| Literature DB >> 30286161 |
Olivia Magwood1, Victoire Kpadé1, Ruh Afza1, Chinedu Oraka2, Jennifer McWhirter3, Sandy Oliver4,5, Kevin Pottie1,6.
Abstract
Mothers, caregivers, and healthcare providers in 163 countries have used paper and electronic home-based records (HBRs) to facilitate primary care visit. These standardized records have the potential to empower women, improve the quality of care for mothers and children and reduce health inequities. This review examines experiences of women, caregivers and providers with home-based records for maternal and child health and seeks to explore the feasibility, acceptability, affordability and equity of these interventions. We systematically searched MEDLINE, MEDLINE In-Process, MEDLINE Ahead of Print, Embase, CINAHL, ERIC, and PsycINFO for articles that were published between January 1992 and December 2017. We used the CASP checklist to assess study quality, a framework analysis to support synthesis, and GRADE-CERQual to assess the confidence in the key findings. Of 7,904 citations, 19 studies met our inclusion criteria. In these studies, mothers, caregivers and children shared HBR experiences in relation to maternal and child health which facilitated the monitoring of immunisations and child growth and development. Participants' reports of HBRs acting as a point of commonality between patient and provider offer an explanation for their perceptions of improved communication and patient-centered care, and enhanced engagement and empowerment during pregnancy and childcare. Healthcare providers and nurses reported that the home-based record increased their feeling of connection with their patients. Although there were concerns around electronic records and confidentiality, there were no specific concerns reported for paper records. Mothers and other caregivers see home based records as having a pivotal role in facilitating primary care visits and enhancing healthcare for their families. The records' potential could be limited by users concerns over confidentiality of electronic home-based records, or shortcomings in their design. Health systems should seize the opportunity HBRs provide in empowering women, especially in the contexts of lower literacy levels and weak health care delivery systems.Entities:
Mesh:
Year: 2018 PMID: 30286161 PMCID: PMC6171900 DOI: 10.1371/journal.pone.0204966
Source DB: PubMed Journal: PLoS One ISSN: 1932-6203 Impact factor: 3.240
Description of social ecological model framework levels.
| Framework level | Description | Examples |
|---|---|---|
| Individual Characteristics of an individual that influence behaviour change, including knowledge, attitudes, behaviour, self- efficacy, developmental history, gender, age, religious identity, racial/ethnic/caste identity, sexual orientation, socio-economic status, financial resources, values, goals, expectations, literacy, stigma, and others. | Age and education, knowledge and need of maternal health care, mistrust, low decision- making autonomy, financial burden, risk perception | |
| Formal (and informal) social networks and social support systems that can influence individual behaviours, including family, friends, peers, co-workers, religious networks, customs or traditions. | Family tradition, husbands knowledge and perceptions, influence of mothers-in-law or other relatives | |
| Relationships among organizations, institutions, and informational networks within defined boundaries, including the built environment (e.g. parks), village associations, community leaders, business and transportation. | Influence of Community health workers, poverty, religious belief, traditional practices (ex: delivery and breastfeeding practices), influence of neighbours, gender norms, health beliefs Organizational and health system | |
| Organizations or social institutions with rules and regulations for operations that affect how, or how well, MNCH services are provided to an individual or group. | Availability of services, behaviour/quality of healthcare providers, accessibility (distance, cost). |
CERQual assessment component.
| Component | Definition |
|---|---|
| Methodological limitations | The extent to which problems were identified in the way in which the primary studies which contributed to the evidence for a review finding were conducted |
| Relevance | The extent to which the primary studies supporting a review finding are applicable to the context specified in the review question |
| Coherence | The extent to which the pattern that constitutes a review finding is based on data that is similar across multiple individual studies and/or incorporates (compelling) explanations for any variations across individual studies |
| Adequacy of data | An overall determination of the degree of richness and/or scope of the evidence and quantity of data supporting a review finding |
Definitions of levels of confidence in the CERQual approach.
| Level | Definition |
|---|---|
| High confidence | It is highly likely that the review finding is a reasonable representation of the phenomenon of interest |
| Moderate confidence | It is likely that the review finding is a reasonable representation of the phenomenon of interest |
| Low confidence | It is possible that the review finding is a reasonable representation of the phenomenon of interest |
| Very low | It is not clear whether the review finding is a reasonable representation of the phenomenon of interest |
Fig 1PRISMA flow diagram.
Characteristics of included studies.
| Reference | Country | Study Design | Population | Intervention | Focus of the Study | CASP Quality Assessment |
|---|---|---|---|---|---|---|
| Byczkowski, 2014 | USA | Mixed methods: Cross-sectional telephone survey with semi-structured interviews | N = 530 parents and caregivers; 215 intervention users, 315 non-users for telephone survey, and 126 of the 215 portal users for the survey | A secure web-based portal through which parents can access laboratory results, medication information, and their child’s visit history | Measures and understands parent concerns and perceptions of the usability and value of using a web-based portal to access their child's health record | 8/10 |
| Clendon, 2010 | New Zealand | Oral History | N = 35 participants using the intervention | Child health and development record books | Examines the role and impact of the child health and development record book in New Zealand society and its inceptions | 10/10 |
| Grippo, 2008 | Brazil | Descriptive study | N = 89 family caregivers responsible for 0–59 month-old children | Booklet that presents topics related to children's development, including pregnancy and raising children healthy | Evaluates the effectiveness, identifies people's acceptance, characterizes family comprehension, and analyses relatives’ perceptions of child development and pregnancy booklet | 7/10 |
| Hagiwara, 2013 | Palestine | Mixed methods: Cross sectional study with focus-group discussions | N = 67 participants: 42 women and 25 health professionals from the intervention areas | MCH handbook that monitors health of women, surveys use of health services, promotes health education, provides info when mother or child is referred | Evaluates the impact, satisfaction, and constraints of using the maternal child health handbook | 8/10 |
| Hamilton, 2012 | Australia | Mixed methods: Online survey with open-ended questions and semi-structured interview | N = 120 mothers did an online questionnaire; | Child Personal Health Record | Evaluates the effects of parent use of child personal health records on the parents’ experience, knowledge, engagement with child care | 9/10 |
| Harrison, 1998 | South Africa | Descriptive prospective study | N = 185 interviews of 35 health personnel and 150 mothers/caregivers | Revised version of the Road-to-Health card. It now contains a weight-for-age-chart, immunisation schedules and other health related data | Describes the opinions of health personnel and parents on the accuracy and completeness of data recorded on the Road-to-Health card, and the information they would like recorded | 8/10 |
| Hill, 2003 | Scotland | Mixed methods. | N = 871 participants: 12 health professionals, 749 children, 100 parents and 10 teachers | Child Health record | Determines the views of children, parents, teachers and health professionals | 8/10 |
| Hully, 1993 | England | Semi-structured questionnaire | N = 18 parents of children from the paediatric oncology unit | Parent-held records for children | Explores the efficiency of the patient held record | 9/10 |
| Hunter, 2008 | Scotland | Semi-structured face-to-face interviews | N = 12 Residential Care Workers | The BAAF common documentation form | Explores why the the shared documentation was not used routinely and the perceptions of residential care workers in their role of health improvement | 10/10 |
| Kelly, 2016 | USA | Cross-sectional study | N = 90 parents | Online portal for parents of children | Assesses parent use and perceptions of an inpatient portal application that provides information about a child’s hospital stay | 9/10 |
| King, 2017 | Canada | Prospective, mixed-methods study | N = 23 participants: 18 caregivers, 5 service providers | Connect2care online health portal. | Examines the use, utility, and impact of the connect2care portal | 9/10 |
| Kitayama, 2014 | USA | Focus groups | N = 29 parents. | Online immunization record for pediatric patients | Examines desired characteristics of an online immunization record for parents | 9/10 |
| Lee, 2016 | USA | A qualitative evaluation | N = 40 families: 20 in each phase | The pediatric patient passport program | Evaluates the impact of a patient–provider communication program, The Patient Passport Program, to improve the health care experience and satisfaction of culturally diverse families of hospitalized children | 8/10 |
| O’Connor, 2016 | England | Exploratory case study | N = 33 participants: 12 parents and 10 health visitors | Personal child health record | Illuminate the factors that hindered Health Visitors in engaging parents to use the eRedBook in order to improve how the personal child health record is implemented | 7/10 |
| Phipps, 2001 | Australia | Interviews | N = 21 in their 2nd or 3rd trimester who attended an antenatal clinic at least twice | Women held antenatal card, | Explores whether women perceived carrying their own medical records would beneficial | 10/10 |
| Quinlivan, 2014 | Australia | Mixed methods | N = 474 obstetric patients | Women’s Personally Controlled Electronic Health Record | To survey antenatal patients to determine their preferred medical record system | 8/10 |
| Sharp, 2014 | USA | Descriptive study | N = 4 childhood cancer survivors, 11 caregivers of younger cancer survivors, and 5 survivor–caregivers | Pediatric Electronic Personal Health Record | Explores the knowledge, interest, and attitudes of a sample of survivors and some of their caregivers towards electronic personal health records | 10/10 |
| Whitford, 2014 | Scotland | An exploratory, qualitative, longitudinal study | N = 95 participants: 42 women participated in antenatal interviews completed postnatal interviews and 24 health professionals | Scottish Woman-Held Maternity Record | To investigate women's and staff's experiences with a standard birth plan, integral to a maternity record and to investigate how opportunities for women to co-construct maternity records could contribute to the provision of women-centered care | 8/10 |
| Yanagisawa, 2015 | Cambodia | Mixed-methods: Pre and post intervention surveys | N = 38 participants: 20 multiparous women, 8 midwives & nurse, 10 VHV & TBAs | MCH Handbook | Assesses the cultural appropriateness of the MCH handbook and explored the potential obstacles and effects associated with its implementation | 9/10 |
Framework analysis.
| Main Theme (finding) | Studies Cited | Intervention-Specific Supporting Evidence | Illustrative Quotes | |
|---|---|---|---|---|
| Home-based records improve the knowledge of mothers and help them share in pregnancy decision making, and improve caregiver’s knowledge about their child’s health status. | 7 | Maternal Health Record | Maternal Health Record | |
| The use of home-based records for maternal and child health decrease fear among users and improve confidence and feelings of empowerment during patient-provider interactions. | 8 | Maternal Health Record | Maternal Health Record: | |
| 4 | Maternal Health Record | Maternal Health Record | ||
| The use of home-based records for maternal health increased husbands involvement with pregnancies and helped deal with misconceptions about pregnancy that other family members believed. | 3 | Maternal Health Record | Maternal and Child Health Record: | |
| The use of home-based records for child health improved family engagement with child care. | 3 | Child Health Record | Child Health Record | |
| The use of home-based records for maternal and child health facilitated communication between mothers/caregivers and healthcare professionals and improved person-centered care. | 12 | Maternal Health Record | Maternal Health Record: | |
| Home-based records acted as a point of commonality between caregivers/mothers and nurses, and allowed nurses to provide more comprehensive/tailored health education. | 6 | Maternal Health Record | Maternal Health Record | |
| The use of home-based records for maternal and child health facilitated continuity of care. | 3 | Child Health Record | Maternal Health Record | |
| Healthcare providers value the educational and logistical aspect of home-based records. | 5 | Maternal Health Record | Child Health Record | |
| A study in a low income setting reports that women value the ease, speed and convenience of online home-based records. | 3 | Online immunization record | Online immunization record |
CERQual summary of findings.
| Review Finding | CERQual Assessment of Confidence in the Evidence | Explanation of CERQual Assessment | Studies Contributing to the Review Finding |
|---|---|---|---|
| Low confidence | Knowledge consistently reported benefit for records even across a range of record styles. The major concern came with variance in record design (relevance), and the adequacy of the data, in that many studies did not show rich data, saturation or member checking. | Phipps 2001, Yanagisawa 2015, Byczkowski 2014, Kelly 2017, Lee 2016, Kitayama 2014, Whitford 2014 | |
| Low confidence | The major concerns were with the relevance of the finding and its adequacy because of the limited number of participants in studies. | Byczkowski 2014, Clendon 2010, Grippo 2008, Hagiwara, 2013, Hamilton 2012, Hunter 2008, Hully 1993, Lee 2016, King 2017, Phipps 2001, Quinlivan 2014, Sharp 2014, Whitford 2014 | |
| Low confidence | Across a variety of record types, increase in confidence and decrease in fear were consistently reported. The major concerns revolved around the setting limitation and the overall richness of data. | Clendon 2010, Grippo 2008, Quinlivan 2014, Whitford 2014, Hamilton 2012, Hully 1993, Lee 2016, Sharp 2014 | |
| Low confidence | Fear of privacy reported inconsistently in 1 study. Relevancy of settings is a concern as no studies performed in LMIC | Byczkowski 2014, Kitayama 2014, O’Connor 2016, Quinlivan 2014, Sharp 2014 | |
| Low confidence | The major concerns revolved around the relevance of the finding to the research questions, the limited number of studies, and overall richness of data. | Hagiwara 2013, Phipps 2001, Yanagisawa 2015 | |
| Low confidence | Moderate concerns about relevance to the research question, major concern about relevance as low-middle income countries not represented | Clendon 2010, Grippo 2008, King 2017 | |
| Low confidence | The major concerns revolved around the relevance of the finding to the research question and limited number of studies. | Hagiwara 2013, Lee 2016, Yanagisawa 2015, Clendon 2010, Hamilton 2012 | |
| Very low confidence | The major concerns revolved around the relevance of the research questions to the finding, setting limitation, limited number of studies and limited number of participants. | Hamilton 2012, Hully 1993, King 2017, Quinlivan 2014 | |
| Low confidence | Knowledge did not consistently report about providers valuing the records. Other concern came with the adequacy of the data, in that most studies did not show rich data, saturation or member checking. | Hagiwara 2013, Phipps 2001, Lee 2016, King 2017, Harrison 1998, Grippo 2008 | |
| Low confidence | Knowledge consistently reported patient and provider values but for different record types. Concern came with the relevance of the finding to the research question, the coherence and the adequacy of the data, in that most studies did not show rich data, saturation or member checking. | Yanagisawa 2015, Kitayama 2014, Harrison 1998 |