Citation | Objective | Design | Data Collection Tool | Population | Chronicity |
---|---|---|---|---|---|
Backus et al. (2013) [39] | To examine the types and amounts of services provided to study participants during the first year after SCI, including during inpatient rehabilitation and post-discharge and the degree to which these services are associated with functional outcomes, social integration, and quality of life 1Â year after SCI | Prospective, observational cohort, longitudinal, multi-centre | Phone interview | Spinal Cord Injury | Up to one year post injury |
Freburger et al. (2018) [25] | To determine whether receipt of therapy and number and timing of therapy visits decreased hospital readmission risk in stroke survivors discharged home | Retrospective, cohort analysis | Health Claims data | Stroke | 30Â days post-hospital discharge |
Freburger et al. (2018) [24] | To identify predictors of therapist use (any use, continuity of care, timing of care) in the acute care hospital and community (home or outpatient) for patients discharged home after stroke | Retrospective, cohort analysis | Health Claims data & hospital databases | Stroke | 30Â days post-hospital discharge |
Geddes et al. (2001) [40] | To describe and compare six community services providing coordinated, multidisciplinary rehabilitation to people with stroke | Prospective, descriptive study | Collected by a team based on a designed protocol | Stroke | From 1.7 to 25.3Â weeks post-stroke |
Gladman et al. (1991) [23] | To survey the routine provision of PT and OT in outpatient and day hospitals in Nottingham | Longitudinal study, cross-sectional survey, and observational study | Records from outpatient departments and day hospitals, survey of PTs and OTs, observer during Rx | Stroke | From 1 to 61Â days post-inpatient discharge |
Green et al. (1999) [2] | To a survey the demand for physiotherapy for longer-term stroke-related mobility problems within the context of an established and comprehensive, community physiotherapy service | Cross-sectional | Survey | Stroke |  > 1 year post-stroke with mobility problems |
Grimley et al. (2020) [41] | The aims of this study were to describe current patterns and dose of rehabilitation received in various service configurations and settings in Queensland, Australia, over the first six months after stroke and to examine whether setting of rehabilitation is asso- ciated with differences in functional improvement | Prospective, observational cohort, multi-site | Medical Records | Stroke | Until 6Â months post-stroke |
Hodgkinson et al. (2000) [38] | To document service utilization by people with traumatic brain injury at different times postinjury and to identify factors that predict service use | Cross-sectional | Questionnaire | Traumatic Brain Injury | 6Â months to 17Â years |
Homaifar et al. (2009) [22] | To describe healthcare utilization and cost for veterans with TBI 4 to 40 years postinjury, taking into account age, years since injury, and severity of TBI | Cross-sectional | Electronic patient records | Traumatic Brain Injury | 4 to 40 years (Years since injury: Total sample: 18.4 (15.0) ± 12.2; mild: 19.7 (17.0) ± 10.9; mod/severe: 18.0 (13.0) ± 12.7) |
Huang et al. (2009) [42] | To investigate the impact of both timing and dose of rehabilitation delivery on the functional recovery of stroke patients | Retrospective cohort | Medical chart review | Stroke | From 1 to 12Â months post-stroke |
Jackson et al. (2014) [26] | To determine the cost of different components of these services (rehab, social support, equipment provision) during the first and second six-month period following discharge | Prospective longitudinal cohort | Questions with follow-up phone interview | Long-term neurological condition (stroke, TBI, ABI, SCI most common) | At 6 and 12Â months post-discharge |
Jalayondeja et al. (2011) [43] | To evaluate a model for community participation by Thai stroke victims 6Â months post-stroke | Prospective longitudinal cohort | Prospective medical charting | Stroke | From 1 to 6Â months post-stroke |
Minet et al. (2020) [44] | To investigate the predictive value of disease-related factors, contextual factors, and functioning on the use of healthcare for 1Â year after stroke | Prospective | Electronic patient records, structured interviews, and assessments | Stroke | From 3 to 12Â months post-stroke |
Ngo et al (2009) [45] | To examine use of physical therapy (PT) and occupational therapy (OT) among Medicare beneficiaries nationwide before and after the 1997 Balanced Budget Act (BBA), which introduced prospective payment for rehabilitation services | Retrospective observational | Health claims data | Stroke | Not reported |
Pucciarelli et al. (2018) [46] | To describe the type and the amount of formal and informal care received by stroke survivors during the first year after home discharge and to identify the baseline predictors of the formal and informal care needs of stroke survivors | Prospective longitudinal observational | Questionnaire administered during interview | Stroke | From 3 to 12Â months post-hospital discharge |
Rhoda et al. (2009) [47] | To determine the Structure and Process of the rehabilitation of stroke patients at Community Health Centres (CHCs) in the Western Cape, South Africa | Cross-sectional | Patient registers and therapists’ records | Stroke | Up to 6 months post-stroke |
Thompson et al. (2019) [48] | To determine the current state of stroke rehabilitation practice within the Wellington Community Older Adults, Rehabilitation and Allied Health (WCORA) team | Prospective cohort | Therapist tracking data form | Stroke | The first 4Â weeks and first 3Â months post-hospital discharge |
Whiteneck et al. (2011) [49] | Examine amount and type of therapy services received in inpatient and post-discharge settings in the first year after spinal cord injury | Prospective observational longitudinal cohort | Patient interviews | Spinal Cord Injury | Up to one year post injury |