| Literature DB >> 29628760 |
A Carole Gardener1, Gail Ewing2, Isla Kuhn3, Morag Farquhar4.
Abstract
Introduction: Understanding the breadth of patients' support needs is important for the delivery of person-centered care, particularly in progressive long-term conditions such as chronic obstructive pulmonary disease (COPD). Existing reviews identify important aspects of managing life with COPD with which patients may need support (support needs); however, none of these comprehensively outlines the full range of support needs that patients can experience. We therefore sought to systematically determine the full range of support needs for patients with COPD to inform development of an evidence-based tool to enable person-centered care.Entities:
Keywords: COPD; person-centered care; support needs
Mesh:
Year: 2018 PMID: 29628760 PMCID: PMC5877489 DOI: 10.2147/COPD.S155622
Source DB: PubMed Journal: Int J Chron Obstruct Pulmon Dis ISSN: 1176-9106
Inclusion criteria
| 1. Some or all of the participants are patients with COPD |
| 2. Adults (18 years +) |
| 3. Paper includes data identifying support needs in patients with COPD |
| 4. The support needs are identified by patients with COPD |
| 5. Peer reviewed journal |
| 6. Primary research paper |
| 7. English language |
Abbreviation: COPD, chronic obstructive pulmonary disease.
Medline (Ovid) search strategy
| 1. (COPD or chronic obstructive pulmonary disease).mp. |
| 2. exp Pulmonary Disease, Chronic Obstructive/ |
| 3. (need or needs).mp. [mp=title, abstract, original title, name of substance word, subject heading word, keyword heading word, protocol supplementary concept word, rare disease supplementary concept word, unique identifier, synonyms] (990320) |
| 4. 1 or 2 |
| 5. 3 and 4 |
|
Date limiters: 1996–2016 |
Abbreviation: COPD, chronic obstructive pulmonary disease.
Figure 1PRISMA flow diagram.
Abbreviation: PRISMA, Preferred Reporting Items for Systematic Reviews and Meta-Analyses.
Characteristics of included studies
| Reference (year), country | Recruitment setting | Sample size | Severity of COPD | Participant characteristics | Methods | Analysis |
|---|---|---|---|---|---|---|
| Booth et al (2003) | Respiratory clinical within a university teaching hospital | 10 | 3 or 4 on modified | Male =6 | Semistructured interviews | Qualitative: thematic |
| Cicutto et al (2004) | Community | 42 | Physician diagnosed COPD | Male =55% | Focus groups | Qualitative: constant comparative |
| Ek et al (2011) | Pulmonary specialist clinic | 4 | COPD as primary diagnosis | Male =1 | Longitudinal qualitative interviews | Qualitative: phenomenological hermeneutical |
| Ellison et al (2012) | Community-based COPD outpatient clinic | 14 | Spirometry confirmed diagnosis of COPD | Male =7 | In-depth semistructured interviews | Qualitative: constant comparative |
| Gore et al (2000) | Chest clinic | 50 | FEV1 <0.751 | Male =44% | Semistructured interviews | Qualitative: thematic |
| Gullick and Stainton (2006) | Three teaching hospitals | 15 | Severe emphysema | Male =9 | Semistructured interviews | Qualitative: hermeneutic phenomenology |
| Guthrie et al (2001) | Not reported (sample taken from patients participating in a larger study) | 37 (20 at second interview) | Severe COPD | Male =8 | Longitudinal semistructured interviews | Qualitative |
| Gruffydd-Jones et al (2007) | District general hospital | 25 | Postadmission with a diagnosis of an acute exacerbation of COPD | Male =11 | Standardized measures Hospital records Semistructured interviews Focus groups | Quantitative: descriptive statistics Qualitative: interpretive phenomenology |
| Gysels and Higginson (2009) | Hospital respiratory clinics, specialist respiratory nurses’ rounds and consultations, “Breathe Easy” service user meetings, and a GP practice disease register | 18 | Diagnosis of COPD | Male =7 | Participant observation In-depth interviews | Qualitative: grounded theory |
| Gysels and Higginson (2010) | Hospital respiratory clinics, specialist respiratory nurses’ rounds and consultations, Breathe Easy service user meetings, and a GP practice disease | 18 | Breathlessness as a problematic symptom of COPD | Male =7 | Participant observation In-depth interviews | Qualitative: narrative |
| Hayle et al (2013) | NHS Trust and independent hospice | 8 | Primary diagnosis of COPD | Male =5 | Semistructured interviews | Qualitative: hermeneutic phenomenology |
| Hasson et al (2008) | Hospital | 13 | FEV1 <30% or LTOT or noninvasive ventilation | Male =10 | Semistructured interviews | Qualitative |
| Jackson et al (2012) | Acute care nursing unit during admission | 4 | Diagnosis of COPD | Male =1 | Multiple case study methods | Qualitative: thematic |
| Jones et al (2004) | Primary care practices | 16 | Maximal therapy for COPD | Male =8 | Semistructured interviews | Qualitative: thematic |
| Lindgren et al (2014) | Three GP practices and an outpatient pulmonary rehabilitation clinic | 8 | Diagnosed with mild or moderate COPD | Male =3 | Semistructured interviews | Qualitative: phenomenological hermeneutic |
| Lowey et al (2013) | Two Medicare-certified home health agencies | 10 | Oxygen-dependent COPD | Not reported | Semistructured interviews | Qualitative: thematic |
| MacPherson et al (2013) | GP practice and hospital respiratory team | 10 | Severe COPD (Gold Standards Framework criteria) | Male =9 | Semistructured interviews | Qualitative: grounded theory |
| McDonald et al (2013) | Hospital-based respiratory ambulatory care clinics based | 7 | Confirmed diagnosis of COPD FEV1% predicted mean =44 | Male =3 | In-depth semistructured interviews | Qualitative: thematic |
| Nykvist et al (2014) | Primary care | 6 | Diagnosis of COPD | Female =6 | Narrative interviews | Qualitative: narrative |
| Odencrants et al (2005) | Five primary health care clinics | 13 | A diagnosis of COPD according to ICD-10 FEV1 <50% | Male =5 | Self-reported diary Semistructured interviews | Qualitative: content |
| Oliver (2001) | One GP practice and a district general hospital | 17 | Diagnosis of COPD FEV1 <50% of predicted value | Male =12 | Semistructured interviews | Qualitative: thematic |
| Partridge et al (2011) | Prerecruited panel who had agreed to take part in research opinion studies | 719 | MRC score >3 | Male (%) =30.5 | Quantitative questionnaire- based survey | Quantitative |
| Philip et al (2012) | Respiratory outpatient hospital in a tertiary hospital | 10 | COPD Recent admission for a life-threatening exacerbation | Male =6 | In-depth semistructured interviews | Qualitative: thematic |
| Rodgers et al (2007) | Pulmonary rehabilitation program within a community hospital | 23 | COPD patients who had attended pulmonary rehabilitation | Male =14 | Focus groups | Qualitative: template |
| Schroedl et al (2014) | Academic medical center | 20 | History of COPD Hospital admission following exacerbation | Male =9 | Semistructured interviews | Qualitative: thematic |
| Seamark et al (2004) | GP practice | 10 | Diagnosis of COPD FEV1 <40% predicted | Male =9 | Semistructured interviews | Qualitative: interpretive phenomenological |
| Skilbeck et al (1998) | Health district | 63 | Diagnosis of chronic bronchitis, emphysema, chronic asthma, pneumoconiosis, bronchiectasis, nonspecific COAD; admission in last 6 months with exacerbation for 7+ days | Male =33 | In-depth interviews Quality of life/resource use questionnaires | Qualitative: content Quantitative: descriptive statistics |
| White et al (2011) | GP practices | 163 | Diagnosis of COPD Two of the following: FEV1 <40%, hospital admission for COPD in last 12 months, long-term oxygen therapy, corpulmonale, use of oral steroids, housebound | Male =50% | Interview study | Quantitative: statistical analysis Qualitative: thematic |
| Wilson et al (2008) | Pulmonary outpatients | 12 | Diagnosis of COPD, chronic bronchitis or emphysema; hospital admission for exacerbation in last 12 months; continuous oxygen, and considered to be in last year of life | Not reported | Longitudinal semistructured interviews | Qualitative: constant comparison |
| Wortz et al (2012) | Subset of existing trial within university health science center | 47 | Physician diagnosis of COPD | Male =53% | In-depth interviews | Qualitative: thematic |
Abbreviations: COAD, chronic obstructive airways disease; COPD, chronic obstructive pulmonary disease; FEV1, forced expiratory volume in 1 second; GP, general practitioner; ICD-10, International Classification of Disease – version 10; LTOT, long-term oxygen therapy; MRC, Medical Research Council.
Domains of support need for people with COPD
| Support domains | Met needs: support needs that were met | Unmet needs: shortfalls in provision where patient needs were not met | Helpful input: supportive input perceived as helpful |
|---|---|---|---|
| Understanding COPD | Feeling you have an understanding of COPD | Inadequate understanding and provision of information about the nature of COPD | Respiratory nurses providing information about the nature of illness |
| Managing symptoms and medications | Developing an awareness of effectiveness of disease management strategies | Inadequate information about management of illness | Respiratory nurses providing information about breathing techniques and effective use of medication |
| Healthy lifestyle | Able to discuss or address smoking behaviors | Suggestions on how to change lifestyle | Provision of a safe environment in which to exercise provided via Pulmonary Rehabilitation classes |
| Managing feelings and worries | Ability to overcome feelings of low self-worth, sadness, and lack of confidence | Dealing with feelings of frustration and anxiety | HCPs providing opportunities to share feelings, be listened to, and feel understood |
| Living positively with COPD | Overcoming feelings that you are alone in having COPD | Feeling that you are the only person with COPD | Peer support provides opportunities for sharing and validating experiences with understanding others |
| Thinking about the future | Able to discuss and plan for the future: treatment, services, funeral arrangements, and financial and legal issues | Opportunity to address emotions in relation to the future | Positive impact of meeting others facing end of life |
| Anxiety and depression | Access to psychological support and specialist services (talking therapies) | ||
| Practical support | Able to live at home and maintain some independence | Someone to be the patients’ voice when energy is insufficient | Provision of personal care by family: medication, dressing, and food and drink preparation |
| Finance, work, and housing | Financial support facilitates ability to live in a better way | Lack of information and support to access financial benefits | Support from respiratory nurses to apply for benefits |
| Social and recreational life | Access to transport or assistive devices such as wheelchairs facilitates ability to participate in social activities | Lack of transportation to access social and recreational support | Pulmonary rehabilitation and hospice facilities provide opportunities to meet people and make friends |
| Navigating services | Difficulty accessing and obtaining services | Families and friends accompanying patients to appointment to assist with understanding, making appointments, anxiety, assimilating, and providing information | |
| Maintaining independence | Mobility and independence increased due to access to assistive devices, eg, wheelchairs | Lack of equipment to promote mobility, eg, wheelchairs/stairlifts | Social services provision of chairlifts |
| Families and close relationships | Access to information about COPD for carers | ||
Abbreviations: COPD, chronic obstructive pulmonary disease; GP, general practitioner; HCP, health care professional.