Allostatic Load Is Associated with Overuse Musculoskeletal Injury during US Marine Corps Officer Candidates SchoolEvan D. Feigel, Bradley C. Nindl, Matthew B. Bird et al.|Medicine & Science in Sports & Exercise|2024Cited by 13
Association of clinically-measured and dynamic ankle dorsiflexion assessed by markerless motion capture during the drop-jump task on landing biomechanics and risk of ankle injury in military personnel undergoing 10 weeks of physical trainingEvan D. Feigel, Bradley C. Nindl, Qi Mi et al.|Journal of science and medicine in sport|2023Cited by 4
Investigation of Tibial Responses to Military Training Reveals Consistency between Adaptation and Markers of Stress and Osteogenic PotentialChristopher K. Kargl, B. Nindl, Kristen J. Koltun et al.|Medicine & Science in Sports & Exercise|2025Cited by 3
Psychophysiological stress and resilience responses to military training and their associations with injury and attrition status among male and female personnelJennifer N. Forse, Bradley C. Nindl, Kristen J. Koltun et al.|Physiology & Behavior|2025Cited by 1
Allostatic Load Detected By Wearable Precedes Overuse Musculoskeletal Injury In Us Marine Corps Officer CandidatesEvan D. Feigel, Bradley C. Nindl, Matthew B. Bird et al.|Medicine & Science in Sports & Exercise|2024Cited by 0