Suchergebnisse - Shoulder & Elbow

de Carvalho-Nicolau, R., Bittar, S. T., Tilp, M., de Azevedo Lago, S., dos Santos Oliveira, L. “… The results showed that the musculoskeletal symptoms are more prevalent in the knees during the previous seven days and in the shoulder during the previous 12 months. Left-wing players were more affected by musculoskeletal symptoms in the shoulder than right-wing players and central defenders during the previous seven days regardless of the sex.  …”

Sutton, P., Lund Ohlsson, M., Röijezon, U. “… Shoulder & Elbow …”

Pozzi, F., Plummer, H. A., Shanley, A., Thigpen, C. A., Bauer, C., Wilson, M. L., Michener, L. A. “… Objective: To characterise whether preseason screening of shoulder range of motion (ROM) is associated with the risk of shoulder and elbow injuries in overhead athletes.  …”

Markovic, S., Markovic, K. “… An angle of upper body relative to the ground (deg); Shoulder internal rotation (deg); Elbow flexion (deg), that is, the angle closing the longitudinal axis of the upper arm with the longitudinal axis of the forearm was analyzed by Kinovea 0.8.2 kinematic analysis software.  …”

Zaremski, J. L., Zeppieri Jr., G., Tripp, B. L. “… Due to the unique stresses placed on the throwing arm and entire body in these sports, a robust volume of literature has highlighted concerns about sport specialization in these athletes and an associated increased risk of injury, particularly to the dominant shoulder and elbow, with sport specialization. This review will highlight the evidence-based literature for this athletic niche, focusing on risk factors for injury, national and international organizations' recommendations for limiting overuse injuries, principles of conditioning and rehabilitative programs, and potential future areas of research to curb the growing incidence of throwing-related injuries among adolescent throwing athletes. …”

Hatzimanouil, D., Zapartidis, I., Terzidis, I., Papasoulis, E., Chronopoulou, C., Makri, A. “… The most common types of injuries were sprains and muscle strains for male inlower limbs (knee, ankle) and sprains in upper limbs (shoulder, elbow) for female. Contact injuries were more common than non-contact injuries for both genders.  …”

Keller, R. A., De Giacomo, A. F., Neumann, J. A., Limpisvasti, O., Tibone, J. E. “… Context: Current perception dictates that glenohumeral internal rotation deficit (GIRD) is a chronic adaptation that leads to an increased risk of pathologic conditions in the dominant shoulder or elbow of overhead athletes. Objective: To determine whether adaptations in glenohumeral range of motion in overhead athletes lead to injuries of the upper extremity, specifically in the shoulder or elbow.  …”

Serrien, B., Baeyens, J.-P. “… For the initiation of joint angular velocities, the overall sequence was estimated to start with pelvis rotation, followed by trunk rotation, trunk flexion, shoulder internal rotation and elbow extension. For maximal velocities, the sequence started with pelvis rotation, followed by trunk rotation, trunk flexion, elbow extension, and shoulder internal rotation (post ball release).  …”

Górski, M., Starczewski, M., Pastuszak, A., Mazur-Rózycka, J., Gajewski, J., Busko, K. “… The maximum joint torque (JT) of flexors and extensors of the elbow, shoulder, hip, knee and trunk was measured under static conditions.  …”

L. Laver, P. Landreau, R. Seil, N. Popovic “… Shoulder Injuries in Handball (P. Landreau, M. A. Zumstein, P.  …”

Schwesig, R., Hermassi, S., Wagner, H., Fischer, D., Fieseler, G., Molitor, T., Delank, K. S. “… The aims of this study were to investigate relationships between isometric strength and range of motion (ROM) of shoulder and elbow joints and compare 2 different team handball throwing techniques in women team handball.  …”

van den Tillaar, R., Ettema, G. “… With regard to the upper extremity the internal rotation of the shoulder and elbow extension are two important contributors to the total ball velocity at release. …”

van den Tillaar, R., Ettema, G. “… The difference in ball release velocity was probably a result of the significant differences in kinematics of the major contributors to overarm throwing: elbow extension and internal rotation of the shoulder.  …”

Dervisevic, M., Rado, I., Dervisevio, E., Hadzic, V. “… The kinetic energy is than transferred to shoulder complex and elbow and movement ends in the wrist.  …”

Debanne, T., Laffaye, G. “… The results show that i) coaches preferentially use concentric and plyometric muscle contractions in order to increase player power and velocity output; ii) to increase ball velocity, coaches focus on shoulder internal rotation, elbow extension and abdominal oblique muscles; and iii) there is a difference of choice in the TP based on the coaches' level of academic degree (AD) and age: young coaches with high AD build their TP more in accordance with recent scientific knowledge, while older ones with low AD build TP based on either older knowledge or on beliefs. …”

Dukic, M., Zivkovic, M.

van den Tillaar, R. “… The main contributors to the total ball velocity at release were the internal rotation of the shoulder (63 ) and elbow extension (32 ). Furthermore, it was found that technique was not affected when the ball mass was increased nor when instructions were changed, as was indicated by the invariance of the relative timing of the upper body segments.  …”

Wagner, H., Pfusterschmied, J., von Duvillard, SW. P., Müller, E. “… A specific proximal-to-distal sequence, where elbow flexion occurred before shoulder internal rotation, was found in all three groups.  …”

Bayios, I., Gouvali, M., Hatziharistos, D., Zapartidis, I. “… After the last 10min period of the first half, t_Vmax of the shoulder gradually approached that of the elbow. During the last 10min period of the simulated game, t_Vmax of the elbow preceded t_Vmax of the shoulder.  …”

van den Tillaar, R., Ettema, G. “… The analy­sis consists of maximal angles, angles at ball release, and maximal angular velocities of the joint movements and their timing during the throw. Only the elbow angle (extension move­ment range) and the level of internal rotation velocity of the shoulder at ball release showed a significant relationship with the throwing performance.  …”