| Literature DB >> 36068537 |
Sara Holton1,2, Bodil Rasmussen3,4,5,6, Joy Turner7, Cheryl Steele8, Deepa Ariarajah8, Shane Hamblin9, Shane Crowe7, Sandy Schutte7, Karen Wynter3,4, Ilyana Mohamed Hussain7.
Abstract
BACKGROUND: In an acute hospital setting, diabetes can require intensive management with medication modification, monitoring and education. Yet little is known about the experiences and perspectives of nursing/midwifery staff and patients. The aim of this study was to investigate diabetes management and care for patients with diabetes in an acute care setting from the perspectives of nursing/midwifery staff and patients.Entities:
Keywords: Australia; Diabetes Mellitus; Health Services; Hospitals; Midwifery; Nurses; Patients
Year: 2022 PMID: 36068537 PMCID: PMC9446645 DOI: 10.1186/s12912-022-01022-w
Source DB: PubMed Journal: BMC Nurs ISSN: 1472-6955
Survey (patient) respondents’ sociodemographic characteristics
| Characteristic | Study sample |
|---|---|
| Age mean (range, SD) | 54.9 (21–83, 14.0) |
| Born in Australia | 85 (56.3%) |
| Aboriginal or Torres Strait Islander | 4 (2.7%) |
| Speaks language other than English at home | 39 (26.0%) |
| Post-secondary school qualification | 80 (53.7%) |
| Relationship status—partnered | 95 (62.9%) |
| Has a healthcare concession card | 94 (62.3%) |
| Has private health insurance | 48 (31.8%) |
Survey (patient) respondents’ diabetes characteristics and management
| Characteristic | Study sample |
|---|---|
| Type of diabetes mellitus | |
| | 40 (26.5%) |
| | 110 (72.8%) |
| | 1 (0.7%) |
| Insulin treated diabetes mellitus | |
| | 67 (45.6%) |
| | 80 (54.4%) |
| Age at diagnosis, Mean (range, SD) ( | 40.4 (2–69, 16.7) |
| Self-manage diabetes at home | |
| | 127 (86.4%) |
| | 13 (8.8%) |
| | 7 (4.8%) |
| Diabetes medications | |
| | 31 (20.5%) |
| | 13 (8.6%) |
| | 9 (5.9%) |
| | 11 (7.3%) |
| Biguanides | 60 (39.7%) |
| Dipeptidyl peptidase-4 (DPP-4) inhibitors | 19 (12.6%) |
| Glucagon-like peptide-1 receptor agonists | 10 (6.6%) |
| Sodium-glucose transporter (SGLT) 2 inhibitors | 7 (4.6%) |
| Sulfonylureas | 10 (6.6%) |
Survey (patient) respondents’ inpatient diabetes management experiences and preferences
| Diabetes management experience | Study sample |
|---|---|
| Last inpatient episode | |
| | 35 (23.5%) |
| | 52 (34.9%) |
| | 62 (41.6%) |
| In hospital diabetes management preference | |
| | 62 (43.1%) |
| | 71 (49.3%) |
| | 11 (7.6%) |
| In hospital diabetes management | |
| | 80 (53.7%) |
| | 55 (36.9%) |
| | 14 (9.4%) |
| Discussed diabetes management with nursing/midwifery staff in hospital | |
| | 47 (32.6%) |
| | 28 (19.4%) |
| | 25 (17.4%) |
| | 21 (14.6%) |
| | 23 (16.0%) |
| Satisfaction with diabetes care in hospital | |
| | 49 (34.5%) |
| | 47 (33.1%) |
| | 35 (24.6%) |
| | 8 (5.6%) |
| | 3 (2.1%) |
| Knowledge of diabetes care ignored by nursing/midwifery staff in hospital | |
| | 11 (7.9%) |
| | 32 (22.9%) |
| | 97 (69.3%) |
| Knowledge of diabetes care assessed by nursing/midwifery staff in hospital | |
| | 55 (37.9%) |
| | 46 (31.7%) |
| | 44 (30.3%) |
| Experienced hypo/hyperglycaemia last time in hospital | |
| | 37 (25.7%) |
| | 107 (74.3%) |
| Management of hypo/hyperglycaemia by nursing/midwifery staff | |
| | 9 (27.3%) |
| | 7 (21.2%) |
| | 9 (27.3%) |
| | 6 (18.2%) |
| | 2 (6.1%) |
| Experienced diabetes medication error in hospital | |
| | 12 (10.0%) |
| | 20 (16.7%) |
| | 88 (73.3%) |
Fig. 1Survey respondents’ in hospital diabetes management (preference vs actual)
Survey (patient) respondents’ perceptions of nurses’/midwives’ diabetes management knowledge
| Nurses’ and midwives’ have a good understanding of … | Study sample |
|---|---|
| Different types of insulin | |
| | 43 (30.1%) |
| | 83 (58.0%) |
| | 17 (11.9%) |
| How different types of insulin are administered | |
| | 47 (33.3%) |
| | 81 (56.3%) |
| | 15 (10.4%) |
Survey (patient) respondents’ perceived barriers and enablers to diabetes management
| Barriers and enablers | |
|---|---|
| Monitoring of blood sugar levels, administration of insulin and mealtimes well-coordinated in hospital | |
| Yes, always | 69 (58.0%) |
| Sometimes | 37 (31.1%) |
| No, never | 13 (10.9%) |
| Last time in hospital experienced … | |
| Not having easy access to appropriate snacks and drinks | 46 (30.5%) |
| Restricted food/menu choices and timing | 41 (27.2%) |
| Not knowing how diabetes would be managed whilst in hospital | 26 (17.2%) |
| Unable to determine the amount of carbohydrate in food | 24 (15.9%) |
| Concerns that the nursing/midwifery staff did not have sufficient expertise in diabetes | 21 (13.9%) |
| Concerns that nursing/midwifery staff did not understand diabetes needs | 16 (10.6%) |
| Concerns about having insulin taken away on admission to hospital | 15 (9.9%) |
| Feelings of loss of control | 14 (9.3%) |
| Lack of support from nursing/midwifery staff to self-manage diabetes | 11 (7.3%) |
| Feeling unsafe about diabetes care | 7 (4.6%) |
| Different opinions about diabetes management by nursing/midwifery staff last time in hospital | |
| Yes, often | 11 (9.3%) |
| Yes, sometimes | 33 (28.0%) |
| No | 74 (62.7%) |
Summary of main study findings
| Overall study themes | Patients | Nurses and midwives |
|---|---|---|
| Ability to self-manage diabetes in hospital | ● Want to discuss their diabetes management with nurses/midwives ● Want to manage their diabetes with the assistance of nurses/midwives | ● Patients differ in ability to self-manage diabetes; impacted by patient acuity |
| Diabetes knowledge and awareness | ● Usually assessed by nurses/midwives when in hospital ● Nurses/midwives sometimes ignore patient’s diabetes expertise and knowledge ● Think nurses/midwives lack understanding of different types of insulins/diabetes medications | ● Reported lack of confidence and knowledge gaps about diabetes care and medications ● Identified need for diabetes education and training |
| Barriers to optimal diabetes management in hospital | ● Can be difficult to access suitable food at appropriate times when in hospital | ● Often lack of suitable food choices for diabetes patients ● Caring for diabetes patients can be complex ● Additional time required to care for patients with diabetes ● Do not always have access to required resources (e.g. blood glucose monitors) |