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Bradley C Nindl

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Articles 196
Citations 2227
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Recent Articles
1.
Mroz K, Sterczala A, Sekel N, Lovalekar M, Fazeli P, Cauley J, et al.
Calcif Tissue Int . 2025 Jan; 116(1):35. PMID: 39881030
Sport participation affects body composition and bone health, but the association between sport, body composition, and bone health in female athletes is complex. We compared areal bone mineral density (aBMD,...
2.
Koltun K, Bird M, Forse J, Lovalekar M, Mi Q, Martin B, et al.
Calcif Tissue Int . 2025 Jan; 116(1):27. PMID: 39789346
Military training improves tibial density, structure, and estimated strength; however, men and women may adapt differently. Most work performed in military populations has assessed changes in bone health during initial...
3.
Martin B, Wright M, Patel V, Susmarski A, Lovalekar M, Forse J, et al.
J Strength Cond Res . 2024 Dec; 39(2):e162-e170. PMID: 39705113
Martin, BJ, Wright, M, Patel, V, Susmarski, A, Lovalekar, M, Forse, JN, Beckner, ME, Ledford, AK, and Nindl, BC. Physiological, physical, and psychological determinants of success during the naval special...
4.
Forse J, Koltun K, Bird M, Lovalekar M, Feigel E, Steele E, et al.
Mil Psychol . 2024 Oct; :1-10. PMID: 39433479
The objective is to examine the predictors of attrition in male and female candidates undergoing a 10-week early career military training program. 1006 candidates (79.5% male, 24.7 ± 3.2 years)...
5.
Uphill A, Kendall K, Baker B, Guppy S, Brown H, Vacher M, et al.
Appl Physiol Nutr Metab . 2024 Aug; 50():1-13. PMID: 39197174
This study aimed to determine the energy requirements, physiological consequences, and recovery rate from the Australian Special Forces Selection Course. Ninety-three male soldiers (mean ± SD, 28.1 ± 3.6 years,...
6.
Fain A, Nindl B, McCarthy A, Fuller J, Wills J, Doyle T
Gait Posture . 2024 Aug; 113:519-527. PMID: 39173442
Background: Despite deleterious biomechanics associated with injury, particularly as it pertains to load carriage, there is limited research on the association between physical demands and variables captured with wearable sensors....
7.
Sekel N, Lovalekar M, Koltun K, Bird M, Forse J, Martin B, et al.
Int J Sport Nutr Exerc Metab . 2024 Aug; 34(6):378-386. PMID: 39168457
Objective: Micronutrient status, specifically vitamin D and iron, represent modifiable factors for optimizing military readiness. The primary purpose of this investigation was to determine associations between micronutrient deficiency (i.e., iron...
8.
Kargl C, Gage C, Forse J, Koltun K, Bird M, Lovalekar M, et al.
Med Sci Sports Exerc . 2024 Aug; 56(12):2315-2327. PMID: 39160702
Background: Arduous military training frequently consists of prolonged physical activity, sleep disturbance, and stress that increases musculoskeletal injury risk and performance decrements. Inflammatory and oxidative stress responses have been reported...
9.
Hougland J, Proessl F, Meglino N, Canino M, Sterczala A, Connaboy C, et al.
J Clin Neurophysiol . 2024 Aug; 42(3):264-271. PMID: 39090794
Purpose: To assess the agreement and consistency of absolute and relative stimulus-response curve (SRC) parameter estimates for upper extremity, lower extremity, and axial muscles. Methods: Thirty (15 W, age: 27.0...
10.
Feigel E, Sterczala A, Krajewski K, Sekel N, Lovalekar M, Peterson P, et al.
Eur J Sport Sci . 2024 Jul; 24(9):1247-1259. PMID: 38967991
Challenges for some women meeting the physical employment standards (PES) for ground close combat (GCC) roles stem from physical fitness and anthropometric characteristics. The purpose of this study was to...