed systems for managing safety and clinical risk.10 Part of this problem is due to the difficulty in incorporating patient feedback into our current methods of capturing safety data. In recent work (funded by the Health Foundation), hospital volunteers have worked with ward teams to collect this patient safety feedback from patients and to make improvement plans. There is huge potential for this approach to support local learning and improvement and move beyond the current focus on the collection of safety data alone.
The science and practice of patient safety is arguably undergoing a paradigm shift, with a move towards focusing less on past harm, and more on understanding what supports safe care and resilience in our services and systems.35 36 Gathering patient feedback about safety supports this in two main ways. First, through gathering patient-reported safety concerns, healthcare organisations may gain a unique insight into the ‘little’ things that are suboptimal in safety terms, but do not cause harm—information that is often overlooked by other ‘error detection’ methods. Our finding that a majority of patient-reported PSIs are classified as ‘negligible’ would suggest that patients are perfectly positioned as a source of these leading indicators of safety. By focusing attention on the combination of these smaller, more frequent events, collecting and acting on patients’ safety concerns may facilitate upstream changes that support the creation of an environment where more things go right. Second, through gathering safety concerns systematically, patients and their families can provide information about perceived safety that can provide insight quickly for those managing services. Such real-time insight potentially allows services to make small adjustments to care delivery, as well as aggregating data over time to understand longer-term problems, and build resilience in our services and systems.
To realise the potential benefits of gathering feedback from patients, however, depends in no small part on the ability of services to embed these approaches within their current systems and resources, and act on the data that arises from this sustained activity. The first problem has been explored tentatively by further work undertaken by our research team which sought to understand if patient feedback about safety could be gathered by trained hospital volunteers using tablet computers. Early findings from this work suggest that such an approach is acceptable, feasible and gives rise to data that can be used by ward staff to engage in service improvement.37 The second problem—staff acting on patient feedback to improve services and the safety of care—arguably represents a wider and more troublesome issue for the health service improvement. As part of the randomised controlled trial from which the data presented within this paper were drawn,23 it was demonstrated that through facilitated action planning ward staff were able to use patient feedback to make changes to services.38 However, there are issues that are particular to using patient feedback for improvement, for example, the credence given to the patient perspective of safety, which may undermine the process of acting on this feedback.39 Further, while patient experience is widely gathered40 and valued at a policy level,41 there is little evidence that these data are used for quality improvement.40 42 It is likely that with respect to patient feedback about safety this issue will be amplified, and that health services will struggle to incorporate patient feedback about safety within their current mechanisms for measuring, monitoring and managing risk.10 43 It will be important, therefore, for the research and healthcare communities to consider how to both create space for staff to consider and act on patient feedback, as well as meaningfully integrate such feedback into their prospective management of patient safety.10 40
This study has a number of limitations. Patients in this study were asked to describe concerns about their care, rather than specifically about the safety of their care. However, we have found and reported elsewhere17 that patients may be unsure about what is meant by safety and have a less expansive definition of safety from that used in this paper. Therefore, the omission of the word safety in the question we posed was deliberate and recognised that some, although not all, concerns would be classified as relating specifically to safety. A further issue relates to the process of classifying patient reports as PSIs. All judgements about the nature and degree of harm are made on the basis of patient feedback alone, with no reference to further clinical information. It is therefore possible that this either overestimates or underestimates the number of classified PSIs within our sample. A final limitation relates to the inter-rater reliability estimates for both the categorisation of patient incident reports by patient volunteers and the classification of these reports as PSIs by medical reviewers. No estimates were collected as to the degree of variation between volunteers in the categorisation exercise. However, given the nature of the categorisation process, and the need to facilitate the process with those not trained in research methods, it was felt that a collaborative, consensus building approach was more appropriate. Further, we only calculated inter-rater agreement figures between the medical reviewers for a random sample of 50 patient incident reports in the first exercise of classifying the patient incident reports as PSIs. This was due to the volume of reports gathered from patients (1155). However, of those classified as a PSI, all reports were assessed for severity and the likelihood of avoidability, for which the level of agreement was large when grouped meaningfully.
In conclusion, our findings suggest that patients can provide important insight about safety that complements our existing error detection methods. Patients report a similar frequency of PSIs to clinical and epidemiological reports. However, they provide a unique and distinctive perspective about hospital safety that encompasses a wider understanding about patient experiences that are not captured in current reporting systems. As such, gathering and acting on the patient perspective of safety has the potential to help build resilience in care processes and improve future safety performance among clinical teams and across organisations.
The authors thank all patient participants who provided their feedback across the study period, and the doctors who kindly undertook the case note review within this study (Kate Connolly, Libby Slemeck, Julian Ting, Juliet Reid and Usha Appalsawmy). They also thank the hospital volunteers who gave up their time and consideration for the development of the patient volunteer-determined categories: Ruby Bhatti, Kathy Bairstow, Maureen Sharpe, Barbara Stephenson, Alison Hudson, Jayne Noble, Marcus Topham and Jean Gallagher. Thanks must also go to Isla Skinner for helping the authors bring together this group of enthusiastic hospital volunteers. The authors acknowledge the support of the Yorkshire Quality and Safety Research Group in this work, and the unique contribution of the patient panel at both the Bradford Institute for Health Research and University of Newcastle.
Contributors JKO’H and GA designed the data collection tools. RL, JKO’H, GA, LS, CM, IW and JW managed the randomised controlled trial from which the data for this paper was drawn. JKO’H, RL, GA, JW, IW, CR and SM contributed to the drafting of the paper. SM and CR managed the data collection, managed the framework development exercise with patient representatives. All contributors agreed the final version of the paper.
Funding This paper presents independent research funded by the National Institute for Health Research (NIHR) under its Programme Grants for Applied Research Programme (Improving safety through the involvement of patients: grant reference number RP-PG-0108-10049).
Disclaimer The views expressed in this publication are those of the authors and not necessarily those of the NHS, the NIHR or the Department of Health.
Competing interests None declared.
Patient consent Obtained.
Ethics approval Ethical approval for data collection was granted by the NRES Committee Yorkshire & Humber (South Yorkshire), reference 13/YH/0077.
Provenance and peer review Not commissioned; externally peer reviewed.
Data sharing statement Data requests should be sent to the corresponding author regarding anonymised, aggregated data dependent on what is allowable within the data protection act. This study has formed the basis of a number of conference presentations, and results have been fed back to the NHS organisations involved. We plan to disseminate this more widely via patient advocacy groups and health service professional journals.
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