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. 2022 Mar 11;9(1):e33609. doi: 10.2196/33609

Table 2.

Study interventions and conditions.

Study Condition Intervention
Adamse et al [46] Chronic pain to include chronic low back pain, osteoarthritis of the knee or hip, and rheumatoid arthritis
  • Telemedicine: internet-based technology used to communicate with patients to provide remote rehabilitation

Adhikari et al [47] Prolapsed intervertebral disk, tennis elbow, rheumatoid arthritis, mechanical low back pain, traumatic ankle pain, and neck pain
  • Exercise pamphlets provided

  • Via calls (4 times in 4 weeks); physiotherapist aided in the rehabilitation

Azma et al [48] Knee osteoarthritis
  • Pamphlets provided (strengthening, endurance, flexibility, and ROMa exercises)

  • Continue exercises 3 times per week for 6 weeks

  • Patients remotely contacted weekly regarding exercise progression

Bini and Mahajan [49] Total knee replacement
  • CaptureProof app provided 23 exercise videos

  • Videos narrated by a therapist with on-screen instructions

  • Patient responds with a recording of their exercise completion

  • Therapist reviews and adjusts treatment as appropriate

Chen et al [50] Shoulder adhesive capsulitis
  • MSDb measures ROM

  • Patient app used by patient and physician app used by a health care professional

  • Effectiveness of rehab measured using patient and physician app

Correia et al [51] Total knee arthroplasty
  • Physiotherapist trained patient or caregiver in the use of the platform

  • Sessions performed 5 times per week for a minimum of 30 minutes

Dunphy et al [52] ACLc reconstruction
  • Interviews with physiotherapists and patients

Eriksson et al [53] Shoulder joint replacement
  • Patients supervised by a physiotherapist

  • Physiotherapist contacted patient via videoconferencing

Eriksson et al [54] Shoulder joint replacement
  • Patients supervised by a physiotherapist

  • Physiotherapist contacted patient via videoconferencing

Gialanella et al [55] Chronic neck pain
  • HBTd group comprising fortnightly calls

  • Unscheduled calls in the event of uncontrolled pain

  • Advice on exercise, disease status, pain, and disability provided

Irvine et al [56] Sedentary behavior in older adults
  • Active after 55 to 12 sessions, 10 to 15 minutes each

  • More challenging exercises progressively introduced

  • SMS text messages and video messages to assist with goal setting

Jay et al [57] Upper limb musculoskeletal pain
  • Video-based exercises showing correct performing of exercises

  • Audio instructions provided for each exercise

  • Web-based instructional material also made accessible

Lade et al [58] Musculoskeletal elbow disorders
  • Participants were interviewed and examined face to face and remotely via a telerehabilitation system

Lawford et al [59] Knee osteoarthritis
  • Participants received 5 to 10 telephone calls over 6 months

  • Initial calls lasted approximately 40 minutes, with follow-up calls lasting 20 minutes

  • Action plan involving home strengthening exercise program and physical activity plan were devised

  • Program and goals adjusted as necessary

Lovo et al [60] Chronic back disorder management
  • Urban PTe joined with NPf via telehealth to undergo a full neuromusculoskeletal lumbar spine assessment

  • Patients provided with a summary of findings and answers to questions

Mani et al [61] Musculoskeletal disorders assessments
  • Validity and inter- and intrarater reliabilities of telerehabilitation-based physiotherapy examined

  • Two independent reviewers used QARELg and QUADASh to assess the methodological quality

Mecklenburg et al [62] Chronic knee pain
  • Hinge health delivered remotely for 12 weeks

  • Information provided for exercise therapy, education, CBTi, weight loss, and psychosocial support

Meijer et al [63] Traumatic bone and soft tissue injuries
  • A total of 12 articles were included

  • No studies on wearable-controlled games or rehabilitation games included

  • All studies were low to moderate quality

Nelson et al [64] Total hip replacement
  • Remotely delivered telerehabilitation into the home

  • Technology-based HEPj provided using iPad app

Pastora-Bernal et al [65] Subacromial decompression
  • Customized exercises through a web application

  • Participants received 12-week (5 days per week) video exercises alongside a telerehabilitation patient manual

Peterson [66] Chronic low back pain
  • Participants tracked daily pain levels and HEP adherence using a mobile phone app for 12 months following discharge

Piqueras et al [67] Total knee arthroplasty
  • IVTk comprising 1-hour sessions for 10 days (5 performed under supervision and 5 performed at home)

Richardson et al [68] Musculoskeletal disorders of the knee
  • Patient interview and face-to-face and web-based assessment via telerehabilitation system

  • Telerehabilitation assessments involved facilitated self-palpation, self-applied modified orthopedic tests, and active movements and functional tasks

Rothgangel et al [69] ACL reconstruction
  • A total of 7 Dutch private practices participated in this study

  • Data collected regarding physiotherapists’ most used components, acceptability, and suggested improvements

Russell et al [70] Musculoskeletal ankle disorders
  • Patient interviews conducted face to face and on the web via telerehabilitation

  • Web-based assessment recorded via eHAB system to allow for interrater and intrarater reliability components to be performed

Shukla et al [71] Total knee arthroplasty
  • Six publications included

  • Patients experienced high levels of satisfaction with telerehabilitation alone

  • No changes to outcomes of active knee extension and flexion

Tousignant et al [72] Total knee arthroplasty
  • 16 telerehabilitation sessions over 2 months

  • Conducted via videoconferencing delivered to patients’ home

Wijnen et al [73] Total hip arthroplasty
  • 12-week home-based telerehabilitation program with instructions provided via a web-based app

  • Strengthening and walking exercises of the affected hip included

  • Remote coaching provided via weekly telephone calls

  • Recommendations were given regarding exercise progression

aROM: range of motion.

bMSD: motion sensor device.

cACL: anterior cruciate ligament.

dHBT: home-based telemedicine.

ePT: physical therapist.

fNP: nurse practitioner.

gQAREL: Quality Appraisal tool for studies of diagnostic reliability.

hQUADAS: Quality Assessment of Diagnostic Accuracy Studies.

iCBT: cognitive behavioral therapy.

jHEP: home exercise program.

kIVT: interactive virtual telerehabilitation.