Using the ”somersault simulator” we have studied the influence of rotational movements for the vestibular apparatus. These rotations are important for diving, trampoline and gymnastics. The control of balance were used for operationalisation the vestibular load. Different aspects were studied, the influence for balance control, the importance of the visual control, and the adaptation of the athletes in longer period of training in the somersault simulator. With the specially developed software we analysed the postural sway. We distinguished between a period of regulation and a period of stability. Differences between the data of these periods were demonstrated. After several experiments we transferred our experiences with rotational load an...
The purpose of this study was to examine the rotation strategy used by gymnasts to successfully lan...
Tumbling is a dynamic movement requiring control of the linear and angular momenta generated during ...
The aim of this study was to optimise springboard diving takeoff technique for maximum forward rotat...
The purpose of the present study was to analyze training effects in a new training device. State-of-...
Pirouettes, jumps in figure skating and twisting somersaults are fascinating movements in sports. Bu...
In diving a vertical entry into the water is very important. Divers control their orientation in spa...
The primary purpose of this study was to test the effect of training using the rotational exercise e...
Performance in the flight phase of springboard diving is limited by the amounts of linear and angula...
Fast rotations induce load on the human organism. Hanging vertical, young figure skaters perform rot...
In many acrobatic activities the rate of rotation is such that it is not possible to fix the gaze to...
© 2018 BRNSS Publication Hub. All rights reserved. Aim: In sports activities, the athlete faces the ...
To perform the movement from tucked to straight position of the body for the entry into the water in...
At the 1991 World Student Games, eight reverse 1½ somersault dives with 2½ twists were recorded duri...
The somersault is a key skill in gymnastics and diving. Almost all the rotation required must be per...
INTRODUCION - Air-borne human rotational movements represent a complicated problem of theoretical me...
The purpose of this study was to examine the rotation strategy used by gymnasts to successfully lan...
Tumbling is a dynamic movement requiring control of the linear and angular momenta generated during ...
The aim of this study was to optimise springboard diving takeoff technique for maximum forward rotat...
The purpose of the present study was to analyze training effects in a new training device. State-of-...
Pirouettes, jumps in figure skating and twisting somersaults are fascinating movements in sports. Bu...
In diving a vertical entry into the water is very important. Divers control their orientation in spa...
The primary purpose of this study was to test the effect of training using the rotational exercise e...
Performance in the flight phase of springboard diving is limited by the amounts of linear and angula...
Fast rotations induce load on the human organism. Hanging vertical, young figure skaters perform rot...
In many acrobatic activities the rate of rotation is such that it is not possible to fix the gaze to...
© 2018 BRNSS Publication Hub. All rights reserved. Aim: In sports activities, the athlete faces the ...
To perform the movement from tucked to straight position of the body for the entry into the water in...
At the 1991 World Student Games, eight reverse 1½ somersault dives with 2½ twists were recorded duri...
The somersault is a key skill in gymnastics and diving. Almost all the rotation required must be per...
INTRODUCION - Air-borne human rotational movements represent a complicated problem of theoretical me...
The purpose of this study was to examine the rotation strategy used by gymnasts to successfully lan...
Tumbling is a dynamic movement requiring control of the linear and angular momenta generated during ...
The aim of this study was to optimise springboard diving takeoff technique for maximum forward rotat...