| Literature DB >> 32522265 |
Delyth Price1, Michelle Edwards2, Andrew Carson-Stevens2, Alison Cooper2, Freya Davies2, Bridie Evans3, Peter Hibbert4, Thomas Hughes5, Tim Rainer2, Niro Siriwardena6, Adrian Edwards2.
Abstract
BACKGROUND: At times of increasing pressure on emergency departments, and the need for research into different models of service delivery, little is known about how to recruit patients for qualitative research in emergency departments. We report from one study which aimed to collect evidence on patients' experiences of attending emergency departments with different models of using general practitioners, but faced challenges in recruiting patients. This paper aims to identify and reflect on the challenges faced at all stages of patient recruitment, from identifying and inviting eligible patients, consenting them for participation and finally to engaging them in interviews, and make recommendations based on our learning.Entities:
Keywords: Emergency department; Patient experience; Patient recruitment challenges; Qualitative research
Mesh:
Year: 2020 PMID: 32522265 PMCID: PMC7288546 DOI: 10.1186/s12874-020-01039-2
Source DB: PubMed Journal: BMC Med Res Methodol ISSN: 1471-2288 Impact factor: 4.615
Total number of patients invited via both methods
| Case study site identification number | Patients invited via post (method 1) | Patients invited in-person (method 2) |
|---|---|---|
| 50 | 0 | |
| 160 | 1 | |
| 191 | 1 | |
| 50 | 4 | |
| 90 | 0 | |
| 0 | 0 | |
| 0 | 0 | |
| 39 | 0 | |
| 100 | 0 | |
| 50 | 4 | |
| 0 | 0 | |
| 0 | 5 | |
| 0 | 3 | |
| 0 | 0 |
Number of patients interviewed for each marker condition
| 9 | 5 | 4 | 3 | 3 |
Fig. 1Recruitment for Method 1
Fig. 2Recruitment for Method 2
Complicated or time-consuming electronic health record systems
| Findings | Evidence | Suggestions for future research |
|---|---|---|
In some departments, it was difficult to identify patients using the electronic health record (EHR) systems in place. Some departments used multiple systems for different areas of the department (e.g. registration, triage assessment, discharge notes etc.), meaning that all systems had to be looked at separately to identify eligible patients. At one hospital, the EHR system was not set up to retrieve data by specific details such as presenting complaint, and so the task of identifying eligible patients was too difficult. As a result, no patient recruitment could take place at that case study site. Often, EHR systems were very slow and identifying even a small number of eligible patients took much longer than anticipated, for example due to having to switch between multiple EHR systems. This slowed down the process of identifying and therefore inviting patients via both recruitment methods. | - (Field notes - hospital 12) - (Field notes - hospital 3) | Implementation of the new Emergency Care Dataset (ECDS) in England, with the intent to extend into Ambulance and Integrated Urgent Care will ensure that in future there will be improved quantitative data to identify both presenting conditions and outcomes in patients who access Urgent and Emergency Care services. |
Narrow eligibility criteria
| Findings | Evidence | Suggestions for future research |
|---|---|---|
Because of the narrow eligibility criteria, and the need to identify eligible patients by a specific diagnosis associated with the presenting complaint, often it was difficult to identify sufficient numbers of eligible patients, particularly for recruitment method 2 during the research visit (see Some emergency departments did not see children or streamed them to a separate paediatric assessment unit at the hospital, rather than the GP service in the emergency department. Furthermore, public health education has encouraged patients with chest pain to phone an ambulance. For those who do self-present in the emergency department, many departments had strict guidelines which meant chest pain patients were automatically seen by an emergency department doctor. Thus, local protocols made it difficult to identify children who had been seen in the emergency department and patients with chest pain who had been seen by a general practitioner. | - (Field notes - hospital 4) - (Field notes - hospital 9) | While all research needs appropriate eligibility criteria to answer its research question(s), consideration should be given to how eligible patients will be identified. Using broader initial eligibility criteria (for example, just searching by presenting complaint rather than presenting complaint and diagnosis) may result in more patients being identified. |
Limited research nurse support
| Findings | Evidence | Suggestions for future research |
|---|---|---|
Research nurse support was needed not only to identify eligible patients, but also to prepare and post the research packs (for method 1) or approach eligible patients on behalf of the researchers (for method 2). While the study team conducted as much of the research pack preparation as possible, labelling and distributing the packs could only be carried out by staff at the hospital sites for both recruitment methods, due to data protection guidance and ethical approvals of processes. One department stated that they were more likely to allocate their research nurses to larger studies which brought in more patient participants. The availability of support from research nurses or other staff in the department to help facilitate recruitment was varied. We could invite and therefore interview many more patients (via both recruitment methods) in those departments where a research nurse or other staff member was able to offer support than in those where one was not. Research nurses greatly influenced the success of a research visit. | - (Field notes - hospital 3) - (Field notes - hospital 14) | Good contact before the visit helps to inform and prepare staff members for the research visit, improving their understanding of the study and how they might help. If practical preparations (such as preparing patient packs) can be carried out in advance of a research visit, this can lessen the burden on research nurses involved in the study, thus generating more willingness to offer support to research. |
Lack of face-to-face communication between researchers and patients
| Findings | Evidence | Suggestions for future research |
|---|---|---|
Our patient and public involvement representatives felt that patient wariness was a likely reason for low patient recruitment. For example, patients could be wary about taking part in an interview which might ask them to justify their reasons for seeking emergency care, especially if they were aware that they had been seen by a general practitioner, or were told by a clinician that their condition could have been managed more appropriately by their own general practitioner. Our co-applicants and patient and public involvement representatives also considered how face-to-face recruitment makes the research more memorable for the patient, thus improving recruitment and retention. Because most patients were invited by post, there was little opportunity for researchers to reassure patients about the purpose of the interviews. This lack of face-to-face communication may have resulted in fewer patients recruited. | The total returns rate for face-to-face invitations (method 2) was 33%. In contrast, the total returns rate for postal invitations (method 1) was 2.5%. | While it may take more time and require more complex ethical approvals, future research should consider research designs which utilise face-to-face recruitment methods, for example using more informal interviewing methods. Further consideration should be given to the process of consenting patients. Ensuring that this is a smooth process, for example by allowing patients to consent during their time in the department, rather than requiring consent in the post, may improve patient recruitment. |
| Marker condition | Time period | ECDS Acuity | Chief complaint | Patient age | Exemplar diagnoses | Seen by |
|---|---|---|---|---|---|---|
| Child < 10 with a fever | Last 3 months | 3,4,5 | Fever | Less than 10 | Infectious disease Respiratory Upper respiratory tract infection Surgical ENT Otitis media/ear infection Surgical ENT Tonsillitis | 5-10GPs 5–10 ED staff |
| Cough and breathlessness | Last 3 months | 3,4,5 | Short of breath Difficulty breathing Noisy breathing Coughing up blood | Any | Infectious disease Respiratory Lower respiratory tract infection Infectious disease Respiratory Bronchopneumonia Infectious disease Respiratory Lobar pneumonia | 5–10 GPs 5–10 ED staff |
| Abdominal pain | Last 3 months | 3,4,5 | Abdominal pain | Any | Infectious disease GU/GI Infectious gastroenteritis Infectious disease GU/GI Urinary tract infection | 5-10GPs 5–10 ED staff |
| Back pain | Last 3 months | 3,4,5 | Pain in back/trunk (no injury) | Any | Soft tissue injury/wound Muscle injury Lower back Soft tissue injury/wound Sprain/ligament injury Lumbar spine Musculoskeletal Orthopaedics Sciatica | 5–10 GPs 5–10 ED staff |
| Chest pain | Last 3 months | 3,4,5 | Chest pain | Any | Medical Gastroenterology Oesophageal spasm Medical Gastroenterology Gastro-oesophageal reflux Medical Gastroenterology Gastritis Musculoskeletal Rheumatology Costochondritis Medical Respiratory Pulmonary embolism | 5–10 GPs 5–10 ED staff |