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. 2021 Feb 24;2(1):64–77. doi: 10.1089/tmr.2020.0026

Table 2.

Summary of the Characteristics of Selected Studies

Author Title Title Journal Design Sample Population Intervention technology Follow-up
Hossain et al.6 A pilot randomized trial of community-based care following discharge from hospital with a recent spinal cord injury in Bangladesh May, 2016 Clinical Rehabilitation Randomized trial (pilot) N = 30 SCI “Care Pack” = Telephone contacts and home-visits 24 months
Houlihan et al.32 A pilot study of a telehealth intervention for persons with spinal cord dysfunction June, 2013 Spinal Cord RCT N = 142 SCI, MS “Care Call” = automated interactive voice response system 6 months
Migliorini et al.22 A randomized control trial of an internet-based cognitive behavior treatment for mood disorder in adults with chronic spinal cord injury December, 2015 Spinal Cord RCT (prospective parallel waitlist) N = 48 SCI Telephone-interview: ePACT 15 months
Arora et al.23 Cost-effectiveness analysis of telephone-based support for the management of pressure ulcers in people with spinal cord injury in India and Bangladesh August, 2017 Spinal Cord RCT N = 115 SCI Telephone-based support 12 weeks
Kowalczewski et al.24 In-home telerehabilitation improves tetraplegic hand function March, 2011 Neurorehabilitation and Neural Repair RCT (cross-over) N = 13 SCI Tele-supervised exercise therapy 9 months
Hearn and Finlay25 Internet-delivered mindfulness for people with depression and chronic pain following spinal cord injury: a randomized, controlled feasibility trial March, 2018 Spinal Cord Randomized trial (feasibility) N = 67 SCI Web-based online mindfulness training 8 weeks
Houlihan et al.26 Randomized trial of a peer-led, telephone-based empowerment intervention for persons with chronic spinal cord injury improves health self-management March, 2017 Archives of PM&R RCT N = 84 SCI Telephone-based, text and e-mail support by peer-health coaches 6 months
Kryger et al.11 The effect of the interactive mobile health and rehabilitation system on health and psychosocial outcomes in spinal cord injury: a RCT August, 2019 Journal of Medical Internet Research RCT N = 38 SCI Smart-device interactive mobile application modules and web-based portal monitoring 9 months
Coulter et al.27 The effectiveness and satisfaction of web-based physiotherapy in people with spinal cord injury: a pilot RCT 2017 Spinal Cord RCT (pilot) N = 24 SCI Web-based PT exercise program with telephone interview 8 weeks
Worobey et al.28 Investigating the efficacy of web-based transfer training on independent wheelchair transfers through RCTs 2018 Archives of PM&R RCT N = 71 SCI, MS, amputees, others Web-based training of wheelchair transfers 1–2 days postintervention
Rimmer et al.29 Telehealth weight management intervention for adults with physical disabilities a RCT December, 2013 American Journal of PM&R RCT N = 102 SCI, MS, CP, spina bifida, CVA, SLE Web-based remote coaching and telephone support 9 months
Dorstyn et al.30 Work and SCI: a pilot randomized controlled study of an online resource for job-seekers with spinal cord dysfunction September, 2018 Spinal Cord RCT (pilot) N = 48 SCI/D Web-based online informational intervention 4 weeks
Shen et al.31 Clinical treatment of orthostatic hypotension after spinal cord injury with standing training coupled with a remote monitoring system December, 2014 Medical Science Monitor RCT N = 36 SCI/D Remote monitoring of electric bed uprise training with wearable remote wireless multi-parameter dynamic monitoring system 30 days

CP, cerebral palsy; CVA, cerebrovascular accident; ePACT, electronic personal admin of cognitive therapy; MS, multiple sclerosis; PT, physical therapy; RCT, randomized controlled or clinical trial; SCI/D, spinal cord injury or dysfunction; SLE, systemic lupus erythematosus.