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• W2123989299 endingPage "141" @default.
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• W2123989299 abstract "ESCAMILLA, R. F. Knee biomechanics of the dynamic squat exercise. Med. Sci. Sports Exerc., Vol. 33, No. 1, 2001, pp. 127–141. Purpose: Because a strong and stable knee is paramount to an athlete’s or patient’s success, an understanding of knee biomechanics while performing the squat is helpful to therapists, trainers, sports medicine physicians, researchers, coaches, and athletes who are interested in closed kinetic chain exercises, knee rehabilitation, and training for sport. The purpose of this review was to examine knee biomechanics during the dynamic squat exercise. Methods: Tibiofemoral shear and compressive forces, patellofemoral compressive force, knee muscle activity, and knee stability were reviewed and discussed relative to athletic performance, injury potential, and rehabilitation. Results: Low to moderate posterior shear forces, restrained primarily by the posterior cruciate ligament (PCL), were generated throughout the squat for all knee flexion angles. Low anterior shear forces, restrained primarily by the anterior cruciate ligament (ACL), were generated between 0 and 60° knee flexion. Patellofemoral compressive forces and tibiofemoral compressive and shear forces progressively increased as the knees flexed and decreased as the knees extended, reaching peak values near maximum knee flexion. Hence, training the squat in the functional range between 0 and 50° knee flexion may be appropriate for many knee rehabilitation patients, because knee forces were minimum in the functional range. Quadriceps, hamstrings, and gastrocnemius activity generally increased as knee flexion increased, which supports athletes with healthy knees performing the parallel squat (thighs parallel to ground at maximum knee flexion) between 0 and 100° knee flexion. Furthermore, it was demonstrated that the parallel squat was not injurious to the healthy knee. Conclusions: The squat was shown to be an effective exercise to employ during cruciate ligament or patellofemoral rehabilitation. For athletes with healthy knees, performing the parallel squat is recommended over the deep squat, because injury potential to the menisci and cruciate and collateral ligaments may increase with the deep squat. The squat does not compromise knee stability, and can enhance stability if performed correctly. Finally, the squat can be effective in developing hip, knee, and ankle musculature, because moderate to high quadriceps, hamstrings, and gastrocnemius activity were produced during the squat." @default.
• W2123989299 created "2016-06-24" @default.
• W2123989299 creator A5082849157 @default.
• W2123989299 date "2001-01-01" @default.
• W2123989299 modified "2023-10-01" @default.
• W2123989299 title "Knee biomechanics of the dynamic squat exercise" @default.
• W2123989299 cites W1422723027 @default.
• W2123989299 cites W179345940 @default.
• W2123989299 cites W1894942270 @default.
• W2123989299 cites W1920609123 @default.
• W2123989299 cites W1949464728 @default.
• W2123989299 cites W1974406005 @default.
• W2123989299 cites W1975679084 @default.
• W2123989299 cites W1975696220 @default.
• W2123989299 cites W1976000623 @default.
• W2123989299 cites W1981163419 @default.
• W2123989299 cites W1986651840 @default.
• W2123989299 cites W1990303138 @default.
• W2123989299 cites W1991753357 @default.
• W2123989299 cites W199714776 @default.
• W2123989299 cites W1997465157 @default.
• W2123989299 cites W1998563303 @default.
• W2123989299 cites W2001988297 @default.
• W2123989299 cites W2004118743 @default.
• W2123989299 cites W2008854281 @default.
• W2123989299 cites W2012669754 @default.
• W2123989299 cites W2013056443 @default.
• W2123989299 cites W2021654999 @default.
• W2123989299 cites W2027661558 @default.
• W2123989299 cites W2029552212 @default.
• W2123989299 cites W2034536638 @default.
• W2123989299 cites W2035399875 @default.
• W2123989299 cites W2037528844 @default.
• W2123989299 cites W2037672162 @default.
• W2123989299 cites W2042199378 @default.
• W2123989299 cites W2042545201 @default.
• W2123989299 cites W2051607843 @default.
• W2123989299 cites W2051700500 @default.
• W2123989299 cites W2056776498 @default.
• W2123989299 cites W2058730148 @default.
• W2123989299 cites W2060154718 @default.
• W2123989299 cites W2066262602 @default.
• W2123989299 cites W2071609694 @default.
• W2123989299 cites W2076385189 @default.
• W2123989299 cites W2080299013 @default.
• W2123989299 cites W2083429285 @default.
• W2123989299 cites W2087358544 @default.
• W2123989299 cites W2091105664 @default.
• W2123989299 cites W2094116615 @default.
• W2123989299 cites W2094601418 @default.
• W2123989299 cites W2098954998 @default.
• W2123989299 cites W2100168416 @default.
• W2123989299 cites W2102858135 @default.
• W2123989299 cites W2107012275 @default.
• W2123989299 cites W2113050839 @default.
• W2123989299 cites W2117986360 @default.
• W2123989299 cites W2120052889 @default.
• W2123989299 cites W2121315012 @default.
• W2123989299 cites W2122449841 @default.
• W2123989299 cites W2125014144 @default.
• W2123989299 cites W2131206081 @default.
• W2123989299 cites W2133098878 @default.
• W2123989299 cites W2145891584 @default.
• W2123989299 cites W2146116049 @default.
• W2123989299 cites W2156140934 @default.
• W2123989299 cites W2163560344 @default.
• W2123989299 cites W2167504489 @default.
• W2123989299 cites W2174828317 @default.
• W2123989299 cites W2185250494 @default.
• W2123989299 cites W2194685141 @default.
• W2123989299 cites W2263187230 @default.
• W2123989299 cites W2299776472 @default.
• W2123989299 cites W2400953146 @default.
• W2123989299 cites W2514385801 @default.
• W2123989299 cites W3025902984 @default.
• W2123989299 cites W1821578606 @default.
• W2123989299 doi "https://doi.org/10.1097/00005768-200101000-00020" @default.
• W2123989299 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/11194098" @default.
• W2123989299 hasPublicationYear "2001" @default.
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