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Nerve injuries of the elbow, wrist, and hand in athletes.

Upper extremity compression neuropathies are fairly rare in athletes. Initially, most can be managed conservatively. These conditions can follow direct contusion of the tissues that overlay these peripheral nerves or can result from vigorous, repetitive, athletic activity leading to tissue swelling and ischemia with nerve compression symptoms. A complete history and physical examination, including a neurologic examination, should be paramount when treating athletes with upper extremity injuries. Early diagnosis and treatment with conservative measures such as splinting, rest, activity modification, and medications can afford the athlete an earlier return to sports. Surgery can be employed when conservative treatment fails and a specific diagnosis has been ascertained.

Athletic Injuries↗

The assessment of athletic hip injury.

The differential diagnosis of athletic hip pain is extensive. The physical demands of sport place the athlete at increased risk to injure the hip. The basis of successful treatment of the athlete with hip pain lies in the ability of the physician to assess and diagnose the etiology accurately. A thorough understanding of the evaluation of the athlete with hip pain allows for an earlier diagnosis, earlier treatment, and ultimately an earlier return to sport.

Adult↗

Hip arthroscopy in the adolescent and pediatric athlete.

The current literature offers only sparse reports of the use of hip arthroscopy in the pediatric patient injured during athletics. In contrast, the role of this technique in the diagnosis and treatment of multiple childhood hip conditions including pyarthrosis, Legg-Calvé-Perthes disease, slipped capital femoral epiphysis, coxa vara, juvenile chronic arthritis, chondrolysis, and avascular necrosis is well described. The application of this relatively uncommon technique to the young athlete has only recently become more attractive. The ability to examine and treat traumatic intra-articular pathology with minimal morbidity and prompt recovery is mandated by the young age of these patients and their demanding activity levels. Hip arthroscopists are now beginning to correlate preoperative physical exam findings and history with diagnosis and expectations for outcome. As our combined experience with this technique grows, the specific indications for its use in the young athlete become increasingly better defined. In pediatric and adolescent patients, the new onset of hip pain should warrant a high level of suspicion for the more common causes of pain such as infection, Legg-Calvé-Perthes disease, slipped capital femoral epiphysis, or developmental dysplasia. When these have been evaluated, further differential diagnosis should include labral tears, loose bodies, synovitis, and chondral lesions. As this review begins to elucidate, these conditions are amenable to arthroscopic evaluation and treatment. At this time, the presence of reproducible mechanical symptoms after a twisting or axial loading injury during athletics should prompt the orthopaedic surgeon to consider arthroscopic examination of the hip if conservative therapy fails. Satisfying and reproducible results have been achieved when using hip arthroscopy within these parameters.

Adolescent↗

Partial lateral meniscectomy in athletes.

Arthroscopic partial lateral meniscectomies performed for isolated meniscal tears, without associated ligamentous injury, in 41 athletes between August 1, 1988 and June 1, 1991 were reviewed for clinical and functional outcome. The study population was composed of 27 males and 14 females, with an average age of 26 years (range 17-40). Thirty-seven patients (90%) reported previous trauma to the knee. At an average follow-up of 3 years (range 2-5), 85% of the patients had excellent/good results, and 98% of the athletes returned to full sports activities after an average of 55 days. Patients' prognoses depended on (a) type of meniscal tear and (b) presence/absence of an articular cartilaginous lesion. Athletes who had isolated, longitudinal type tears of the lateral meniscus had the best outcome: 100% achieved excellent/good results and averaged 41 days to return to full sports activities. Athletes with complex meniscal tears and tears associated with articular cartilaginous lesions had the poorest results, achieving 79% and 64% excellent/good results, respectively, and averaging 64 and 78 days, respectively, for return to full sports activities.

Adolescent↗

The development of a locus of control measure predictive of injured athletes' adherence to treatment.

The Sports Rehabilitation Locus of Control (SRLC) scale was developed to facilitate study of the behaviour of athletes recovering from injury. The SRLC was built specifically to assess locus of control in injured athletes by adapting selected items from the Multidimensional Health Locus of Control (MHLC) questionnaire developed by Wallston, Wallston, & DeVellis (1978), and in accordance with their rationale for the construction of domain-specific LOC scales. The resultant locus of control measures (internal, powerful others, and chance) were administered (along with the MHLC) to a sample of 145 sports-injured athletes. Good internal consistency (alphas ranged from .72 to .79) and test-retest reliability (correlations ranged from .75 to .85) was shown by the SRLC scales, and the pattern of inter-scale correlations supported the three-factor conceptualisation of locus of control on which the SRLC was based. In the subsequent initial validation study, the relationship between SRLC scale scores and adherence to treatment was tested with a sample of injured athletes. Encouragingly, internality was positively associated p<.05 with treatment adherence.

Adult↗

Back pain and radiological changes in the thoraco-lumbar spine of athletes. A long-term follow-up.

From 1996 to 1999, back pain and radiological changes in the thoraco-lumbar spine were investigated in 134 former top athletes, representing wrestling, gymnastics, soccer and tennis (age 27-39 years) and a group of 28 non-athletes of comparable age. This is a long-term follow-up investigation of a previous radiological study of the spine with clinical correlation. Despite significantly more radiological abnormalities among the athletes, they did not report higher frequency of back pain than the non-athletes. A decrease in disc height or new disc height reduction in one or more of the intervertebral discs between the two examinations correlated significantly with back pain at follow-up.

Adolescent↗

Survey of wheelchair athletic injuries: common patterns and prevention.

Twelve hundred wheelchair athletes were surveyed to determine commonly experienced athletic injuries, sports participation and training patterns associated with injuries. Soft tissue trauma, blisters, lacerations, decubiti and joint disorders were the most commonly reported injuries of the 128 respondents. Over 70 per cent of all reported injuries occurred during wheelchair track, road racing and basketball. Common mechanisms of injury were also identified. A significantly higher number of reported injuries were associated with increased sports participation (p less than 001), with the 21-30 year-old age group (p less than .01), and with a high number of training hours per week (p less than .05). There was no significant relationship between number of reported injuries and disability type, National Wheelchair Athletic Association classification, or sex. Decubitus ulcers and temperature regulation disorders were identified as particular risks for the spinal cord injury population. Educating the athlete and coach in means to prevent injury is necessary to promote optimal performance and safe participation.

Adolescent↗

Cervical spine injuries in the athlete.

Special considerations must be brought into play when the physician is consulted about when to allow an athlete to return to play following injury. This is especially true for brain and spinal cord injury. Although it is generally best to be on the conservative side, being too reticent about allowing any athlete to return may be very detrimental to the athlete and/or the entire team. Therefore, it behooves the sports physician to be circumspect with regard to not only the type of injury the athlete has suffered but also the nature, duration, and the repetitive aspects of the trauma along with the inherent strengths of any player. This article will provide the sports physician with criteria for making sound decisions regarding return to competition after cervical spine injury and "functional" cervical spinal stenosis.

Adult↗

Peripheral nerve injuries in athletes: a case series of over 200 injuries.

We retrospectively reviewed electrodiagnostic (EDX) studies performed on 346 athletes with sports injuries who were referred to our EDX laboratory from 1974 to 1997. These injuries included 216 nerve root, plexus, or peripheral nerve injuries sustained by 180 of the athletes. Eighty-six percent of the injuries were to the upper extremity. Athletes with nerve fiber injuries participated in 27 different sports, but over one third of injuries were sustained playing football. The most common symptomatic upper extremity injury was the "burner" (N=40). Forty-three athletes had median neuropathies, many of which were asymptomatic cases of carpal tunnel syndrome. Cervical radiculopathies (N=19) and axillary (N=22), ulnar (N=19), and suprascapular (N=14) mononeuropathies were also prevalent. The most common lower extremity injuries were peroneal neuropathies (N=17) and lumbosacral radiculopathies (N=7). This is the largest reported series of sports-related nerve injuries. The mechanisms of the most common nerve injuries are discussed.

Athletic Injuries↗

[EMG analysis of shoulder muscles during preventive and therapeutic exercise in the overhead athlete].

Strengthening of the rotator cuff muscles in functional positions is one of the important demands in the prevention and rehabilitation of overhead athletes. The purpose of this study was to evaluate the influence of a new shoulder bar (SBT 1000) on the myoelectric activity of the deltoid muscle. Subjects included 12 healthy overhead athletes (control group) and 9 overhead athletes with subacromial pain syndrome (test group). Both groups performed bilateral internal and external shoulder rotations against resistance from a pulley. The position of 90 degrees abduction and elbow flexion was passively supported with the SBT 1000 and had to be actively hold without the SBT 1000. The electromyographic activity of the three heads of the deltoid was determined using surface electrodes. Rectified mean EMG data were analysed by three factor repeated measures ANOVA (group x bodyside x condition). Significant differences (p < 0,05) occurred between the conditions with and without SBT 1000 in all three heads of the deltoid. The percentage of reduction of muscle activity with the SBT 1000 in the dominant arm was 33 %, 29 % and 17 % for the anterior, middle and posterior head. No significant differences could be shown between control and test group or between the dominant and nondominant arm. With the SBT 1000 rotational shoulder exercise can be performed in a functional position with reduced involvement of the deltoid, which could be beneficial in prevention and rehabilitation of overhead athletes.

Adult↗

[Sports injuries, sports damages and diseases of world class athletes practicing modern pentathlon].

108 world class athletes (54 males, 54 females) practicing modern pentathlon had been interviewed about their individual training and competition efforts as well as their sports related injuries, damages and diseases in the last world cup season using a standardized empirical questionnaire. The mean training extent was about 25 hours per week, the mean number of national and international competitions athletes made was 9, especially concerning swimming and running. Mean number of health threatening incidents of each athlete had been 2 with 41% diseases such as otitis and pharyngitis, 23% injuries such as contusions and distortions and 33% damages such as tendinitis, periostitis and strains. Head and neck involvement were more frequent than those of pelvis and the lower extremities. Training efforts were the most frequent reasons for health threatening events (84%), especially concerning diseases and damages, whereas most of the injuries happened during competitions (p<.01). Most of the injuries happened practicing horse riding during competitions (9%). Running was the most frequent reason for damages, whereas horse riding is the leading cause for injuries, furthermore damages and injuries are typical for fencing. Swimming is often associated with diseases. In contrary shooting did not show typically affiliated health threatening events. The incidence of health threatening incidents concerning world class athletes practicing modern pentathlon is quite low. Especially running and swimming combined with a high training extent empirically predisposed to suffer from damages and diseases. Horse riding with a quite low training extent and fencing show a higher incidence of injuries. From the training-methodological point of view the training extent should not be too extended. Due to a high number of diseases it may be profitable to be in attendance of an inner medicine physician.

Adult↗

Shoulder imaging in athletes.

Shoulder pain and injuries are common in athletes. Overhead athletes, in particular, place great demands on the shoulder and supporting structures. Magnetic resonance (MR) imaging is well suited to evaluation of the osseous structures and soft tissues of the shoulder and plays an important role in evaluation of shoulder pain in athletes. Primary extrinsic impingement is well evaluated on MR imaging as are the less common posterior superior glenoid impingement and subcoracoid impingement. Rotator cuff tendinosis as well as partial- and full-thickness tears are frequently encountered in the athletic shoulder. The biceps tendon and rotator interval capsular structures are important sources of shoulder pain. Glenohumeral instability that results from a traumatic event or atraumatic multidirectional recurrent instability is assessed. The biceps labral complex is a source of considerable anatomic variability and pathology.

Athletic Injuries↗

Imaging of hip and groin injuries in athletes.

Proper function of the hip joint is imperative for athletes who participate in sporting activities that rely on utilization of the lower extremity; these primarily include kicking, running, and jumping activities. Sports-related injuries of the hip and groin are not frequent sources of disability in athletes; however, they may present a significant diagnostic dilemma, both from a clinical and radiological standpoint. Delay in diagnosis and treatment may result in undesired complications, such as premature degenerative disease, as well as time lost from athletic activities. Magnetic resonance (MR) imaging of the hip, particularly following the intra-articular administration of gadolinium, has proven to be extremely valuable in the diagnosis of radiographically occult osseous abnormalities as well as soft-tissue injuries, such as pubalgia, musculotendinous abnormalities, and bursitis. This article will review several pathological conditions of the hip and groin in both recreational and professional athletes, with an emphasis on MR imaging as the modality of choice in the diagnosis of these injuries.

Athletic Injuries↗

Imaging of the overhead throwing athlete.

Knowledge of overhead throwing biomechanics is crucial to understand specific injuries encountered in throwing athletes on diagnostic imaging. Most specific injuries of overhead throwing athletes occur at the shoulder and elbow. Throwing athletes are susceptible to rotator cuff tears from tensile overload and external and internal impingement. The labrum is also commonly degenerated or torn secondary to overuse syndrome, internal impingement, and microtrauma. The elbow is typically injured secondary to excessive valgus forces during throwing. The ulnar collateral ligament, ulnar nerve, and common flexor tendon origin are all at increased risk of injury. Capitellar osteochondral injuries and loose intra-articular bodies are also frequent. Knowledge of injury pathophysiology is crucial to understanding the treatment rationale in throwing athletes.

Athletic Injuries↗

Lifetime musculoskeletal symptoms and injuries among former elite male athletes.

We studied the lifetime occurrence of musculoskeletal symptoms in former elite male athletes: 29 weight-lifters, 31 soccer players, 28 long-distance runners, and 29 shooters, 45-68 years of age. The proportion of subjects with monthly back pain during the past year was smaller among runners than among the other athletes, although not statistically significant. Monthly back pain was more common in weight-lifters with lifetime training hours above the median as compared with those below the median. The average intensity of the worst back pain during the past year was clearly higher in weight-lifters and soccer players, than in runners and shooters. Knee pain at least once a month during the past year was reported by 52% (CI 33-70%) of the soccer players, 31% (CI 15-51%) of the weight lifters, 21% (CI 8-41 %) of the runners, and 17% (CI 6-36%) of the shooters (p = 0.019). Soccer players had the highest number of sports-related knee injuries (p < 0.0001). Past knee injuries were associated with knee pain in later adulthood (p = 0.048). More runners reported having had hip pain episodes during their lifetime than other athletes, but no differences were found in the occurrence of hip pain during the past year. In conclusion, compared with shooters, athletes formerly exposed to heavy exercise did not report more frequent back pain during the past year, whereas a high intensity of back pain was typical of soccer players and weight-lifters. A predisposition to knee injuries in soccer players appears to increase the risk of future knee pain. Similarly, knee pain later in life seems to be more common in weight-lifters than in runners and shooters. Long-distance runners, on the other hand, are prone to an increased lifetime risk of hip pain.

Aged↗

Lower limb asymmetry and patellofemoral joint incongruence in the etiology of knee exertion injuries in athletes.

The association between different knee exertion injuries and lower limb malalignments was studied in 121 male athletes with knee exertion injuries and in 20 male athletes without knee symptoms. The associations between different malalignments was also analyzed. Leg length inequality (LLI), knee valgus, and different indexes of patellofemoral joint congruence were measured using radiological methods. Male athletes with patellar apicitis (n = 59) had significantly more LLI (P less than 0.001) and patella alta (P less than 0.05) than athletes without knee symptoms. The knee valgus was of the same numerical value in the shorter and longer leg sides in subjects with LLI of at least 5 mm (n = 58). A positive correlation was found between lateral patellar displacement (LPD) and patella alta (LT/LP) (P less than 0.001). Negative correlations were found between the sulcus angle (SA) and the lateral patello-femoral angle (LPA) (P less than 0.001) as well as between the LPD and the LPA (P less than 0.001).

Adult↗

Overuse injuries of the upper extremity in the competitive athlete: magnetic resonance imaging findings associated with repetitive trauma.

Overuse injuries are a very common cause of pain in athletes, accounting for a significant loss of training time and missed competitions. Magnetic resonance imaging (MRI) is playing an increasing role in facilitating the expeditious and safe return of these individuals to their preinjury level of physical performance by allowing accurate diagnosis. Sports physicians are increasingly relying on the exquisite anatomic detail afforded by this technique to formulate diagnoses that assist with the optimal management of these athletic injuries. Some upper extremity overuse entities are well recognized; two examples are medial epicondylitis, classically appearing in baseball pitchers, and lateral epicondylitis, in tennis players. Other less well-known injuries of the upper extremity, such as intersection syndrome in rowers and distal clavicular stress fractures in weightlifters, are frequent occurrences in certain circles of athletes. The following article is a pictorial review of the MRI findings of upper extremity overuse injuries encountered in the competitive athlete, with an emphasis on the sports scenarios in which they occur. We will depict mechanisms of injury and applicable anatomy and show characteristic imaging findings. A wide range of entities are addressed, including but not limited to overuse injuries occurring in baseball, swimming, gymnastics, weightlifting, bowling, and cycling.

Athletic Injuries↗

Contents for chiropractors' athletic event emergency bags.

BACKGROUND: Chiropractors are providing health care at a growing number of athletic events. With this increased participation it is critical that chiropractors be adequately prepared for these events with the proper knowledge, skill, and equipment to provide emergency care. OBJECTIVE: The objective was to recommend an inventory of items that should be included in a chiropractor's event-site emergency bag, based on the best available evidence. DATA SOURCES: A pilot search was conducted by searching MEDLINE to retrieve articles regarding emergency supplies used at athletic events. Key terms were then taken from the pilot search and used to conduct a systematic search and review of the literature. STUDY SELECTION: Articles were included if they were published in English and discussed athletic event-site emergency first aid and supplies. Articles published in non-peer-reviewed publications were excluded. DATA EXTRACTION: Items recommended for event-site emergency care bags were extracted from 19 studies and reviewed by an expert panel of sports chiropractors. Expert rankings from a Likert scale were then averaged for each item. DATA SYNTHESIS: Items are categorized as recommended, possibly recommended, or not recommended based on expert rankings and frequency counts of citations. RESULTS: The most recommended items were latex gloves, penlights, and oral airways. An inventory of 169 items with citations and ratings is included in this review. CONCLUSION: This is the first evidence-based article to delineate appropriate first aid and emergency equipment for sports chiropractors. This article has utility for educators who teach emergency care for athletic events and for practitioners who would like to have a clear inventory for their emergency bags.

Athletic Injuries↗