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. 2022 May 19;2(3):285–296. doi: 10.1016/j.xrrt.2022.04.007

Table I.

Summary of short-term studies' PROM.

Author LOE Follow-up mo, mean (range) Number B shoulders Treatment ASES, mean (SD) [range] Constant, mean (SD) [range] SST (SD) [range] DASH (SD) [range] SANE (SD) [range] PSS (SD) [range] VAS (SD) [range]
Onlay glenoid TSA
 Gerber et al (2009)14 4 42 (NR) 14 Asymmetric reaming with pegged all-polyethylene glenoid Pre: 39 (NR) [22 to 77] Post: 78 (NR) [58-99]
 Alentorn-Geli et al (2018)1 comparison TSA vs. RSA 4 43 (NR) 15 TSA with asymmetric reaming and capsular plication Post: 91.2 (6.7) [NR] Post: 10.6 (NR) [NR]
 Orvets et al (2018)40 4 50 (24 to 97) 59 Asymmetric reaming with all-polyethylene glenoid Pre: 35.4 (14.3) [3.3 to 90] Post: 84.3 (14.0) [53.3 to 100] Improvement: 48.9 (17.5) [0 to 93.3] Pre: 4.5 (2.6) [0 to 12] Post: 9.1 (2.2) [4 to 12] Improvement: 4.6 (2.4) [−3 to 9] Pre: 7.4 (.17) [2 to 10] Post: 1.4 (1.9) [0-10] Improvement: 6 (2.2) [−10 to 1.5]
 Sabesan et al (2013)43 4 53 (26 to 110) 9 TSA with PGBG. All-polyethylene pegged or keel glenoid Pre: 38.7 (NR) [19-52] Post: 79.4 (NR) [17 to 100]
 Nicholson et al (2017)37 4 48 (24 to 126) 28 TSA with PGBG. All-polyethylene pegged or keeled glenoid Pre: 39 (18) [NR] Post: 90 (10) [NR] Pre: 4 (3) [NR] Post: 10 (2) [NR] Pre: 5 (2) [NR] Post: 1 (1) [NR]
 Stephens et al (2017)48 4 24 19 TSA with stepped augmented all-polyethylene glenoid Pre: 39 (NR) [NR] Post: 91 (NR) [NR] Pre: 2.4 (NR) [NR] Post: 10.6 (NR) [NR] Pre: 6.3 (NR) [NR] Post: 0.3 (NR) [NR]
 Ho et al (2018)22 4 28 (24 to 68) 71 TSA with stepped augmented all-polyethylene glenoid Pre: 49 (NR) [5 to 66] Post: 94 (NR) [51 to 100]
 Priddy et al (2019)41 3 39 (24 to 72) 33 TSA with wedged augmented all-polyethylene glenoid Pre: 45.3 (12.3) [NR] Post: 86.8 (14.7) [NR] Improvement: 41.5 (18.5) Pre: 47.6 (15) [NR] Post: 82.7 (12.9) [NR] Improvement: 36.0 (15.9) Pre: 5.0 (1.8) [NR] Post: 1.1 (1.7) [NR] Improvement: 4.0 (2.7)
RSA
 Mizuno et al (2013)35 4 54 (24 to 139) 27 RSA (10 required bone grafting) Pre: 31 (NR) [NR]
Post: 76 (NR) [NR]
 Harmsen et al (2017)20 4 34 (24 to 89) 26 BIO-RSA Pre: 29.5 (NR) [NR]
Post: 89.0 (NR) [NR]
Improvement: 59.5
Pre: 6.7 (NR) [NR]
Post: 0.3 (NR) [NR]
Improvement: 6.4
 Alentorn-Geli et al (2018)1 4 35 (NR) 16 RSA (4 patients required bone graft) Post: 8.5 (NR) [NR]
Hemiarthroplasty
 Hsu et al (2016)25 4 24 (NR)minimum follow-up 33 Hemiarthroplasty with concentric glenoid reaming (n = 24) Pre: 4.8 (2.3) [NR]
Post: 10.0 (2.3) [NR]
Pre: 42.5 (21.5) [NR]
Post: 80.5 (17.6) [NR]
 Getz et al (2017)15 4 24 (NR) minimum follow-up 24 Hemiarthroplasty with concentric glenoid reaming Post: 10.4 (NR) [6.0 to 12.0] only included patients not undergoing revision Post: 74.5 (NR) [1 to 95] only included patients not undergoing revision Post: 82.9 (NR) [38.2 to 99.0] only included patients not undergoing revision
Inlay glenoid
 Cvetanovich et al (2019)10 4 40 (23 to 60) 12 Humeral head resurfacing with inlay glenoid Pre: 25.1 (20.4) [NR]
Post: 80.4 (13.6) [NR]
Pre: 5.4 (3.1) [NR]
Post: 1.6 (2.3) [NR]
 Egger et al (2019)11 4 42.6 (24 to 74) 24 Humeral head resurfacing with inlay glenoid Pre: 42.2 (17.1) [33.1 to 51.3]
Post: 88.6 (9.9) [83.3 to 93.9]
Pre: 6.4 (2.2) [5.3 to 7.5]
Post: 1.0 (1.4) [0.3 to 1.7]

PROM, Patient-reported outcome measures; LOE, level of evidence; ASES, American Shoulder and Elbow Surgeons score; SD, standard deviation; SST, Simple Shoulder Test; DASH, Disability of the Arm, Shoulder, and Hand; SANE, Single Assessment Numeric Evaluation; PSS, Penn Shoulder Score; VAS, Visual Analog Scale; TSA, total shoulder arthroplasty; PGBG, posterior glenoid bone graft; Pre, preoperative; NR, not reported; Post, postoperative; RSA, reverse shoulder arthroplasty; BIO-RSA, bony increased offset-reverse shoulder arthroplasty.

Minimum 24-mo follow-up.

Reported as median.