Objectives: Classification in Paralympic Sport aims to minimize the impact of 10 eligible types of impairment on the outcome of competition. Methods for assessing the extent to which a given body structure or function has been impaired are required, but are challenging because it is not possible to directly measure an absence or loss. Rather, impairment must be inferred by measurement of extant body structures or functions
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
Classification in Paralympic Athletics aims to minimise the impact of impairment on the outcome of c...
INTRODUCTION : Accurate and reliable evaluation of muscle strength in para-athletes is essential for...
Many Paralympic sports classification systems use unspecified manual muscle testing (MMT) methods to...
Paralympic classification systems aim to promote participation in sport by people with disabilities ...
A fundamental aspect of classification systems in Paralympic sport is having valid and reliable meas...
A fundamental aspect of classification systems in Paralympic sport is having valid and reliable meas...
The twenty-first century has seen an increase in para-sport participation and the number of research...
Purpose: To provide an overview of biomechanical studies in Paralympic research and their relevance ...
Accurate and reliable evaluation of muscle strength in para-athletes is essential for monitoring the...
Accurate and reliable evaluation of muscle strength in para-athletes is essential for monitoring the...
JP Barfield, FACSM1, Kirsten Clancy2, Allison Foster2, Hannah Millsaps2, Samuel T. Rutherford2, Sara...
The Paralympic Games is the pinnacle of sport for many athletes with a disability. The purpose of th...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
Classification in Paralympic Athletics aims to minimise the impact of impairment on the outcome of c...
INTRODUCTION : Accurate and reliable evaluation of muscle strength in para-athletes is essential for...
Many Paralympic sports classification systems use unspecified manual muscle testing (MMT) methods to...
Paralympic classification systems aim to promote participation in sport by people with disabilities ...
A fundamental aspect of classification systems in Paralympic sport is having valid and reliable meas...
A fundamental aspect of classification systems in Paralympic sport is having valid and reliable meas...
The twenty-first century has seen an increase in para-sport participation and the number of research...
Purpose: To provide an overview of biomechanical studies in Paralympic research and their relevance ...
Accurate and reliable evaluation of muscle strength in para-athletes is essential for monitoring the...
Accurate and reliable evaluation of muscle strength in para-athletes is essential for monitoring the...
JP Barfield, FACSM1, Kirsten Clancy2, Allison Foster2, Hannah Millsaps2, Samuel T. Rutherford2, Sara...
The Paralympic Games is the pinnacle of sport for many athletes with a disability. The purpose of th...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...
This study examined the validity of isometric strength tests for evidence-based classification in Pa...