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scopus(7)
A novel equation that incorporates the linear and hyperbolic nature of the force–velocity relationship in lower and upper limb exercises
ArticleAbstract: The purpose of this study is to provide a force–velocity (F–V) equation that combines a linear and aPalabras claves:Load–velocity, Maximum isometric force, Maximum unloaded velocity, Muscle mechanics, muscle power, Torque–velocityAutores:Alcazar J., Ara Royo I., Cornejo-Daza P.J., Gutierrez-Reguero H., Luis M. Alegre, Pareja-Blanco F., Rodriguez-Lopez C., Sánchez-Valdepeñas J.Fuentes:scopusComparison of linear, hyperbolic and double-hyperbolic models to assess the force–velocity relationship in multi-joint exercises
ArticleAbstract: This study assessed the validity of linear, hyperbolic and double-hyperbolic models to fit measuredPalabras claves:biphasic force–velocity, maximal unloaded velocity, Muscle mechanics, muscle power, torque-velocity, velocity-based trainingAutores:Alcazar J., Ara Royo I., Cornejo-Daza P.J., Luis M. Alegre, Navarro-Cruz R., Pareja-Blanco F., Rodriguez-Lopez C.Fuentes:scopusEditorial: The force-velocity relationship: Assessment and adaptations provoked by exercise, disuse and disease
OtherAbstract:Palabras claves:force-velocity, load-velocity, Muscle, Physiology, torque-velocityAutores:Alcazar J., Csapo R., Luis M. AlegreFuentes:scopusDose–Response Relationship Between Velocity Loss During Resistance Training and Changes in the Squat Force–Velocity Relationship
ArticleAbstract: Purpose: This study aimed to compare the adaptations provoked by various velocity loss (VL) thresholPalabras claves:fatigue, horizontal jump, Power, Strength training, velocity-based trainingAutores:Alcazar J., Cornejo-Daza P.J., Luis M. Alegre, Pareja-Blanco F., Sánchez-Valdepeñas J.Fuentes:scopusEffects of velocity loss in the bench press exercise on strength gains, neuromuscular adaptations, and muscle hypertrophy
ArticleAbstract: Objective: This study aimed to compare the effects of four velocity-based training (VBT) programs inPalabras claves:fatigue, neural adaptations, resistance training, structural adaptations, training prescription, velocity-based trainingAutores:Alcazar J., Bachero-Mena B., Cornejo-Daza P.J., Hidalgo-de Mora J., Luis M. Alegre, Ortega-Becerra M., Pareja-Blanco F., Rodriguez-Lopez C., Sánchez-Moreno M., Sánchez-Valdepeñas J.Fuentes:scopusSpecific Adaptations to 0%, 15%, 25%, and 50% Velocity-Loss Thresholds during Bench Press Training
ArticleAbstract: Purpose: To compare the effect of 4 velocity-loss (VL) thresholds 0% (VL0), 15% (VL15), 25% (VL25),Palabras claves:muscle hypertrophy, Muscle strength, Neuromuscular, resistance training, training volume, velocity-based trainingAutores:Alcazar J., Cornejo-Daza P.J., Leon-Prados J.A., Luis M. Alegre, Pareja-Blanco F., Rodiles-Guerrero L., Rodriguez-Lopez C., Sánchez-Moreno M., Sánchez-Valdepeñas J.Fuentes:scopusVelocity Loss as a Critical Variable Determining the Adaptations to Strength Training
ArticleAbstract: Purpose This study aimed to compare the effects of four resistance training (RT) programs with diffePalabras claves:architectural adaptations, dose-response, muscle hypertrophy, neuromuscular adaptations, resistance training, tensiomyographyAutores:Alcazar J., Bachero-Mena B., Cornejo-Daza P.J., Luis M. Alegre, Mora-Vela R., Ortega-Becerra M., Pareja-Blanco F., Piqueras-Sanchiz F., Sánchez-Moreno M., Sánchez-Valdepeñas J.Fuentes:scopus