Suchergebnisse - Spine

Weinrich, L., Niemann, M., Braun, K. F., Ahmad, S. S., Stöckle, U., Mellera, S. “… Further measures were the acetabular index (AI), lateral center-edge angle (LCEA), crossover sign, ischial spine sign, and femoral head extrusion index (FHEI).  …”

Madsen, A., Alfonso, K., Vincent, H. K. “… The lifetime prevalence of injury for all skaters is estimated to be 79.5%, with the most common sites being spine and lower extremity. Singles skaters more often develop chronic injuries compared to acute (68.9% vs 31.1%), whereas non-singles skaters more often experience acute injuries.  …”

Mandroukas, A., Metaxas, I., Michailidis, Y., Metaxas, T.

Nogier, A., Tourabaly, I., Ramos-Pascual, S., Barreau, X., Baraduc, E., Saffarini, M., Courtin, C. “… Clinical scores were excellent, except for FJS in 1 patient who had considerable pain at her spine and ipsilateral foot. All patients were satisfied with surgery (NRS = 10).  …”

Mendes-Cunha, S., Moita, J. P., Xares, L., Torres, J. “… Results The most prevalent diagnosis leading to forced time-loss in female dancers were Medial Tibial Stress Syndrome (MTSS), 14.29%, and Posterior Ankle Impingement Syndrome (PAIS), 7.14%, whereas in male dancers these were Hallux Sprain, 17.50%, and Lumbar Spine Joint Injuries, 7.50%. Differences were found in injuries` anatomical location between genders and in Incidence Proportion and Clinical Incidence between skill levels. 72.20% of the chronic injuries and 50.00% of the acute injuries occurred in Level III students.  …”

Lou, S., Soh, K. G., Soh, K. L., Sun, H., Modh Nasiruddin, N. J., Du, C., Zhai, X. “… Meanwhile, core training could increase stability and stiffness in the spine to reduce unrequired "energy leaks" and torso movement during the exertion of external loads.  …”

Eyssartier, C., Billard, P., Robert, M., Thoreux, P., Sauret, C. “… The ring and both the front and back walkovers were the movements studied involving the lumbar spine in extension the most but also resulting in the highest dispersion between gymnasts.  …”

Förster, L., Grummt, M., Weinrich, L., Wolfarth, B. “… The most frequently injured body regions are: hand (18.8%), spine (17.9%) and knee (17.4%). The most common cause of injury was an insufficient warm-up (57.7%).  …”

S. Porter, J. Wilson “… Hand and wrist injuries: a focus on boxing Ian Catt 26. The cervical spine: risk assessment and rehabilitation Alan I.  …”

Võsoberg, K., Tillmann, V., Tamm, A. L., Jürimäe, T., Maasalu, K., Jürimäe, J. “… Methods: Whole body (WB), lumbar spine (LS) and femoral neck (FN) BMD, WB bone mineral content (BMC), and leptin, adiponectin and ghrelin were measured in 35 RG and 33 UC girls at baseline and at 12-month intervals over the next 3 years.  …”

Eyssartier, C., Poulet, Y., Marsan, T., Valdes-Tamayo, L., El Oujaji, S., Robert, M., Billard, P., Thoreux, P., Sauret, C. “… Gymnastics practice necessitates a very wide range of motion of the lumbar spine, especially during back walkovers (Hall 1986).  …”

M. Khodaee, A. L. Waterbrook, M. Gammons “… Jones, Ellen Kroin, Adam Schiff; Pages 499-521 Toe; Bryant Walrod; Pages 523-533 Acute Sports-Related Bones and Joints Trauma: Axial Skeletal Cervical Spine; Matthew G. Zmurko, Matthew Gammons, Morteza Khodaee; Pages 537-559 Thoracic Spine; Matthew G.  …”

Wielandt, T., van den Wyngaert, T., Uijttewaal, J. R., Huyghe, I., Maes, M., Stassijns, G. “… Overall, absolute BMD values were highest in the legs, followed by spine and arms. Dancers with Z-score <-1 had a significantly lower total mass. 43% of female ballet dancers had not yet had their first period and 39% had oligomenorrhea, but no significant differences between groups was detected.  …”

Sumer, T., Pajek, M., Hadzic, V., Samardzija Pavletic, M. “… The purpose and goals of this final degree thesis were to investigate the appearance of spine injuries (lumbar spine) in Slovenian gymnasts as well as to assess whether the flexibility of the hip joint - in directions of flexion and extension - affects these injuries.  …”

Swain, C. T. V., Bradshaw, E. J., Ekegren, C. L., Whyte, D. G. “… Background: Dance is a physical pursuit that involves loading the spine through repetitive dynamic movements and lifting tasks.  …”

Knudsen, E. W., Hølledig, M. L., Nielsen, M. J., Petersen, R. K., Bach-Nielsen, S., Zanescu, B., Overholt, D., Purwins, H., Helweg, K. “… An application for ballet training is presented that monitors the posture position (straightness of the spine and rotation of the pelvis) deviation from the ideal position in real-time.  …”

Wewege, M. A., Ward, R. E. “… No significant differences were observed in the lumbar spine or tibia. The overall study quality was low and heterogeneity was present in some analyses.  …”

Battisti, J. “… These include injuries to the spine such as scoliosis, and spondylolysis. Injuries of the hip such as trochanteric bursitis, coxa saltans, and osteoarthritis.  …”

Oltean, A., Rusu, M. M., Copoiu, N., Calin, M. F. “… The 30 athletes of our research aged 12-13 years present approximately equally injured precent ankles and spine (lumbar level). Conclusions. This study can be a support for the specialists in the field to develop training plans that do not lead to injuries of the athletes in order to avoid mistakes in choosing the means and methods of learning, consolidating and improving the elements with high risk of injury. …”

Donti, O., Bogdanis, G. C., Kritikou, M., Donti, A., Theodorakou, K. “… Multiple regression analysis revealed that sideways leg extension, body fat, and push ups accounted for a large part (62.9%) of the variance in the technical execution score for the non-qualifiers, while for the qualifiers, only 37.3% of the variance in the technical execution score was accounted for by sideways leg extension and spine flexibility. In conclusion, flexibility and body composition can effectively discriminate between qualifiers and non-qualifiers in youth rhythmic gymnastics.  …”