Author | Year | Country and setting | Design | Sample size | Research approach | Intervention |
Allen et al32 | 2017 | USA—surgical ICU | Non-randomised, before and after study | Patients: n=847 Family members: n=429 | Quantitative | Engaging family members on rounds |
Almoosa et al22 | 2009 | USA—medical ICU | Prospective, two-centre observational study | Patients: n=85 Family members: n=85 | Quantitative | Cariopulmonary Resuscitation (CPR) discussions |
Choi and Bosch16 | 2013 | USA—neuro ICU and trauma ICU | Comparative observational study | Patients: n=81 Family members: n=81 | Quantitative | Patient and family-centred unit design |
Cray28 | 1989 | USA—medical ICU | Post hoc evaluation study | Patients: n=76 Family members: n=76 | Quantitative | Family intervention programme |
Dalal et al18 | 2015 | USA—medical ICU (oncology unit) | Post hoc evaluation study | Patients: n=26 Family members: n=77 | Quantitative | Patient-centred toolkit |
Davidson et al29 | 2010 | USA—mixed ICU | Feasibility study | Patients: n=30 Family members: n=22 | Quantitative | Family support programme, based on facilitated sensemaking |
Dykes et al19 | 2017 | USA—medical ICU | Non-randomised, before and after study | Patients: n=58 Family members: n=156 | Quantitative | Patient engagement communication and technology (PROSPECT) |
Ernecoff et al20 | 2016 | USA—medical ICU | Qualitative interview study | Family members: n=30 Staff members: n=28 | Qualitative | Tablet-based support tool |
Garrouste-Orgeas et al23 | 2016 | France—surgical ICU | Randomised-controlled trial with nested qualitative study | Patients: n=100 Family members: n=88 | Mixed-methods | Proactive participation of a nurse in family conferences |
Hollman Frisman et al24 | 2018 | Sweden—ICU | Qualitative interview study | Patients: n=8 Family members: n=10 | Qualitative | Health-promoting conversations |
Huang et al25 | 2018 | USA—neuroscience ICU | Prospective, single-centred observational study | Family members: n=263 | Quantitative | Primary care physician involvement in decision-making in the ICU |
Huffines et al21 | 2013 | USA—surgical ICU | Non-randomised, before and after study | Family members: n=48 | Quantitative | Family supportive care algorithm |
Marshall et al30 | 2016 | Australia—general ICU | Feasibility study | Family members: n=51 | Qualitative | Multifaceted family-centred nutrition intervention |
Jacobowski et al33 | 2010 | USA—medical ICU | Non-randomised, before and after study | Family members: n=111 | Quantitative | Family rounds |
Prichard and Newcomb35 | 2015 | USA—trauma ICU | Quasi-experimental pilot study | Family members: n=30 | Quantitative | Hand massage |
Randall-Curtis et al26 | 2016 | USA—general ICU | Randomised-controlled trial | Patients: n=168 Family members: n=268 | Quantitative | Communication facilitator |
Rippin et al17 | 2015 | USA—neuroscience ICU | Comparative observational study | Family members: n=54 Staff members: n=18 | Qualitative | Family-centred unit design |
Shaw et al27 | 2014 | USA—general ICU | Non-randomised, before and after study | Patients: n=121 Family members: n=121 | Quantitative | Multidisciplinary team training to enhance family communication in the ICU |
Weber et al34 | 2018 | USA—neuroscience ICU | Non-randomised, before and after implementation study | Family members: n=141 | Quantitative | Family rounds |
White et al31 | 2018 | USA—two neuro ICU, two mixed ICU, one medical ICU | Multicentre, stepped-wedge, cluster-randomised | Patients: n=1420 Family members: n=1106 | Quantitative | Multicomponent family-support intervention |
CPR, Cardiopulmonary resuscitation; ICU, intensive care unit; PROSPECT, Promoting Respect and Ongoing Safety through Patient Engagement Communication and Technology .