OPTM Therapy | Elbow Injuries in Young Throwers
1340
post-template-default,single,single-post,postid-1340,single-format-standard,ajax_fade,page_not_loaded,,qode-title-hidden,qode-child-theme-ver-1.0.0,qode-theme-ver-10.1.1,wpb-js-composer js-comp-ver-5.0.1,vc_responsive

Elbow Injuries in Young Throwers

Here’s the wind-up and the pitch, ouch! Chronic overuse injuries are occurring more frequently in youth sports. Conditioning and training errors, year round training in one sport, longer competitive seasons combined with rapidly changing physical characteristics are contributing factors. 20-40% of the over 3,000,000 youth baseball players, ages 9-12, annually suffer from elbow pain.

Little League elbow is a valgus overload and distraction force on the medial elbow, which occur during the cocking and acceleration phases of throwing. Lateral side injuries result from valgus overloads seen in the late cocking and early acceleration phases result-ing in compressive forces to the radius and capitellum. Overuse syndromes are a direct result of excessive and unnatural stresses on bones and the supporting soft tissue structures. Continued repetitive microtrauma coupled with inadequate recovery time intervals between episodes of stress will damage the elbow. When these pathologic forces
occur in a young thrower’s elbow, the result is a specific, age-dependent injury.
An understanding of normal skeletal development, proper throwing mechanics and reasona-ble workload limits are essential for successful management of an elbow injury. There are 6 ossifi-cation centers in the elbow, which appear about every 2 years between ages 2-12. These are usually completely ossified by the mid-teens. In skeletally ma-ture throwers, the anterior bundle of ulnar collateral ligament, UCL, serves as the primary stabilizer and absorbs most of the valgus stress. Cadaveric studies have shown the UCL fails at 32 Nm; pitching 80 mph generates 64 Nm of force, half of which is trans-mitted through the UCL.
Additionally, a study by C.D. Morgan, found that a deficiency of greater than 20 degrees of shoulder internal rotation at 90 degrees of abduction contributed to medial elbow stress due to the decrease of elbow extension angular velocity over an increased period of time and an increase in the length of time the elbow is in a valgus loaded position.
Management of elbow pain initially should consist of rest from pitching for 4-6 weeks. Restoration of strength and range of motion to the elbow. Training proper throwing mechanics and core conditioning training should occur during this phase. A pro-gressive return to throwing pro-gram can begin over the next 6-8 weeks. The average time to return to competitive pitching is 12 weeks. It is appropriate to have 2 days rest following a series of competitive pitches. Competitive pitching should be limited to 9 months per year. Throwing at a velocity greater than 80 mph should be discouraged in skeletal-ly immature throwers.
OPTM specializes in sports related injuries and considers the maturity level of each competitor, young or old. We apply evidence-based practice and our sports experience to each individual.