Suchergebnisse - Clinical Biomechanics
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Shoulderology (Schulterologie)
Itoi, E.Veröffentlicht 2023“… This Monograph is a compilation of clinical experience and basic research by the author on the function and anatomy of the shoulder joint, with particular emphasis on biomechanics. …”
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Bilateral comparison of anterior shoulder position in elite tennis players (Bilateraler Vergleich der vorderen Schulterposition bei Spitzentennisspielern)
Ellenbecker, T., Roetert, E. P., Petracek, K., Kovacs, M., Barajas, N., Bailie, D.Veröffentlicht in International Journal of Sports Physical Therapy (2022)“… The differences of 7-8mm between extremities has clinical application for interpreting anterior shoulder position test results in this population. …”
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An exploration of the effect of proprioceptive knee bracing on biomechanics during a badminton lunge to the net, and the implications to injury mechanisms (Eine Untersuchung zum Effekt propriozeptiver Hilfsmittel für das Knie auf die Biomechanik während des Ausfallsschritts zum Netz im Badminton und den Konsequenzen für Verletzungsmechanismen)
Valldecabres, R., de Benito, A. M., Littler, G., Richards, J.Veröffentlicht in PeerJ (2018)“… The aim of this study was to determine changes in knee biomechanics during badminton lunges due to fatigue, lunge strategy and knee bracing. …”
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Relationship between range of motion, strength, motor control, power, and the tennis serve in competitive-level tennis players: A pilot study (Verhältnis zwischen Bewegungsumfang, Kraft, Bewegungssteuerung, Kraft und dem Tennisaufschlag bei Tennisspielern im Wettkampfbetrieb: Eine Pilotstudie)
Palmer, K., Jones, D., Morgan, C., Zeppieri, G.Veröffentlicht in Sports Health: A Multidisciplinary Approach (2018) -
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Does the use of a knee brace change the biomechanics during a badminton lunge to the net, and what are the implications to injury mechanisms? (Verändert die Nutzung eines Knieschutzes die Biomechanik während des Ausfallschritts zum Netz im Badminton und welche Konsequenzen hat das für Verletzungsmechanismen?)
Valldecabres, R., de Benito, A. M., Littler, G., Richards, J.Veröffentlicht 2018“… The aim of this study was to determine changes in knee biomechanics during badminton lunges due to fatigue, lunge strategy and knee bracing. …”
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Scapular upward-rotation deficits after acute fatigue in tennis players (Defizite in der Aufwärtsbewegung des Schulterblatts nach akuter Ermüdung bei Tennisspielern)
Rich, R. L., Struminger, A. H., Tucker, W. S., Munkasy, B. A., Joyner, A. B., Buckley, T. A.Veröffentlicht in Journal of Athletic Training (2016) -
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Sports injuries (Sportverletzungen)
M. Hutson, C. SpeedVeröffentlicht 2011“… Bone 1.7. Training Biomechanics 1.8. Principles of biomechanics and their use in the analysis of injuries and technique 1.9. …”
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The 4000 Watt tennis player (Der 4000-Watt-Tennisspieler)
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Major international sport profiles (Profil großer internationaler Sportarten)
Patel, D. R., Stier, B., Luckstead, E. F.Veröffentlicht in Pediatric Clinics of North America (2002) -
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Electric efficiency of the erector spinae in high performance amateur tennis players (Elektrische Effizienz des Erector Spinae bei Hochleistungs-Amateurtennisspielern)
Renkawitz, T., Linhardt, O., Grifka, J.Veröffentlicht in The Journal of Sports Medicine and Physical Fitness (2008)“… The asymmetric trunk loading caused by tennis specific biomechanics with trunk hyperextension motions and trunk rotation seems to induce imbalanced muscle activity patterns of the lumbar erector spinae. …”
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Biomechanical issues of abdominal and groin injuries in tennis (Biomechanische Probleme von Abdomen- und Leistenverletzungen im Tennis)
Knudson, D.Veröffentlicht in Medicine and Science in Tennis (2007)“… This paper will summarise biomechanical loading and some of these lines of evidence that have focused on the biomechanics of the hip and lower trunk motion in tennis. …”
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Lesions of the triangular fibrocartilage and extensor carpi ulnaris tendon in tennis: biomechanics and clinical diagnosis (Läsionen des Dreiecksfaserknorpels und der ellenseitigen Handstrecksehne im Tennis: Biomechanik und klinische Diagnose)
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The pediatric overhead athlete: what is the real problem? (Der kindliche "Overhead"-Sportler: Was ist das wirkliche Problem?)
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Injury of the superior labrum in overhead athletes (Verletzung des oberen Labrum bei Athelen in Überkopf-Sportarten)
van der Hoeven, H.Veröffentlicht in Medicine and Science in Tennis (2004)“… In order to generate as much energy as possible when the ball is released, the shoulder is placed in a position of maximum external rotation and this is why shoulder injuries are common in overhead athletes. The biomechanical, pathophysiological and clinical aspects are mentioned and possible treatment is explained. …”
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Medical care for Polish tennis players (Die medizinische Betreuung der polnischen Tennisspieler)
Unierzyski, P.Veröffentlicht in Medicine and Science in Tennis (2003)“… In Poland, every athlete under the age of 21 is required by law to undergo clinical screening performed under supervision of a medical doctor specialising in the field of sport medicine, before starting any form of sports practice. …”
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Kinematic analysis of internal and external rotation range of motion in professional tennis (Kinematische Analyse der Bewegungsamplitude der Innen- und Außenrotation im Profitennis)
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Recovery after a shoulder injury (Wiederherstellung nach einer Schulterverletzung)
Silva, R.Veröffentlicht 2001“… Although most players indicate that serving leads to the onset of pain, all strokes in tennis may induce pain over the anterior, superior and posterior aspect of the shoulder. Shoulder biomechanics One issue requiring special attention is the analysis of shoulder mechanics. …”
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Anatomy and biomechanics of the shoulder in throwing, swimming, gymnastics, and tennis (Anatomie und Biomechanik der Schulter beim Werfen, Schwimmen, Gerätturnen und Tennis)
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A simulation of muscle force and internal kinematics of extensor carpi radialis brevis during backhand tennis stroke: implications for injury (Ein Simulationsmodell der Muskelkraft und interne Kinematik des extensor carpi radialis brevis während des Rückhandschlags im Tennis: Auswirkungen auf Verletzung)
Riek, S., Chapman, A. E., Milner, T.Veröffentlicht in Clinical Biomechanics (1999)“… Clinical Biomechanics …”
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Research activities and publications of the Laboratory of biomechanics of the University if Essen (Forschungen und Publikationen des Labors für Biomechanik der Universität Essen)
“… Research activities and publications of the Laboratory of biomechanics of the University if Essen (Germany) with the following topics: barefoot pressure isobarograph animation (107 k) wireframe-animation barefoot walking (117 k) in-shoe pressures in two running shoes (93 k) in-shoe pressures - average of 2090 trials from 22 subjects (80 k) Tennis Ball Impact on the String Area of a Tennis Racket Pressure Distribution Applications Footwear Research & Running Locomotion Foot-Mechanics Foot loading in early childhood, for school children, and adults Foot architecture and loads on the human body Effects of overweight / obesity on foot mechanics Transducer Technology and Measurement Procedures Capacitive and piezoelectric pressure transducers, ultrasonic velocity transducers Global positioning systems (GPS, DGPS) for sport applications Shock Shock transmission through the human body Warm-up & Stretching The effects of warm-up and stretching on muscular performance EMG-Applications EMG of endurance and explosive type activity athletes Tennis Interaction between the racket and the human body Bicycle Research Forces on the pedal, pressure distribution under the foot, fatigue effects Soccer Research Game Analysis, Soccer Shoe Properties, Shooting Speed, Shooting Accuracy Sports-Applications Loads on the human body during various sport activities (trampolining, platform diving, triple jump, fosbury flop, broad jump, volleyball) Clinical Research Ankle brace function, diabetic foot, neuromotor disorders, Parkinsonian gait, prosthesis measurements …”