ranges from a few weeks to several months, one can easily imagine that an injury seriously affects a player’s aerobic fitness. 9 Fortunately, the negative effects of detraining on aerobic performance can be reversed by endurance training. 10 To accomplish this, training loads during the rehabilitation
Search Results
Sport-Specific Outdoor Rehabilitation in a Group Setting: Do the Intentions Match Actual Training Load?
Jeroen de Bruijn, Henk van der Worp, Mark Korte, Astrid de Vries, Rick Nijland, and Michel Brink
Injury Surveillance and Training Load Methods Used by Health Professionals in Tennis: An Online Multinational Survey
Diego H. Méndez, Pablo O. Policastro, and Danilo De Oliveira Silva
mismanagement of resources. 3 Training load also appears to be related with the development of sport-related injuries. 4 Therefore, monitoring and adjusting these variables could contribute to injury prevention in recreational and elite sport. 5 The incidence of musculoskeletal injuries in both recreational
Examining the Dynamic Nature of Anterior Cruciate Ligament Injury Risk Factors in Women’s Collegiate Soccer
Elena M. D’Argenio, Timothy G. Eckard, Barnett S. Frank, William E. Prentice, and Darin A. Padua
screened neuromuscular ACL injury risk factors change significantly from preseason to midseason in women’s collegiate soccer athletes. A recently identified and rapidly emerging category of risk factor for many lower-extremity injuries is training load. 33 Training load can be defined as stress placed on
Total Testosterone and Cortisol During Wheelchair Rugby Training in Athletes With Cervical Spinal Cord Injury
Eduardo Stieler, Varley Teoldo da Costa, Aline Ângela Silva Cruz, João Paulo Pereira Rosa, Ingrid LudImilla Bastos Lôbo, Julia Romão, Andrea Maculano Esteves, Marco Tulio de Mello, and Andressa Silva
during the training of Paralympic modalities with athletes who may present hormonal changes, such as the case of athletes with CSCI. Therefore, the field evaluation and monitoring of these hormones (TT and C), together with the training load, can elucidate, with greater accuracy, the adaptive responses
Current Technologies and Practices to Assess External Training Load in Paralympic Sport: A Systematic Review
Eduardo Stieler, Marco T. de Mello, Ingrid L.B. Lôbo, Dawit A. Gonçalves, Renan Resende, André G. Andrade, Thiago F. Lourenço, Anselmo A.C. Silva, Henrique A. Andrade, Renato Guerreiro, and Andressa Silva
The training load in the sports context is described as a fundamental variable to promote and monitor athletes’ responses. 1 Load is defined as the sport- and nonsport-related burden (single or multiple physiological, psychological, or mechanical stressors) as stimuli applied to a human biological
Sagittal Spinal Morphotype Assessment in Dressage and Show Jumping Riders
Angélica Ginés-Díaz, María Teresa Martínez-Romero, Antonio Cejudo, Alba Aparicio-Sarmiento, and Pilar Sainz de Baranda
high volume of training is more likely to produce a spinal deformity. 5 Those aforementioned movement patterns and training loads can generate postural alterations that give rise to painful actions, muscular imbalances, and the development of compensatory movement patterns, 7 which directly damage
Medicine Ball Throw Responsiveness to Measure Wheelchair Basketball Mobility in Male Players
Rodrigo Rodrigues Gomes Costa, Jefferson Rodrigues Dorneles, Guilherme Henrique Lopes, José Irineu Gorla, and Frederico Ribeiro Neto
Monitoring training loads and the consequent fatigue responses is usually a result of personal trainers’ experiences and an adaptation of the methods used in sports for people without disabilities. 1 Due to the specific characteristics of the wheelchair sports modalities, practical evaluations for
Modulus of Elasticity of Elastic Tubes Used in Neuromuscular Rehabilitation Programs
Andrea Lucena Reis, Thaís Lucena Reis, Lucas Soares de Aguiar, José de Jesus Soares Reis, Thiago Lucena Reis, Lysleine Alves Deus, Rodrigo Vanerson Passos Neves, Hugo de Luca Corrêa, Fernando Sousa Honorato, Thais Branquinho de Araújo, Victor Lopes Silva, Bernardo Neme Ide, and Thiago Santos Rosa
, it is essential to quantify the training load, once it will allow the implementation of the load progression required for neuromuscular function improvements. In the present study, we aimed to quantify the elastic constant of elastic tubes used in neuromuscular rehabilitation programs, predicting the
Understanding Injury and Injury Prevention in Para Sport Athletes
Shana E. Harrington, Sean McQueeney, and Marcus Fearing
elite swimmers (13–25 y of age) recruited from 4 competitive swimming clubs in Australia. This study found weekly training loads for these able-bodied swimmers varied between 8 and 29 hours per week, with the median of16 hours per week. 30 The survey administered in the present study categorized
Intratester Reliability for Determining an 8-Repetition Maximum for 3 Shoulder Exercises Using Elastic Bands
Craig J. Newsam, Cindy Leese, and Jennifer Fernandez-Silva
Context:
Standardization of training load using the 1-repetition maximum (1RM) test cannot be directly applied when using elastic bands as resistance.
Objective:
To determine the intratester reliability for establishing an 8-repetition maximum (8RM) using elastic bands.
Design:
Test–retest.
Participants:
5 men, 10 women, 23–29 years.
Intervention:
An 8RM test was established for 3 shoulder exercises using the Dura-Band® exercise system.
Main Outcome Measures:
The length of the elastic band was recorded. An analysis of variance was performed, and intraclass correlation coefficients (ICC) were calculated for each exercise.
Results:
Intratester reliability for determining the elastic-band length required to establish an 8RM was very high for internal rotation (ICC = .91) and high for external rotation (ICC = .77). The diagonal pull-down 8RM test had moderate reliability (ICC = .65).
Conclusion:
Training load can be reliably standardized in healthy young adults using moderate-to high-resistance elastic bands with a goal-based multiple-RM test.
