You have selected Abstracts from
Chiropractic Sports Medicine's
Volume 10, Number 1; March 1996
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Dana J. Lawrence, DC .......... p. 1
Chun-Cheung Woo, DC .......... p. 3
Manuel Duarte, DABCO, DACBSP .......... p. 13
Jeffrey Solomon, DC .......... p. 28
Robert C. Nelson, DC and Timothy B. Rinn, DC .......... p. 32
Timothy B. Rinn, DC .......... p. 37
James R. Rouse, DC .......... p. 41
Design: Survey by interview.
Setting: Private practice.
Participants: Nine elite athletes (seven cycle-ball and two cycle-artistic) and three coaches in the 1993 World Indoor Cycling Championships.
Results: No documented sports injuries literature of either game could be found in Medline and authorities. Light collisions have been seen during cycle-call championships. Falls were more common in cycle-ball than cycle-artistic. No one sustained fracture, dislocation, head injury, or abdominal injury; however, seven cycle-ball and two cycle-artistic athletes sustained minor injuries, including six contusions of muscles and bones, two strains, and one sprain. Most injuries were acute rather and overuse-type injuries.
Conclusions: Cycle-ball is a collision sport; cycle-artistic is a noncollision acrobatic sport. Cycle-ball and cycle-artistic are considered reasonable safe. There is, however, a potential risk of accidental head concussion in cycle-ball and head and neck injuries in some pair moves of cycle-artistic. Further survey of injuries in both sports are recommended. Improved effectiveness of rules, rules change, and competent officiating are crucial in injury prevention. To prevent accidental injuries, it is equally important for practitioners of both sports to continuously study the mechanisms of sports injuries and identify their risk factors and for the sports officials to continuously review and revise the rules of the sport.
Key Words: (MeSH) bicycle, cycling, acrobatics, sports injuries, bicycling injuries, athletic injuries, sports medicine, accidents, overuse injuries, injury prevention, chiropractic; (Non-MeSH) cycle-ball, cycle-artistic, overcompeting, rules.
Data for this review was retrieved from references identified in bibliographies of books and articles of authority in the use of goniometric measurement. Data selection was based upon its usefulness for the field practitioner treating athletic patients in out-patient clinics. This article addresses the proper use of the goniometer and its accurate interpretation of joint range of motion.
Key Words: Sports medicine, chiropractic, joint range of motion.
Mobile Chiropractic, Inc. has been successfully providing services at athletic events in South Florida for two years. Investigation into this apparently beneficial method of service is lacking. There is a need for continued review of mobile chiropractic/medical services.
Key Words: Chiropractic, sports medicine.
Key Words: Athletic Injuries, Blood-Borne Pathogens, Emergency Medical Services, Sports Medicine.
Key Words: Gastrocnemius, muscle strain, soft tissue injury, sports injuries, rehabilitation, chiropractic.
Clinical Features: A 58-yr-old man developed low back and leg pain after being injured on the job. Chiropractic and medical/surgical care resulted in remission of symptoms but not total resolution of the complaint. Past medical and chiropractic notes made no mention of spondylolisthesis. A thorough examination, X-rays and CT scan confirmed diagnosis of L5 spondylolisthesis, grad 1, complicated by moderate degenerative joint disease and multiple lumbar subluxation. The instability of the lumbar spine needed to be addressed.
Intervention and Outcome: The primary objective was to reduce the subluxation and spondylolisthesis. The secondary objective was to strengthen the musculature and increase the flexibility and mobility of the lumbar spine. A final goal was to stop over-stressing and reinjuring the lumbar spine. Thus, a conservative chiropractic rehabilitation treatment plan was initiated.
Conclusion: Patient response to care was quite good, indicating that such programs can be used to help manage cases of spondylolisthesis. More clinical research is needed to help delineate mechanisms.
Key Words: Spondylolisthesis, rehabilitation, passive vs. active exercise.
