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Cause(1)

Elbow injuries in athletes.

Loomer RL. Can J Appl Sport Sci 1982 Sep;7(3):164-6

Throwing and racquet sports produce large stresses at the elbow joint consisting of tension on the medial or ulnar side, and compression on the lateral or radial side. Medial tension can lead to tears of the common flexor origin or medial collateral ligament, ulnar nerve subluxation, or pronator teres syndrome. Bony lesions include fragmentation and partial avulsion of the medial humeral epicondyle (little league elbow) or even complete avulsion of the epicondyle. The possible sequelae of excessive lateral compression include osteochondritis dissecans of the capitellum, osteochondral fractures of the capitellum and radius, and loose bodies. Early and accurate diagnosis is essential to initiate proper treatment.

Inflammation

An injury will occur when a tissue is subjected to an irritation (over-load, pressure, blow etc.). All injuries release an acute inflammatory reaction that is crucial for the healing of the injury. The acute inflammation can develop into a chronic inflammation, which represents a serious complication, if the irritation (over-load) continues. The chronic inflammation acts by breaking down the tissue (causing a weakening of the tendons, cartilage, etc.) and results in pain which will necessitate a break in training involving further weakening of the muscles, tendons and bones.
Chronic inflammation is often troublesome to treat, requires prolonged breaks in activity and can in worst cases result in injuries that make a resumption of sport an impossibility (sports disablement).
Prevention of the outbreak of chronic inflammation is consequently vital for continued sports activity. This is primarily achieved by reacting to the signals from the body revealing that there is something not as it should be (i.e. tenderness and pain), removing the triggering load by adjusting training and seeking sports medicinal advice and guidance. It is naturally also important to start correct rehabilitation and treatment programs as quickly as possible.

The complaint is termed “inflammation”, and the condition has no relation to “infection” and penicillin has consequently no effect whatsoever.

Treatment(2)

The treatment of pulled elbow: a prospective randomized study. 

Taha AM. Arch Orthop Trauma Surg 2000;120(5-6):336-7

To evaluate the effectiveness in decreasing recurrence of cast application after manual reduction of pulled elbow. Sixty-four children with pulled elbow were randomized into two treatment groups: Group A underwent manipulative reduction followed by splinting the elbow in a flexed and supinated position for 2 days; group B underwent manipulative reduction only. Both groups were examined 2, 5, and 10 days later. None of the 33 patients in group A had a pulled elbow at follow-up. Four (13%) of 31 patients in group B had a pulled elbow 2-5 days later. Immobilizing the elbow for 2 days after manipulative reduction improves the success of treatment of a pulled elbow.

Treatment(1)

A comparison of supination/flexion to hyperpronation in the reduction of radial head subluxations. 

Macias CG, Bothner J, Wiebe R. Pediatrics 1998 Jul;102(1):e10

OBJECTIVE: To compare supination at the wrist followed by flexion at the elbow (the traditional reduction technique) to hyperpronation at the wrist in the reduction of radial head subluxations (nursemaid’s elbow). MATERIALS AND METHODS: This prospective, randomized study involved a consecutive sampling of children younger than 6 years of age who presented to one of two urban pediatric emergency departments and two suburban pediatric ambulatory care centers with a clinical diagnosis of radial head subluxation. Patients were randomized to undergo reduction by one of the two methods and were followed every 5 minutes for return of elbow function. The initial procedure was repeated if baseline functioning did not return 15 minutes after the initial reduction attempt. Failure of that technique 30 minutes after the initial reduction attempt resulted in a cross-over to the alternate method of reduction. The alternate procedure was repeated if baseline functioning did not return 15 minutes after the alternate procedure was attempted. If the patient failed both techniques, radiography of the elbow was performed. RESULTS: A total of 90 patients were enrolled in the study. Five patients were removed from further analysis secondary to a final diagnosis of fracture, 84 were reduced successfully, and 1 failed both techniques. Demographic characteristics of each group were similar. Thirty-nine of 41 patients (95%) randomized to hyper-pronation were reduced successfully on the first attempt versus 34 of 44 patients (77%) randomized to supination. Two patients in the hyperpronation group required two attempts versus 10 patients in the supination group. Hyperpronation was more successful; 40 of 41 patients (97.5%) in the hyperpronation group were reduced successfully versus 38 of 44 patients (86%) in the supination group. Of the 6 patients who crossed over from supination to hyperpronation, 5 were reduced on the first attempt and 1 was reduced on the second attempt. CONCLUSIONS: In the reduction of radial head subluxations, the hyperpronation technique required fewer attempts at reduction compared with supination, was successful more often than supination, and was often successful when supination failed.

Examination

Ultrasonography of pulled elbow.

Kosuwon W, Mahaisavariya B, Saengnipanthkul S, Laupattarakasem W, Jirawipoolwon P. J Bone Joint Surg Br 1993 May;75(3):421-2

We used ultrasonography in ten children with pulled elbow to compare measurements of the radiocapitellar distance (RCD) on the affected and the unaffected sides. Similar measurements were made in a group of ten age-matched normal children. The mean RCD in pronation of the affected and normal sides in the patients with pulled elbows was 7.2 mm +/- 0.7 and 3.8 mm +/- 0.5, respectively (p < 0.0001). In the normal children the mean RCD in pronation was 4.5 mm +/- 0.5. We conclude that ultrasonography is of value for documenting pulled elbow in children.

Symptoms

Did you check your nursemaid’s elbow?

Kunkler CE. Orthop Nurs 2000 Jul-Aug;19(4):49-52; quiz 53-5

Imagine a parent innocently swinging around a toddler … a yank on an outstretched arm to keep a preschooler from falling … a caregiver attempting to move a reluctant child by dragging the child by the hand … a helping hand to lift a young child up over the curb or a high step. None of these activities is ever intended to hurt a child, yet the result of these specific activities send many children with anxious parents and caregivers to emergency departments and unscheduled pediatrician appointments each year. Nursemaid’s elbow, also known as a pulled elbow or a subluxated radial head, may result from the specific activities described above and is the most common dislocation injury handled by pediatricians. Most commonly occurring in the 1-year to 4-year old age group, nursemaid’s elbow is easily treated and generally has no long-term sequelae.

Cause

The epidemiology of radial head subluxation (‘pulled elbow’) in the Aberdeen city area.

Jongschaap HC, Youngson GG, Beattie TF. Health Bull (Edinb) 1990 Mar;48(2):58-61

The incidence of Radial Head Subluxation in young children in the Aberdeen City Area was ascertained by retrospective review to be 1.2% per year. One hundred and sixty-two cases were recorded, in children aged between 5 and 66 months. The epidemiological features of the condition are reviewed. Extrapolation of these figures to the population of England, Scotland and Wales would suggest an annual incidence of 50,000 cases. This is a condition treatable in general practice, provided of course that the patient is not taken direct to an Accident and Emergency Department.

Thank you


Specialist in rheumatology and medical for the Danish national football team Mogens Kreutzfeldt for inspiring collaboration with child version of www.sportnetdoc.com

FADLs publishers for permission to use the anatomical images.

Physiotherapist Hans Henrik street Stadium Physiotherapy, sportscenter West (www.stadionfysioterapi.com) for inspiring cooperation in the development of rehabilitation guidelines

Specialist in Rheumatology Finn Johannsen for the preparation of the section on tape techniques (in collaboration with Novartis Healthcare A / S)

Physiotherapist Kim Saaby the drawing of the small training shapes (the purpose)

CT Web Design for the design of the website

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General

re: childrens’ physical development. Knowledge of childrens’ physical and psychological development is of vital importance for a correct handling of training and injuries. Children can not be considered small adults.

re.: training in general of children and adolescents. The training methods are dependent upon the athlete’s age, meaning that coordination and technical training is given a high priority, whereas strength and fitness training are given a low priority for children.

re. diagnosis. In the majority of cases, a precise diagnosis can be made based on the case history and a clinical examination

re. acute treatment. The aim of acute treatment is primarily to avoid further injury, and reduce the hemorrhaging as much as possible.

re.: rehabilitation of children and adolescents. It is vital that all rehabilitation is performed within the pain threshold.

re. medicinal treatment. It is only in a very few cases that medicinal treatment is warranted, and in these rare cases, the treatment must be prescribed by a physician. Injuries in children and adolescents related to over-load must generally be treated by a correction in the training, and not medicinally.

re. tape. Taping or bandaging is designed to relieve the injured structure by use of special tape attached externally.

re. inflammation. All injuries provoke an acute inflammation, which is crucial for the healing process of the injury.

re. complication of muscle ruptures. Calcification, scar tissue formation, blood accumulation or fluid development in the muscle, acute muscle compartment syndrome, chronic muscle compartment syndrome.