The purpose of this study was to investigate the radio-ulnar longitudinal rotation during baseball pitching. We captured movements of nine skilled pitchers during pitching by using a system with 16 high-speed cameras (Vicon MX, 1000 Hz). Ten fastest trials which hit a target were averaged to obtain representative data for each participant. We found that the radio-ulnar joint supinated at around the moment of ball release (BRL), although the wrist continued rotating in the direction of pronation at around BRL in the global coordinate. The supination occurred due to the influence of the combination of elbow extension and shoulder internal rotation
The pronator teres muscle is a major dynamic stabilizer of elbow valgus stress during throwing. This...
# Background Hip range of motion (ROM) during baseball pitching is associated with trunk rotation a...
The purpose of the study was to investigate the effects of extended play on the kinematic and kineti...
The purpose of the present study was to investigate a throwing arm kinematics to determine the direc...
Context: In a coordinated throwing motion, peak pelvis rotation velocity is reached before the peak ...
The purpose of this study was to demonstrate the characteristics of joint movements performed by the...
This study was conducted to clarify the mechanism of body rotation by the lower limbs in the basebal...
Background: Baseball pitching is associated with a high prevalence of ulnar collateral ligament inju...
In baseball pitching, suppressing trunk rotation while rotating the pelvis in the early phase of arm...
The purpose of this study was to investigate the relationship between lateral trunk tilt angle and s...
The purpose of this study was to examine the variation of elbow range of motion (ROM) in the dominan...
The relationships between shoulder abduction angle at ball release and wrist velocity and several in...
In order to make hitting more difficult for a batter, the pitcher introduces spin and alters the tra...
The purpose of this study was to examine the association of hip rotational range of motion (ROM) wit...
Background: In a properly coordinated throwing motion, peak pelvic rotation velocity is reached befo...
The pronator teres muscle is a major dynamic stabilizer of elbow valgus stress during throwing. This...
# Background Hip range of motion (ROM) during baseball pitching is associated with trunk rotation a...
The purpose of the study was to investigate the effects of extended play on the kinematic and kineti...
The purpose of the present study was to investigate a throwing arm kinematics to determine the direc...
Context: In a coordinated throwing motion, peak pelvis rotation velocity is reached before the peak ...
The purpose of this study was to demonstrate the characteristics of joint movements performed by the...
This study was conducted to clarify the mechanism of body rotation by the lower limbs in the basebal...
Background: Baseball pitching is associated with a high prevalence of ulnar collateral ligament inju...
In baseball pitching, suppressing trunk rotation while rotating the pelvis in the early phase of arm...
The purpose of this study was to investigate the relationship between lateral trunk tilt angle and s...
The purpose of this study was to examine the variation of elbow range of motion (ROM) in the dominan...
The relationships between shoulder abduction angle at ball release and wrist velocity and several in...
In order to make hitting more difficult for a batter, the pitcher introduces spin and alters the tra...
The purpose of this study was to examine the association of hip rotational range of motion (ROM) wit...
Background: In a properly coordinated throwing motion, peak pelvic rotation velocity is reached befo...
The pronator teres muscle is a major dynamic stabilizer of elbow valgus stress during throwing. This...
# Background Hip range of motion (ROM) during baseball pitching is associated with trunk rotation a...
The purpose of the study was to investigate the effects of extended play on the kinematic and kineti...