Suchergebnisse - Spine

Kobayashi, T., Seki, S., Liu, M., Chiba, I., Oguro, T., Makino, Y., Kobayashi, Y., Matsumoto, H., Hwang, I. “… Total body and lumbar spine BMD were measured using dual-energy X-ray absorptiometry.  …”

Patterson, C., Raschner, C. “… Male racers perform the LRJT with 40% body weight on a barbell. Many racers have spine and knee problems and cannot perform the test.  …”

Blazkiewicz, A., Bialecka, M., Golinski, M., Dudzinski, W., Chamera, T., Tan, B., Pardal, C. V., Grygorowicz, M. “… Muscle cramps/spasm (28%, 95% CI 21-37%) occurring in the lower back/lumbar spine (26%, 95% CI 19-35%) were the most common injury.  …”

Skouras, A. Z., Koulouvaris, P., Tsekouras, Y., Antonakis-Karamintzas, D., Goutseva, A., Tsolakis, C., Klentrou, P. “… Methods Bone mineral density (BMD) and bone mineral content (BMC) of total body, total body less head, spine, and dominant and nondominant limbs were assessed by dual-energy X-ray absorptiometry.  …”

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).  …”

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.  …”

Fitch, A., Mara, J., Waddington, G., Hetherington, M., Mahony, K., Drew, M. “… The OSTRC-H2 detected more illnesses than medical attention records and also detected low-grade 'niggles'; specifically lower leg pain. Discussion: Lumbar spine injuries (including stress fractures) and typical growing injuries; Osgood Schlatter's, Sever`s disease, contributed mostly to modified time loss to training over the 10 weeks with an elbow apophyseal injury contributing the most amount of time loss to training.  …”

Shumova, N. S., Cuj, C. “… The combination of high levels of identification and external regulation under more complex conditions (combination of educational and sports activities by Chinese sambo wrestlers training in Russia) leads to the suppression of fear of an opponent, victim behavior, and an increase in the number of severe injuries (spine). For Chinese sambo wrestlers training in China, the combination of youth, high levels of undifferentiated self-esteem, identification and external regulation with high training and competitive loads, a large number of prizes, increases the level of emotional burnout, and contributes to the rapid devaluation of achievements. …”

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

Currie, B. M., Drew, M. K., Hetherington, M., Waddington, G., Brown, N. A. T., Toohey, L. A. “… Although it is generally accepted that lumbar spine injuries are common in diving athletes, the existing literature of health problems in diving athletes remains scarce.  …”

García-Alonso, M., Corral-Gudino, L. “… Both groups of female athletes (HEA and NHEA) showed higher Z-scores than those of NA in the femur; however, only NHEA had a significant increase in the BMD on lumbar spine than that of NA. Conclusion The prevalence of long-term amenorrhoea and/or BSI was significantly higher in the HEA than in the NHEA or NA females.  …”

Kelly, S., Waring, A., Stone, B., Pollock, N. “… The foot, pelvis and the lumbar spine were the regions with the highest number of bone stress injuries.  …”

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).  …”

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.  …”

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.  …”

Bell, J. A., Nunnerley, J. L., Shackel, D. F., Coates, M. H., Campbell, R. G., Frampton, C. M., Schouten, R. “… Methods Adult male pace bowlers received 6-weekly pre-planned Magnetic Resonance Imaging scans over a single season to determine the presence and intensity of bone marrow oedema in the posterior vertebral arches of the lumbar spine. The participants bowling volume and back pain levels were monitored prospectively.  …”

Wei, W., Evin, M., Bailly, N., Arnoux, P. “… The thoracic spine was found more likely to exceed the limits of flexion-extension range of motions than the lumbar spine during back-to-snow impacts, indicating a higher injury risk.  …”

Shuman, K. M., Meyers, M. C. “… Injury occurs most often to the upper extremity (55-63%), whereas thoracoabdominal and spine injuries account for 1.5-2.9% of all trauma and lower extremity injuries occur 17-26% of the time.  …”

Kruszewski, M., Kruszewski, A., Tabecki, R., Mierzejewski, B., Pagowski, L. “… Measurements were performed of active ranges of movement of the shoulder, flexion and extension in the shoulder joint, forward bending of the spine and dorsal extension of the foot in the ankle joint.  …”