Table 3.
Sport participation, activity level after surgery and sport type.
| AUTHOR/YEAR | Sport partecipation pre-op | Sport partecipation post-op | Activity level post-op | Sport type |
|---|---|---|---|---|
| B. FRAM ET AL. -202238 | / | / | / | / |
| B. CHO ET AL - 202113 | / | / | / | / |
| B.J. SANGEORZAN ET AL - 202127 | / | / | / | / |
| B.A. HENDY ET AL -201836 | / | / | / | / |
| S.M. RAIKIN ET AL -201714 | / | / | / | / |
| F.G. USUELLI ET AL - 20178 | 9 (11.7%) | 38 (49.4%) | / | Jogging, dancing, biking, skiing Impact sports: jogging (13), martial arts (1) |
| F. DALAT ET AL - 201415 | / | / | / | Cycling 15 (47%), swimming 16 (49%) |
| R. SCHUH ET AL - 20129 | 18 (86%) | 16 (76%) | / | Cycling (48%), hiking (43%), skiing and swimming (both 38%), gymnastics (19%) |
| F.D. NAAL ET AL - 200910 | 62 (62.4%) | 66 (66.3%) | 8 (7.9%) sports ability worse after surgery, 27 (26.7%) no change in sports ability, 66 (65.4%) surgery improved sports ability. | Cycling, swimming, fitness-/weight training, hiking, downhill skiing, gymnastics |
| M.P. BONNIN ET AL - 200912 | / | / | 4% of cases return to initial sport level |
Of 100 OA patients: 38 cycling, 21 recreational gymnastics, 58 swimming, 50 home gardening, 27 dancing, 43 hiking. Impact sports: 7 tennis, 9 cross-country skiing (3 regularly), 17 downhill skiing (11 regularly), 6 running (1 regularly) |
| V. VALDERRABANO ET AL - 200611 | 55 (36%) | 85 (56%) (p < .001) RA group did not contribute to the sports participation rate increase (P = 1). | 42 (76%) maintained their sports activity after TAA (P = .01), 13 (24%) sports-active arthritis patients lost their sports activity after TAA, 43 (44%) sport- inactive patients preoperatively regained a sports activity after TAA implantation (P < .001) | Hiking 45 (52.8%), biking 39 (45.9%), swimming 29 (34.1%), aerobics 10 (11.8%), golfing 5 (5.9%), bowling 1 (1.2%). Impact sport: downhill skiing 7 (8.2%), horseback riding 2 (2.4%), tennis 1, jogging 1, and water-skiing 1 (1.2%). |