Search PubMed⌕ Search

PubMed · 3893750

Overuse injuries.

Abstract

Stress injuries common to running athletes are always associated with a breakdown of the protective mechanisms normally inherent in healthy posture and gait. It is more important to identify and treat these breakdowns of the motor process than the resulting injury itself. Simple motor screening of athletes can identify functional abnormalities that lead to stress injuries. This screen includes assessment of flexibility of all major joints, responsiveness of primary postural muscles, posture, balance, and gait. Present definitions of physical fitness are focused on cardiorespiratory function and strength and do not properly determine the ability of an athlete to run or walk. The basic motor screen outlined in this article has been shown to be of value in correcting this shortcoming.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

J L Beck, R W Day. 1985. Overuse injuries.. https://pubmed.ncbi.nlm.nih.gov/3893750/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Injuries in Swedish skydiving.

OBJECTIVE: To create a basis for prevention of modern skydiving injuries. DESIGN: Descriptive epidemiological study. SETTING: National total material. PATIENTS: Data on all reported injury events (n = 257) in Swedish skydiving 1999-2003 (total 539,885 jumps) were retrieved from the Swedish Parachute Association. Non-fatally injured skydivers were sent a questionnaire asking for event and injury details (response rate 89%), and supplementary hospital records were retrieved for the most serious injuries (n = 85). Human, equipment and environmental factors were assessed for risk. MAIN OUTCOME MEASUREMENTS: Frequency and severity of injuries. RESULTS: Incidence of non-fatal injury events was 48 per 100,000 jumps. The lower extremities, spine and shoulders were important regions of injury. The most serious injuries were experienced by licensed skydivers, but students in training had a higher injury rate and more often left the sport because of the injury. Of two student-training systems, one had an incidence less than half that of the other. CONCLUSIONS: A basis for prevention was created, showing a potential for reduction of frequency and severity of injuries with training and technical interventions.

Athletic Injuries↗

Screening for catastrophic neck injuries in sports.

The cervical spine is prone to injury due to the structure of the articulating vertebrae at the level of C4-C6, where the spinal cord occupies more of the spinal canal. Cervical spine injuries can occur in all sports and all ages. Participation in contact sports certainly increases the possibility of cervical spine injuries. In screening for catastrophic neck injuries it is vital to examine incidence and injury surveillance statistics in sports. These data can help determine sport-specific preponderance of catastrophic injury. Screening methods for predisposition to catastrophic cervical spine injuries include a concise history, physical examination, and radiographic methods. There is currently no universal classification system utilizing imaging of the cervical spine that has been validated as a screening method for catastrophic neck injuries.

Athletic Injuries↗