Suchergebnisse - Spine

Raškovic, B., Dimitrijevic, V., Vukadinovic Jurišic, M., Javorac, D., Kojic, M., Cvetkovic, M., Obradovic, B. “… The review found significant differences in BMD across sports, with weightlifters and gymnasts showing the highest BMD values, particularly at high-load and high-impact sites such as the lumbar spine and femoral neck. Basketball and soccer players showed moderate BMD values, while swimmers and cyclists had the lowest BMD values.  …”

Gannon, L., Hind, K. “… Dual-energy X-ray absorptiometry determined bone mineral properties of the total body (less head) and lumbar spine (LS, L1-L4) and total lean mass. Subgroup analyses were conducted for juniors (prepubescent), adolescents (11-16 y), and seniors (17-24 y).  …”

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

Eyssartier, C., Robert, M., Billard, P., Thoreux, P., Sauret, C. “… Back pain is prevalent among gymnast populations and extreme flexion or extension of the lumbar spine along with high ground reaction forces (GRFs) are known to increase intervertebral stress.  …”

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.  …”

Ahmad, B., LaBella, C. R., Wolf, S. F. “… The most common injury locations were lower extremity (42.3%), followed by upper extremity (32.5%), spine/trunk (19.6%), and head/neck (5.5%). The leading injury types were strains (16.6%) and apophysitis (12.9%).  …”

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.  …”

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.  …”

Makovitch, S., Eng, C. “… Reports of spine injuries in the gymnast are common. An epidemiological study of female collegiate gymnasts from the 1988-1989 through 2003-2004 seasons revealed that low back strains were the third most common practice and competition injury reported at 6% and 3% of all injuries, respectively.  …”

Tilley, D., James, D. A. “… Of particular importance. the rehabilitation Professional must take note of lumbar spine injuries in female gymnasts, shoulder and wrist injuries in male gymnasts, and lower body impact injuries in both genders, as these continue to be issues that plague gymnasts worldwide.  …”

Ranieri, M., Potter, M., Mascaro, M., Grant-Ford, M. “… Third, we will go through general guidelines for progressive protocols for injuries to the head/neck (concussion), upper extremity (UE), lumbar spine, and lower extremity (LE) in gymnasts. …”

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.  …”

M. Bucar Pajek, N. Istenic, S. D. Kalinski, M. S. Pavletic “… Karmen Šibanc: Handgrips in artistic gymnastics Tinka Leskovec: Relationship between balance performance and one-legged countermovement jump in artistic and rhythmic gymnastics Nastja Smodiš: An analysis of international competition results of Slovene gymnasts and Rio 2016 medal winners for the 2012-2016 period Elena Medvedeva: Factors predetermining the sychronism of leaps execution in group routines in rhythmic gymnastics Maja Bucar Pajek: How successful are Women All around Champions on apparatus events at OG 1952-2016 Iztok Retar: Inhibitors and triggers of inovative physical activity teaching in sport gymnastics Miha Vodicar: Gymnastics spine injuries Marko Vidnjevic: Effects of resistance training on the body composition of middle-aged and older persons Aleksandra Aleksi-Veljkovi: Bilateral coordination and balance in diferent gymnastics disciplines: a cross sectional study Nina Istenic: Body composition of Slovenian artistic and rhythmic gymnasts Suncica Delaš Kalinski: Dynamics of bilateral learning process of complex motor skills Ivan Piteša: The impact of gymnastics experience on the acquisition of new gymnastics skills Tina Rabic: Comparison of stretch jump on trampoline and mini trampoline Tjaša Stepišnk Perdih: TRE for athletes Ajda Kolman: Pelvic floor dysfunction of physical education teachers  …”

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.  …”

Sonvico, L., Spencer, S. M., Fawcett, L., Bucke, J., Henghan, N. R., Rushton, A. “… Lumbar spine range of motion (ROM) is a key component of injury prevention and normative data has not currently been determined for an elite gymnastics population.  …”

Thomas, R. E., Thomas, B. C. “… Five database studies provided injury location data for 274 males: averages weighted by study size were upper extremity 42.8%, lower extremity 33.6%, torso/spine 11.8%, and head/neck 4.9% and 12 studies with 843 females provided average rates for lower extremity 51%, upper extremity 30.8%, torso/spine 13% and head/neck 0.8%.  …”

Gao, L., Yang, Y. J., Li, E. Q., Mao, J. N. “… Results Compared with healthy controls, there were significant improvement in lumbar spine bone mineral density, and 236 up-regulated as well as 265 down-regulated in serum samples of athletes.  …”

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. …”