Publications by authors named "C N Vannatta"

Article Synopsis
  • The study focuses on how augmented feedback training can help reduce vertical ground reaction forces (vGRF) in female athletes landing from a height, ultimately aiming to prevent ACL tears.
  • A total of 147 participants were tested under different conditions, leading to the identification of four response groups, with most athletes showing improvement from training.
  • Findings highlight that both initial vGRF levels and the athletes' responses to training are crucial in predicting how well they can benefit from augmented feedback.
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: Similar to all areas of health care, sports medicine has ethical considerations when making decisions-return to sport being one. Despite a general consensus on criteria to determine when an athlete is ready to return to sport, there are various scenarios that clinicians encounter that may not fall into a clear "yes" or "no" decision. These scenarios leave the clinician asking what is the "right" decision in a given circumstance? A line of questioning that invokes a moral dimension in supporting athletes when they are returning to sport.

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Background: Biomechanical factors have been associated with running-related injury, but associations are unclear. Dynamic postural stability may be a factor related to injury that has not been studied extensively.

Research Question: Does dynamic postural control differ in those with a history of running-related injury or those who go on to sustain a running-related injury?

Methods: Sixty-five (45 injured; 20 uninjured) and fifty-eight (13 injured; 45 uninjured) collegiate cross-country runners were available for our retrospective and prospective analyses.

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Achilles tendon (AT) tendinopathy is common in runners. Repetitive AT loading may play a role in etiology. Interventions such as body weight support (BWS) may reduce loading on the AT in running.

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Running has a high incidence of overuse injuries. Achilles tendon (AT) injuries may occur due to high forces and repetitive loading during running. Foot strike pattern and cadence have been linked to the magnitude of AT loading.

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