Skip to main content
. 2021 Jun 24;7(7):e07372. doi: 10.1016/j.heliyon.2021.e07372

Table 1.

Overview of studies included.

Study
1st author; year
Study purpose Sample
1) Families (n, respondents)
2) Children (n, age range, ID level, ID percentage)
3) Country
Method
1) Design
2) Measure
Family theory
1) Concept
2) Framework
Quality score
Quantitative, max 13
Qualitative, max 14
Ajuwon, 2012 To analyse FQoL of families that have a child with ID and the relationship between families' life experiences and government policy and provision of services. 1) 80; main caregivers (mothers 98%)
2) 80; m = 12,3/sd = 7.85; NR; 100%
3) Nigeria
1) Mixed method; cross-sectional
2) Survey; FQOLS-2006
1) FQoL
2) FQoL framework
11/13
Balcells-Balcells, 2018 To determine the impact of supports and partnership on FQoL 1) 202; mothers (79%), fathers (18%), siblings (1%)
2) 202; 0–6; NR; NR
3) Spain
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) Structural equation model
12/13
Bertelli, 2011 To study the correlation between QoL of adults with ID and relatives. 1) 27; mothers (56%), fathers (22%), siblings (22%)
2) 27; 27–50; NR; 100%
3) Italy
1) Mixed method; cross-sectional
2) Survey; FQoLS-2006
1) FQoL
2) QoL framework
12/13
Boehm et al., 2015 To examine QoL among families of transition-age adolescents with ID and/or autims. 1) 425; mothers (87%), fathers, (10%), grandparents (3%)
2) 425; 13–21; NR; 50%
3) USA
1) Quantitative; cross-sectional
3) Survey; BCFQOL
1) FQoL
2) FQoL framework
12/13
Boehm, 2019 To determine how parents of children with ID rate FQoL and what associations exist among FQOL and demographic factors, religiosity/spirituality, and relationships. 1) 529; mothers (87%), fathers (8%), siblings (2%), grandparents 2%)
2) 529; 0–74; NR; 100%
3) USA
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
10/13
Boelsma et al., 2018 To analyse factors that influence support from others and interaction with the community. 1) 25; parents (61%), siblings (26%), child with ID/DD (13%)
2) 7; 11–22; NR; 100%
3) Netherlands
1) Qualitative; cross-sectional
2) Interview
1) FQoL
2) FQoL framework
13/14
Brown et al., 2011 To investigate families' perceptions of family functioning during placement of their child with multiple diagnoses at residential facilities. 1) 25; parents
2) 23; 6–19; NR; 74%
3) UK
1) Qualitative; cross-sectional
2) Focusgroup, interview
1) FQoL
2) FQoL framework
9/14
Choi and Yoo, 2015 To identify resilience factors affecting adaptation of families with children with Down syndrome. 1) 125; mothers (94%), fathers 6%)
2) 126; 0–15, NR; 100%
3) Korea
1) Quantitative; cross-sectional
3) Survey; Family APGAR
1) Family adaptation
2) Patterson's conceptual framework of family resilience
9/13
Cohen et al., 2014 To examine the contribution to FQoL of family support beliefs, assistance from family members, and moderating effects of ethnicity and income. 1) 145; mothers (100%)
2) 145; 2–10; NR; 100%
3) USA
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL, Attitudinal familism
2) Attitudinal familism model
11/13
Davis and Gavida-Payne, 2009 To investigate the relationship between parental perceptions and experiences with family-centred support and FQOL. 1) 64; parents (mothers 95%)
2) 64; 3–5; NR; 6%
3) Australia
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) Family systems theory
11/13
Foley et al., 2013 To explore relationships between FQoL, day occupations and activities of daily living of persons with Down syndrome. 1) 150; families
2) 150; 16–30; NR; 100%
3) Australia
1) Mixed method; cross-sectional
2) Survey; BCFQOL
1) FQoL, Family functioning
2) NR
10/13
Gardiner et al., 2018 To identify functional predictors of perceived impact of childhood disability among families of children with disabilities. 1) 216; mothers (82%)
2) 216; 4–13; NR; NR
3) Canada
1) Quantitative; cross-sectional
2) Survey; FICD
1) Family impact
2) NR
11/13
Hsiao (2014) To examine family demands,social support and family functioning in families rearing children with Down syndrome. 1) 83; mothers (52%), fathers (48%)
2) 83; 4–17; NR; 100%
3) Taiwan
1) Quantitative; cross-sectional
2) Survey; FAD
1) Family functioning
2) NR
11/13
Hu et al., 2012 To explore the perceptions of QoL of families a child with ID. 1) 442; mothers (64%), fathers (31%), grandparents (3%)
2) 442; 0–18+; mild, moderate, severe; 100%
3) China
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
13/13
Ignjatovic et al., 2017 To examine the effects of newly introduced services on FQoL. 1) 153; mothers (68%), fathers (21%), grandparents (4%), foster family member (7%)
2) NR; 3–42; NR; 19%
3) Serbia
1) Quantitative; experimental longitudinal
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
12/13
Isa et al., 2013 To determine the level of family impact in terms of overall impact, parent health related QoL and family functioning on families of children with disabilities. 1) 425; parents (96%), grandparents (3%), siblings, (1%)
2) 425; 2–18; NR; 73%
3) Malaysia
1) Quantitative; cross-sectional
2) Survey; PedsQL FIM
1) Family functioning, Family impact
2) NR
11/13
Lamb et al., 2016 To investigate factors related to family functioning and adaptation in caregivers of individuals with Rett syndrome. 1) 396; mothers (91%), fathers (8%)
2) 397; 1–50; NR; 100%
3) USA
1) Quantitative; cross-sectional
2) Survey; FAM-III
1) Family functioning
2) Thompson's transactional stress and coping model
12/13
Leonard e al., 2016 To analyse family experiences during transition to adulthood for children with ID. 1) 340; parents
2) 340; 15–29; NR; 100%
3) Australia
1) Mixed method; cross-sectional
2) Survey; Questionnaire
1) Family well-being
2) NR
9/14
Luijkx et al., 2017 To explore parents' appraisals of the impact of raising a child with profound intellectual and multiple disabilities on family life. 1) 56; mothers (66%), fathers (34%)
2) 56; 1–34; severe, profound; 100%
3) Netherlands
1) Quantitative; cross-sectional
2) Survey; FICD
1) Family impact
2) Family systems theory
11/13
Magill-Evans et al., 2001 To determine life experiences of families with and without a child having cerebral palsy during adolescence. 1) 162; mothers (39%), fathers (30%), siblings (31%)
2) 165; 13–15/19-23; NR; 25%
3) Canada
1) Quantitative; cross-sectional with control group
2) Survey; FAD
1) Family functioning
2) Ecological framework
12/13
Marchal et al., 2016 To determine if FQoL and family functioning of parents of children with Down syndrome differ from reference parents. 1) NR; mothers (65%), fathers (35%)
2) 88; 11–13; NR; NR
3) Netherlands
1) Mixed method; cross-sectional
2) Survey; Dutch Family Questionnaire
1) Family Functioning
2) NR
11/13
Mazaheri et al., 2013 To examine the effects of caring for a child with Prader–Willi syndrome on the mother and siblings. 1) 12: mothers (48%), siblings (52%)
2) 12; 1–27: NR; NR
3) USA
1) Mixed method; cross-sectional
2) Survey; PedsQL FIM
1) Family Functioning, Family Impact
2) NR
9/13
McConnell et al., 2014 To investigate resilience in families raising children with disabilities and behavior problems. 1) 538; mothers (88%), fathers (12%)
2) 538; 4–18; NR; 26%
3) Canada
1) Quantitative; cross-sectional
2) Survey; FAD
1) Family Functioning, Family Resilience, Family Adaptation, Family life congruence
2) Ecocultural theory
12/13
Mori et al., 2017 To investigate parental wellbeing and FQOl of families with the CDKL5 disorder. 1) 192; mothers (88%), fathers (11%)
2) 192; 0-34y; NR, 100%
3) Australia
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
10/13
Neikrug et al., 2011 To analyse the QoL of families raising a child with a disability. 1) 103; mothers (81%), fathers (4%)
2) 103; 1–31; NR; 9%
3) Israël
1) Mixed method; cross-sectional
2) Survey; FQOLS-2006
1) FQoL
2) FQOL framework
11/13
Povee et al., 2012 To explore factors that predict functioning in families with a child with Down syndrome. 1) 224; primary carers
2) 224; 4–25; NR; 100%
3) Australia
1) Mixed method; cross-sectional
2) Survey; FAD
1) Family Functioning
2) NR
12/13
Raspa et al., 2014 To examine adaptation across 7 dimensions of family life of families with a child with Fragile X syndrome. 1) 1099; mothers (89%)
2) 1394; 1–65; NR; NR
3) USA
1) Quantitative; cross-sectional
2) Survey
1) Family Adaptation, Family Empowerment, Family Life, FQoL
2) Conceptual model of family adaptation
11/13
Reilly et al., 2015 To analyse parent experiences and factors associated in four of the most common neurogenetic syndromes. 2) 381; mothers (89%)
1) 381; 4-19y; NR; NR
3) Ireland
1) Quantitative; cross-sectional
2) Survey
1) Family Functioning, Family Impact
2) NR
7/13
Rieger and McGrail, 2013 To investigate whether coping humor predicts of family functioning in parents of a child with disabilities. 1) 72: mother (82%), fathers (18%)
2) 72; 3–21; NR; NR
3) USA
1) Quantitative; cross-sectional
2) Survey; FACES IV
1) Family Functioning
2) Circumplex model
12/13
Rillotta et al., 2012 To investigate the FQOL of families having a member with intellectual/developmental disabilities. 1) 42; mothers (88%), fathers (2%); grantparent (2%), sibling (2%)
2) 42; 2–46; NR; NR
3) Australia
1) Mixed method; cross-sectional
2) Survey; FQOLS-2006
1) FQoL
2) NR
11/13
Rodrigues et al., 2018 To examine the impact
of severe or profound ID on the FQoL of Brazilian families.
1) 15; mothers (100%)
2) 15; 5–24; severe, profound; 100%
3) Brazil
1) Qualitative; cross-sectional
2) Interview
1) FQoL
2) Family system theory
12/14
Scherz et al., 2016 To describe FQoL of families with a child with a severe disability. 1) 70; parents/legal guardians
2) 70; 0–18; mild, moderate, severe; 21%
3) Israël
1) Quantitative; cross-sectional
2) Survey; FQOLS-2006
1) FQoL
2) FQoL framework
11/13
Schippers and Van Boheemen, 2009 To explore and describe positive
practices by partners in supporting young adults with ID.
1) 9; families
2) 9; 18–23; mild, moderate; 100%
3) Netherlands
1) Qualitative; longitudinal
2) Survey; Questionnaire, interview
1) FQoL
2) FQoL framework
5/14
Steel et al., 2011 To provide an in-depth analysis of the social and professional domains of FQol from the perspective of parents. 1) 25; mothers (96%), fathers (4%)
2) 27; 3–28; NR; 96%
3) Belgium
1) Mixed method; cross-sectional
2) Survey; FQOLS-2006, interview
1) FQoL
2) FQOL framework
10/13
Trute and Hiebert-Murthpy, 2002 To develop an instrument to assess the impact of a child with developmental disabilities on parents and family 1) 88; parents
2) 88; 5–12; NR; 29%
3) Canada
1) Quantitative; longitudinal
2) Survey; FICD
1) Family Functioning, Family Impact
2) Theory of primary appraisal
11/13
Vanderkerken et al., 2019 To investigate the relation between a family-centered approach
and FQOL in families with a child with ID receiving home-based support.
1) 58; mothers (61%), fathers (39%)
2) 58; 1–19; mild, moderate, severe; 100%
3) Belgium
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
13/13
Vitale, 2015 To identify functioning of families with a child with Prader–Willi syndrome. 1) 20; mothers (75%), fathers (25%)
2) 20; 2–17; NR; 100%
3) USA
1) Qualitative; cross-sectional
2) Interviews
1) Family Functioning
2) NR
11/14
Wakimizu et al., 2011 To evaluate empowerment and related factors in families raising a child with developmental disabilities. 1) 225; mothers (97%)
2) 225; 5–18; NR; 6%
3) Japan
1) Quantitative; cross-sectional
2) Survey; FES
1) Family Empowerment
2) NR
12/13
Wang et al., 2004 To explore associations between family income and severity of disability and parents'satisfaction with FQOL 1) 280; parents (95%),
2) 280; 0–8; NR; 6%
3) USA
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
12/13
Wang et al., 2006 To test whether mothers and fathers similarly view FQOL embodied in one measure. 1) 107; parents (98%)
2) 107; 0–5; NR, 32%
3) USA
1) Quantitative; cross-sectional
2) Survey; BCFQOL
1) FQoL
2) FQoL framework
11/13

Note. n = total number; NR = not registrated; FQoL = family quality of life; QoL = quality of life; ID = intellectual disability.