Abstract:By limiting motion at the ankle, taping increased mechanical stability at this joint. Ankle taping also provided protective benefits to the knee via reduced internal rotation moments and varus impulses during both planned and unplanned maneuvers. Medial collateral and anterior cruciate ligament injuries may, however, occur through increased valgus impulse during sidestepping undertaken with ankle tape.
“…This showed that the reverse-6 strips controlled the movement of the rearfoot effectively. The results of this present study agreed with that of Stoffel et al [15] and Vicenzino et al [16]. Analysing the data by groups, Fig.…”
Section: The Effect Of Low-dye Taping On Running Gaitsupporting
confidence: 93%
“…However, Herradine et al [8] found that taping had no effect on rearfoot eversion during running. Stoffel et al [15] found that taping did not reduce the range of motion of the foot-ankle joint complex during sporting tasks. Although the efficacy of taping the foot remains questionable, taping continues to be advocated for use as a modality for injury management [7].…”
Section: Effects Of Tapingmentioning
confidence: 99%
“…Stoffel, Nicholls, Winata, Dempsey, Boyle and Llyod [15] found that range of motion of the rearfoot was effectively reduced by taping during running.…”
Running related foot injuries are associated with excessive foot movements due to malaligned foot structure and poor functional foot stability. Clinicians tape the foot to alleviate pain and prevent further injuries, whilst allowing the athlete to continue training. However, the effect of taping is not conclusive. The purpose of this study is to investigate if taping effectively improves foot structure, functional foot stability and reduces excessive foot movements during running. Twenty-two subjects had their foot structure identified as: flat foot stable, flat foot unstable and normal arched unstable according to the FPI (foot posture index) and the Modified Romberg's Test with the BESS (balance error scoring system) criteria. The subjects ran on an instrumented treadmill barefooted with their feet taped and untaped. Running kinetic and kinematic data were collected and analysed using a paired t-test and 3x2 ANOVA. Taping improved foot structure but not functional foot stability. During running, taping significantly reduced rearfoot eversion. Taping increased the loading rate in the flat foot and normal arched unstable groups but reduced the loading rate for the flat foot stable group. Implication on the appropriate use of foot taping was discussed.
“…This showed that the reverse-6 strips controlled the movement of the rearfoot effectively. The results of this present study agreed with that of Stoffel et al [15] and Vicenzino et al [16]. Analysing the data by groups, Fig.…”
Section: The Effect Of Low-dye Taping On Running Gaitsupporting
confidence: 93%
“…However, Herradine et al [8] found that taping had no effect on rearfoot eversion during running. Stoffel et al [15] found that taping did not reduce the range of motion of the foot-ankle joint complex during sporting tasks. Although the efficacy of taping the foot remains questionable, taping continues to be advocated for use as a modality for injury management [7].…”
Section: Effects Of Tapingmentioning
confidence: 99%
“…Stoffel, Nicholls, Winata, Dempsey, Boyle and Llyod [15] found that range of motion of the rearfoot was effectively reduced by taping during running.…”
Running related foot injuries are associated with excessive foot movements due to malaligned foot structure and poor functional foot stability. Clinicians tape the foot to alleviate pain and prevent further injuries, whilst allowing the athlete to continue training. However, the effect of taping is not conclusive. The purpose of this study is to investigate if taping effectively improves foot structure, functional foot stability and reduces excessive foot movements during running. Twenty-two subjects had their foot structure identified as: flat foot stable, flat foot unstable and normal arched unstable according to the FPI (foot posture index) and the Modified Romberg's Test with the BESS (balance error scoring system) criteria. The subjects ran on an instrumented treadmill barefooted with their feet taped and untaped. Running kinetic and kinematic data were collected and analysed using a paired t-test and 3x2 ANOVA. Taping improved foot structure but not functional foot stability. During running, taping significantly reduced rearfoot eversion. Taping increased the loading rate in the flat foot and normal arched unstable groups but reduced the loading rate for the flat foot stable group. Implication on the appropriate use of foot taping was discussed.
“…The tasks were presented in a random order, accounting for any effect of any fatigue when the tasks are averaged across the individual. We have successfully used this approach previously in our sidestepping analysis (Besier et al, 2001, Cochrane et al, 2010, Dempsey et al, 2009, Stoffel et al, 2010. A successful trial involved participants taking off and successfully taking possession of the dropping ball and landing on their preferred foot on the force platform.…”
Section: Experimental Designmentioning
confidence: 99%
“…The moments were normalized to each subject's height (m) multiplied by their mass (kg) (Dempsey et al, 2009, Stoffel et al, 2010, Hewett et al, 2005, Yu et al, 2006, McLean et al, 2007, Chaudhari et al, 2005, Cochrane et al, 2010.…”
Anterior cruciate ligament injury in male athletes likely has a multi-factorial aetiology. There is a lack of evidence regarding neuromuscular and biomechanical risk factors for ACL injury in male athletes. Future research in male populations is warranted to provide adequate prevention strategies aimed to decrease the risk of this serious injury in these populations.
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