Table 2.
Author/ year | Type of study | Telemedicine setting | Number of patients | Patient population | Themes assessed | Findings |
---|---|---|---|---|---|---|
Kane et al., 202014 | RCT | Home telemedicine vs. F2F | 58 | Post-operative arthroscopic rotator cuff repair patients | Patient safety & outcomes | No significant difference in post-operative pain scores (p = 0.95) or ROM (p≥0.37). No significant difference in post-operative complications. |
Clinician & patient satisfaction | No significant difference in patient satisfaction scores (p = 0.30). Significantly less time spent with telemedicine appointments (21.4 vs. 37.8 minutes). Telemedicine patients reported less time off work, less time waiting and preferred further follow-up using telemedicine. No significant difference in clinician satisfaction with entire telemedicine consult (p = 0.71). | |||||
Sultan et al., 202026 | Cross-sectional | Home telemedicine | 189 | Paediatric spinal deformity vs. general paediatric patients | Patient satisfaction | Patients reported high satisfaction scores in both paediatric spinal deformity and general paediatric patients (5.0 ±0 vs. 4.8±0.1 points, p = 0.08). Patients had significantly shorter waiting times with telemedicine compared with F2F (13 vs. 41mins, p<0.001). |
Silva et al., 201915 | RCT | Home telemedicine (at 4-week follow-up) vs. F2F (all follow-ups) | 57 | Paediatric humerus supracondylar fractures | Patient satisfaction | No significant difference in patient satisfaction scores (p = 0.12). |
Patient safety & outcomes | No evidence of fracture displacement in either group or significant difference in Baumann’s angle (p = 0.09), ROM (p = 0.5), carrying angle (p = 0.11) or pain scores at 8-week follow-up (p = 0.1). | |||||
Buvik et al., 201916 | RCT | Remote hospital joint telemedicine (nurse assisted) vs. F2F | 389 | General orthopaedic pathology | Patient satisfaction | No significant difference in patient satisfaction between two groups (p = 0.57). Those preferring telemedicine preferred the shorter travel time. Those preferring face to face wanted to see their specialist in person. Telemedicine patients had significantly shorter appointment waiting times. |
Patient safety & outcomes | No significant difference in EQ-5D (p = 0.42) and EQ-VAS (p = 0.053) scores at 12-month follow-up. | |||||
Goldstein et al., 201927 | Cross-sectional | Smart phone telemedicine at hospital site (researcher assisted) vs. F2F | 47 | Adult shoulder pathology | Accuracy & validity of clinical examination | No clinically significant difference in mean measurement of Constant Shoulder scores (0.53, 95%CI –2.6 to 1.6) between two methods. Telemedicine can obtain reliable estimate of shoulder function. |
Sinha et al., 201923 | Cohort | Remote hospital joint telemedicine (PA assisted) vs. F2F | 167 | Paediatric fractures | Patient satisfaction | No significant difference in patient satisfaction between telemedicine and F2F (p = 0.07). More patients preferred to continue with telemedicine following an initial telemedicine consultation. |
Cost effectiveness | Statistically significant less direct and indirect costs reported by patients using telemedicine (p≤ 0.03). | |||||
Aponte-Tinao et al., 201928 | Cross-sectional | Home telemedicine vs. F2F | 207 | New orthopaedic oncology referrals | Cost effectiveness | Telemedicine would reduce healthcare costs by 12.2%. For 36 patients who had to travel more than 400 km costs reduced by 72%. |
Buvik et al., 201917 | RCT | Remote hospital joint telemedicine (nurse assisted) vs. F2F | 389 | General orthopaedic pathology | Cost effectiveness | €18,616 saved using telemedicine with a workload of 300 consultations per year. Minimum 151 and 183 telemedicine consultations required per year to be cost effective from societal and health care perspectives, respectively. |
Abel et al., 201729 | Cross-sectional | Home telemedicine vs. F2F | 34 | 10–20yr olds post-knee arthroscopic surgery | Accuracy & validity of clinical examination | No clinically significant difference in assessment of ROM (p = 0.07), effusion, incision colour between two methods. |
Patient satisfaction | 96% of patients were satisfied with telemedicine. Two-thirds of telemedicine patients wanted future telemedicine consultations. | |||||
Buvik et al., 201618 | RCT | Remote hospital joint telemedicine (nurse assisted) vs. F2F | 389 | General orthopaedic pathology | Clinician satisfaction | 98 % of consultations with telemedicine and 99% F2F were rated as ‘good’ or ‘very good’.Three patients needed consultation F2F as physician was not satisfied with examination. No significant difference in mean consultation time (p = 0.6). |
Patient safety & outcomes | No significant difference in planned clinic outcomes; referral to surgery (p = 0.07), number of follow-ups (p = 0.06). No difference in serious events between two groups at 12-month follow-up (p = 0.26). | |||||
Sathiyakumar et al., 201519 | RCT | Home telemedicine using Skype vs. F2F | 17 | Adult fracture follow-up | Patient satisfaction | No significant difference in patient satisfaction (p = 0.7). 75% of telemedicine patients preferred to continue with telemedicine follow-up. |
Patient safety & outcomes | One patient in each group had a complication. Pyelonephritis in the control group and a DVT in the telemedicine group. | |||||
Sharareh and Schwarzkopf, 201424 | Cohort study | Home telemedicine using Skype vs. F2F | 78 | Post-operative hip and knee arthroplasty patients | Patient safety & outcomes | One patient in the telemedicine group suffered a femoral head dislocation during follow-up. No significant difference in HOOS (p = 0.21), KOOS (p = 0.37), EQ-5D (p = 0.41), SF-12 (p≥0.29) and UCLA activity score (p = 0.25) between two groups. |
Patient satisfaction | Higher average satisfaction rating with telemedicine (9.88 out of 10) compared with F2F consultations (average rating of 8.1 out of 10). | |||||
Good et al., 201130 | Cross-sectional | Home telemedicine using Skype vs. F2F | 29 | Post-acromio-clavicular joint hook plate surgery for fractures | Accuracy & validity of clinical examination | No significant difference in measurement of Oxford Shoulder Score (–0.48, 95% CI –0.84 to –0.12) and Constant Shoulder scores (–0.68, 95% CI –1.08 to –0.29) between the two methods. |
Williams et al., 200833 | Case series | Telephone consultation | 630 | Post-operative carpal tunnel decompression | Patient satisfaction | 93% of patients were satisfied with telephone follow-up. Patients commented on convenience and less time off work with telemedicine. |
Cost effectiveness | Cost saving of £45,958 over 2 years using telemedicine. | |||||
Vuolio et al., 200320 | RCT | Remote primary care joint telemedicine (nurse and GP assisted) vs. F2F | 145 | General orthopaedic pathology including trauma | Patient safety & outcomes | No significant difference in planned clinic outcomes between two groups (referral for surgery, follow-up). |
Ohinmaa et al., 200221 | RCT | Remote primary care joint telemedicine (GP assisted) vs. F2F | 145 | General orthopaedic pathology | Cost effectiveness | Telemedicine cost effective, saved €2620 at a workload of 100 patients. Minimum 80 patients needed for societal cost saving. |
Harno et al, 2001 [25] | Cohort | Remote primary care joint telemedicine (GP assisted) vs. F2F | 194 | General orthopaedic pathology | Clinician satisfaction | Feasibility of telemedicine as rated by clinicians was ‘excellent’ or ‘good’ in 49% of consultations. Confidence of specialists in telemedicine replacing F2F was low in 89% of specialists. |
Cost effectiveness | 45% greater cost for F2F appointments compared with telemedicine. Higher cost due to hospital service charges. | |||||
Haukipuro et al., 200022 | RCT | Primary care joint telemedicine (GP assisted) vs. F2F | 145 | General orthopaedic pathology including trauma | Clinician & patient satisfaction | Clinicians rated overall success of teleconsultation as ‘good’ or ‘very good’ in 80% compared with 99% in F2F (p<0.001). No significant difference in patient satisfaction (p>0.05); 97% of teleconsultation patients wanted to use this method for their next visit (with reasons including ease of visit, time saving and no travel). |
Tachakra et al., 200031 | Cross-sectional | Minor injuries unit joint telemedicine (nurse assisted) vs. F2F at same location | 200 | Minor injuries | Accuracy & validity of clinical examination | Telemedicine accuracy in assessment of colour change 97%, swelling or deformity 98%, ROM 95%, tenderness 97%, weight bearing 99% compared with F2F assessment. Treatment over prescribed in one case and under prescribed in three cases. |
Aarnio et al., 199932 | Cross-sectional | Remote hospital joint telemedicine (surgeon assisted) vs. F2F | 29 | General orthopaedic pathology | Clinician & patient satisfaction | 87% of patients rated the teleconsultation as ‘good’ or ‘very good’. Consultants felt teleconsultation showed the exam ‘well’ or ‘very well’ 84% of cases. The ability to make decisions was ‘good’ or ‘very good’ in 93%. |
Lambrecht et al., 199834 | Case series | Remote hospital telemedicine | 91 | General trauma | Clinician satisfaction | All consultations were rated as ‘satisfactory’ or ‘excellent’. |
Patient safety & outcomes | No adverse patient outcomes during monitoring but unclear follow-up time. |