2020
DOI: 10.1111/psyp.13545
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Real‐time biofeedback integrated into neuromuscular training reduces high‐risk knee biomechanics and increases functional brain connectivity: A preliminary longitudinal investigation

Abstract: Prospective evidence indicates that functional biomechanics and brain connectivity may predispose an athlete to an anterior cruciate ligament injury, revealing novel neural linkages for targeted neuromuscular training interventions. The purpose of this study was to determine the efficacy of a real-time biofeedback system for altering knee biomechanics and brain functional connectivity. Seventeen healthy, young, physically active female athletes completed 6 weeks of augmented neuromuscular training (aNMT) utili… Show more

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Cited by 31 publications
(32 citation statements)
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References 106 publications
(156 reference statements)
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“…Čovjek održava uspravan stav i ravnotežu pri hodu preko složenog procesa koji uključuje osjet pokreta tijela, integraciju osjetno-motoričke informacije unutar CNS-a, nakon čega slijedi odgovarajući odgovor mišićno-koštanog sustava 3,[13][14][15] . Većina pokreta na donjim ekstremitetima odvija se preko zatvorenog kinetičkog lanca.…”
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“…Čovjek održava uspravan stav i ravnotežu pri hodu preko složenog procesa koji uključuje osjet pokreta tijela, integraciju osjetno-motoričke informacije unutar CNS-a, nakon čega slijedi odgovarajući odgovor mišićno-koštanog sustava 3,[13][14][15] . Većina pokreta na donjim ekstremitetima odvija se preko zatvorenog kinetičkog lanca.…”
Section: Raspravaunclassified
“…Pritom se razvijaju sile akcije-reakcije stopala i podloge. Lančanom aktivacijom mišića i zglobova započinje pokret koji je kontroliran po ko-kontrakcijskom mehanizmu agonista i antagonista (simultana aktivacija dva ili više mišića različitih mišićnih skupina), uključujući proksimalne i distalne sinergizme uz istodobno stimuliranje položajno-specifičnog propriocepcijskog mehanizma povratne sprege 1,3,15,16 . Preko navedenog mehanizma očituje se statička i dinamička kontrola zglobova.…”
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“…7,[25][26][27][28][29][30][31] Removing barriers to feedback interventions (eg, instructors in current protocols who may provide less effective or uninterpretable feedback) through real-time automated techniques that supply implicit, analytic-driven biofeedback (eg, aNMT) could optimize current ACL injury-prevention strategies by leveraging sensorimotor processes for improved movement adaptations that transfer to the field of play. 7,18,[32][33][34]…”
mentioning
confidence: 99%