Each category of disability includes a different type of training that meets your needs. Therefore it is important that each trainer is able to make adequate methodological-didactic decisions, resorting to an ecological and/or cognitive approach, depending on the objectives to be achieved. The following research aims to study the differences in the theories-methods of sprint training (100 meters) adopted in the different categories of athletes: elite able-bodied and disabled athlete. The method adopted is the archival research with the comparison of selected scientific product selected through the revision in the specific topics. The described data contains elements of the different physical characteristics of each athlete, the limits, the ...
This paper examines the biomechanics of sprinting and sprint training. Various biomechanical models ...
This study compared sprint technique between professional footballer players and elite sprinters. Pr...
The phase of greatest acceleration (0-30 metres) during sprinting is thought to be critical for succ...
From the recognition of the scientific literature it emerges that the International Paralympic Commi...
Despite a voluminous body of research devoted to sprint training, our understanding of the training ...
Sprint results are more often seen as deliberate practice model (DPM) effects. The performance is li...
The purpose of this study was to examine the kinematics of sprinting under different assisted condit...
Scientific interest in athletics for the physically disabled has grown in popularity over the last d...
Sprint acceleration is a key feature in many sports performance. It is a direct determinant of perfo...
The use of resisted sprinting techniques is common both in athletics and in a variety of sports (Cro...
Sprinting is a fundamental activity in many team sports such as soccer, rugby, football, field hocke...
Title: Training strategy in the long sprint Objectives: The point of my thesis is to compare the con...
The purpose of this study was to identify the effect of a structured training programme on sprint pe...
The purpose of this study is to find the truth about: (1) To find out the difference in the influenc...
The aim of this paper was to investigate, whether it is possible to objectively evaluate the relatio...
This paper examines the biomechanics of sprinting and sprint training. Various biomechanical models ...
This study compared sprint technique between professional footballer players and elite sprinters. Pr...
The phase of greatest acceleration (0-30 metres) during sprinting is thought to be critical for succ...
From the recognition of the scientific literature it emerges that the International Paralympic Commi...
Despite a voluminous body of research devoted to sprint training, our understanding of the training ...
Sprint results are more often seen as deliberate practice model (DPM) effects. The performance is li...
The purpose of this study was to examine the kinematics of sprinting under different assisted condit...
Scientific interest in athletics for the physically disabled has grown in popularity over the last d...
Sprint acceleration is a key feature in many sports performance. It is a direct determinant of perfo...
The use of resisted sprinting techniques is common both in athletics and in a variety of sports (Cro...
Sprinting is a fundamental activity in many team sports such as soccer, rugby, football, field hocke...
Title: Training strategy in the long sprint Objectives: The point of my thesis is to compare the con...
The purpose of this study was to identify the effect of a structured training programme on sprint pe...
The purpose of this study is to find the truth about: (1) To find out the difference in the influenc...
The aim of this paper was to investigate, whether it is possible to objectively evaluate the relatio...
This paper examines the biomechanics of sprinting and sprint training. Various biomechanical models ...
This study compared sprint technique between professional footballer players and elite sprinters. Pr...
The phase of greatest acceleration (0-30 metres) during sprinting is thought to be critical for succ...