Search Results - "Bradach, Molly M"

The Effects of a Simple Sensor Reorientation Procedure on Peak Tibial Accelerations during Running and Correlations with Ground Reaction Forces by Bradach, Molly M, Gaudette, Logan W, Tenforde, Adam S, Outerleys, Jereme, de Souza Júnior, José R, Johnson, Caleb D

“…While some studies have found strong correlations between peak tibial accelerations (TAs) and early stance ground reaction forces (GRFs) during running, others…”
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Association of Ground Reaction Force Measurements in Runners with Symptomatic Iliotibial Band Friction Syndrome: A Cross-Sectional Study by de Souza Júnior, José Roberto, Bradach, Molly M, Gaudette, Logan W, Tenforde, Adam S

“…Iliotibial band syndrome (ITBS) is a common running related injury. While previous studies have evaluated the relationship between biomechanical variables and…”
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Relationships between tibial accelerations and ground reaction forces during walking with load carriage by Johnson, Caleb D., Sara, Lauren K., Bradach, Molly M., Mullineaux, David R., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

“…Peak tibial accelerations (TAs) during running are strongly related to early stance vertical ground reaction forces (GRFs), which are associated with…”
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Sex‐ and age‐related differences in kinetics and tibial accelerations during military‐relevant movement tasks in U.S. Army trainees by Johnson, Caleb D., Sara, Lauren K., Bradach, Molly M., Zeppetelli, David J., Dæhlin, Torstein E., Mullineaux, David R., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

“…Lower extremity injuries are prevalent in military trainees, especially in female and older trainees. Modifiable factors that lead to higher injury risk in…”
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Clinical Application of Gait Retraining in the Injured Runner by Gaudette, Logan W., Bradach, Molly M., de Souza Junior, José Roberto, Heiderscheit, Bryan, Johnson, Caleb D., Posilkin, Joshua, Rauh, Mitchell J., Sara, Lauren K., Wasserman, Lindsay, Hollander, Karsten, Tenforde, Adam S.

“…Despite its positive influence on physical and mental wellbeing, running is associated with a high incidence of musculoskeletal injury. Potential modifiable…”
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Age-related Differences In Impacts During Running And Loaded Walking In US Army Trainees: 1714 by Bradach, Molly M., Johnson, Caleb D., Sara, Lauren K., Mullineaux, David R., Zeppetelli, David J., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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The Effects Of Age On Drop Landing Tibial Accelerations In U.S. Army Trainees: 1720 by Zeppetelli, David J., Johnson, Caleb D., Sara, Lauren K., Bradach, Molly M., Mullineaux, David R., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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Relationships Between Tibial Accelerations And Ground Reaction Forces During Loaded Walking: 1713 by Johnson, Caleb D., Sara, Lauren K., Bradach, Molly M., Mullineaux, David R., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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A Preliminary Analysis Of The Association Of Gait Mechanics With Musculoskeletal Injury In Army Trainees: 579 by Johnson, Caleb D., Sara, Lauren K., Dæhlin, Torstein E., Bradach, Molly M., Zeppetelli, David J., Mullineaux, David R., Guerriere, Katelyn I., Walker, Leila A., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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Effects Of Prior Sport Participation On Drop Landing Mechanics In Us Army Trainees: 1746 by Zeppetelli, David J., Johnson, Caleb D., Sara, Lauren K., Bradach, Molly M., Guerriere, Katelyn, Walker, Leila A., Dæhlin, Torstein E., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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Associations Between Physical Activity And Drop-landing Tibial Accelerations In U.S. Army Trainees: 1718 by Sara, Lauren K., Johnson, Caleb D., Bradach, Molly M., Zeppetelli, David J., Mullineaux, David R., Guerriere, Katelyn, Walker, Leila A., Foulis, Stephen A., Hughes, Julie M., Davis, Irene S.

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