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- W2339652013 abstract "To examine the different motion tasks and the protocols used to objectively quantify dynamic stability in terms of knee kinematics at different stages of anterior cruciate ligament reconstruction (ACLR) recovery.A systematic search was done using OVID in Embase, Cochrane Central Register of Controlled Trials, Medline, PsychINFO, and AMED. A combination of the following keywords and their variations were used: anterior cruciate ligament, motion tasks (e.g., jump, hop, gait), and stability. The inclusion criteria were as follows: (1) ACLR subjects were recruited, (2) at least 1 motion task was performed and kinematics data were recorded, and (3) uninjured subjects or the contralateral uninjured limbs were included as a control group. Exclusion criteria were as follows: (1) non-English language publications, (2) retrospective studies and review articles, (3) animal studies, and (4) cadaveric studies.The search returned 2,195 studies, and 56 were included in this review according to the criteria. A total of 1,086 ACLR subjects were included. Pivoting, landing, walking, running, stair negotiation, and squats were assessed using optoelectronic motion capture, electrogoniometry, or video-radiography.The appropriate selection of motion tasks is an integral factor in dynamic stability testing as it evokes different kinematic outcomes in relation to the different stages of ACLR recovery. Stair negotiation and landing tasks are best performed during the early stages of recovery, and landing and pivoting are recommended 6 months after ACLR surgery.Level II, systematic review of Level I and II studies." @default.
- W2339652013 created "2016-06-24" @default.
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- W2339652013 date "2016-07-01" @default.
- W2339652013 modified "2023-10-02" @default.
- W2339652013 title "Motion Task Selection for Kinematic Evaluation After Anterior Cruciate Ligament Reconstruction: A Systematic Review" @default.
- W2339652013 cites W1493793277 @default.
- W2339652013 cites W1511506129 @default.
- W2339652013 cites W1913183380 @default.
- W2339652013 cites W1965827184 @default.
- W2339652013 cites W1967678084 @default.
- W2339652013 cites W1969481398 @default.
- W2339652013 cites W1978628810 @default.
- W2339652013 cites W1987083829 @default.
- W2339652013 cites W1987771356 @default.
- W2339652013 cites W1990713860 @default.
- W2339652013 cites W1991644899 @default.
- W2339652013 cites W1995903706 @default.
- W2339652013 cites W1996833959 @default.
- W2339652013 cites W1998341247 @default.
- W2339652013 cites W2000202488 @default.
- W2339652013 cites W2000317827 @default.
- W2339652013 cites W2000383877 @default.
- W2339652013 cites W2002153546 @default.
- W2339652013 cites W2003073078 @default.
- W2339652013 cites W2003316473 @default.
- W2339652013 cites W2005370238 @default.
- W2339652013 cites W2005568947 @default.
- W2339652013 cites W2011940592 @default.
- W2339652013 cites W2015812070 @default.
- W2339652013 cites W2016207311 @default.
- W2339652013 cites W2019024488 @default.
- W2339652013 cites W2024403206 @default.
- W2339652013 cites W2024436540 @default.
- W2339652013 cites W2028062744 @default.
- W2339652013 cites W2032782859 @default.
- W2339652013 cites W2034523759 @default.
- W2339652013 cites W2035115244 @default.
- W2339652013 cites W2042356442 @default.
- W2339652013 cites W2043219260 @default.
- W2339652013 cites W2043860904 @default.
- W2339652013 cites W2044687953 @default.
- W2339652013 cites W2045012206 @default.
- W2339652013 cites W2047908157 @default.
- W2339652013 cites W2054802294 @default.
- W2339652013 cites W2055071026 @default.
- W2339652013 cites W2056791382 @default.
- W2339652013 cites W2056831552 @default.
- W2339652013 cites W2058314822 @default.
- W2339652013 cites W2062553163 @default.
- W2339652013 cites W2063797800 @default.
- W2339652013 cites W2065831649 @default.
- W2339652013 cites W2072002440 @default.
- W2339652013 cites W2078934476 @default.
- W2339652013 cites W2084009369 @default.
- W2339652013 cites W2086849813 @default.
- W2339652013 cites W2087429148 @default.
- W2339652013 cites W2089557595 @default.
- W2339652013 cites W2091431630 @default.
- W2339652013 cites W2091914609 @default.
- W2339652013 cites W2092021476 @default.
- W2339652013 cites W2093004432 @default.
- W2339652013 cites W2095567060 @default.
- W2339652013 cites W2102523992 @default.
- W2339652013 cites W2113979820 @default.
- W2339652013 cites W2114505060 @default.
- W2339652013 cites W2115515097 @default.
- W2339652013 cites W2117427589 @default.
- W2339652013 cites W2119613662 @default.
- W2339652013 cites W2121993464 @default.
- W2339652013 cites W2123666439 @default.
- W2339652013 cites W2125756310 @default.
- W2339652013 cites W2127719173 @default.
- W2339652013 cites W2132698261 @default.
- W2339652013 cites W2134002889 @default.
- W2339652013 cites W2134539554 @default.
- W2339652013 cites W2138100313 @default.
- W2339652013 cites W2144606023 @default.
- W2339652013 cites W2145035534 @default.
- W2339652013 cites W2155335785 @default.
- W2339652013 cites W2159867860 @default.
- W2339652013 cites W2160024485 @default.
- W2339652013 cites W2168072805 @default.
- W2339652013 cites W2268170165 @default.
- W2339652013 cites W4234152699 @default.
- W2339652013 cites W1988948567 @default.
- W2339652013 doi "https://doi.org/10.1016/j.arthro.2016.01.057" @default.
- W2339652013 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27103604" @default.
- W2339652013 hasPublicationYear "2016" @default.
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