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Selective medical perspectives of pediatric sports medicine are explored in this issue and behavioral perspectives of pediatric sports medicine are discussed in a subsequent journal issue. Concepts are considered now dealing with sports readiness involving the child and adolescent that involve understanding the limits imposed by growth and development at different ages as well as pubertal stages. Specializing in one sport too soon is not recommended. Sports readiness also involves understanding and counseling about proper diet and nutrition for maximum sports activity as well as overall health benefits. As clinicians understand sports readiness they can provide a beneficial pre-participation sports examination and deal with qualifications for sports play. Various medical conditions arise in dealing with pediatric persons involved in sports and these are considered in this discussion. They include the female athlete triad, iron deficiency anemia, sports anemia, musculoskeletal overuse injuries, obesity, sudden cardiac death, return to learning after sports-related concussion, epilepsy, asthma, diabetes mellitus, gastrointestinal disorders, genitourinary disorders and dermatology disorders in sports. Clinicians can be very helpful to these young athletes and work with them to ensure the full benefits of sport activities., (Copyright © 2022. Published by Elsevier Inc.)

Sport-related concussions (SRC) are an increasingly common concern in young athletes, with long-term cognitive, physiological, behavioral, and psychological adverse outcomes. An estimated 1.1 million to 1.9 million SRCs occur per year in children <18 years old in the United States. The post-concussive state has demonstrated consequences in several domains, including athletics and academics, although much more research has been conducted on the former. The objective of this scoping review was to ascertain findings from published studies on the effects of SRCs on academic performance and quality of life of young student athletes. A total of 175 articles were screened within the PubMed and CINAHL databases, along with a Google search. Fourteen papers fulfilled the inclusion criteria and were analyzed in the review. Quantitative and qualitative data were collated and demonstrated the heterogeneity with which, post-concussion academic performance outcomes were measured; only 4 of the 14 studies utilized formal academic metrics such as changes in grade point average (GPA) or examination scores. While the results overall did show statistically significant implications on academic performance decline after SRC, it is clear that there remains a paucity of research determining the consequences of SRCs on academic performance in the school environment. Further research is needed to better understand how to implement accommodations in the student's learning environment and guide return-to-learn protocols for student athletes following SRC.

Sport-related concussion is a common problem encountered by pediatricians and other primary care physicians in their practice. Assessment of concussion is essentially based on clinical evaluation. The Zurich consensus statement provides a basic framework to guide concussion management decisions and recommends an individualized approach to exercising clinical judgment in return-to-play decisions. This article reviews practice aspects of concussion for the adolescent athletes who present in a primary care office or clinic setting.

Sport-related concussion is a common problem encountered by pediatricians and other primary care physicians. Assessment of concussion is based on clinical evaluation. The Zurich consensus statement provides a basic framework to guide concussion management decisions and recommends an individualized approach and the exercising of clinical judgment in return-to-play decisions. This article reviews practice aspects of concussion for the adolescent athletes who present in the primary care office or clinic setting.

Stress fracture represents an overuse injury of the bone resulting from excessive repetitive stress. Diagnosis in most cases is based on clinical evaluation. Plain radiographs may show characteristic changes 2 to 4 weeks from onset of symptoms. Increasingly, magnetic resonance imaging is recognized as the study of choice in the evaluation of stress injury of the bone. Most stress fractures at low-risk sites can be managed in the primary care setting with conservative measures. From a primary care perspective, orthopedic or sports medicine consultation is considered for stress fractures at high-risk sites. This article reviews general principles of diagnosis and management of stress fractures in adolescents.

Both acute and overuse musculoskeletal injuries are common in adolescent athletes. Pharmacologic agents including nonsteroidal anti-inflammatory drugs, acetaminophen, and topical over-the-counter agents have been shown to be effective in controlling pain, but data regarding their efficacy in expediting healing and time to recovery continue to be debated. Studies indicate that adolescents consume analgesic agents on their own and may be unaware of their potential toxicities. Data also indicate that adolescent athletes use medications in hopes of alleviating pain and allowing continuation of sports without adequate time for healing. This article reviews the mechanisms, toxicity, drug interactions, efficacy, and abuse potential of commonly used analgesic and anti-inflammatory drugs.

Spontaneous pneumomediastinum is an uncommon condition in athletes. The most common cause of spontaneous pneumomediastinum is alveolar rupture into the bronchovascular sheath as a result of increased intrathoracic pressure. Epidural pneumatosis (pneumorrhachis) has been rarely associated with spontaneous pneumomediastinum. In this article, we describe a case of a 17-year-old male who presented with neck and chest pain that started 14 hours after a weight lifting session. He developed both a pneumomediastinum and epidural pneumatosis--an association that is rarely reported in a setting without trauma. To our knowledge, there have been only 5 case reports of pneumomediastinum precipitated by weight lifting. Improper breathing technique during weight lifting can increase the intrathoracic pressure and the risk of pneumomediastinum; hence, it is important that physicians and trainers who work with athletes provide instructions regarding proper breathing techniques during weight lifting. In addition to the case discussion, this article reviews spontaneous pneumomediastinum and epidural pneumatosis.

A large number of adolescents participate in various sports. Not withstanding the methodologic problems with epidemiologic data, a large percentage of athletes sustain musculoskeletal injuries. In most instances, the athlete first presents to his or her primary care physician, who must perform the initial assessment and decide on further management. Many injuries can be managed by the primary care physician. It is important to recognize the unique characteristics of adolescent growth and development that have implications for the diagnosis and management of musculoskeletal injuries.

Participation in sports is important to many college students. Student athletes come from different levels of previous sport experience as they enter collegiate athletics. The primary source of student medical care is the campus student health center. The health care providers at student health centers attend to many of the sports-related concerns of student athletes. Preparticipation evaluation provides an opportunity to assess the general health of the student athlete and to identify conditions that might increase the risk of further injury. Sudden cardiac death and sports-associated concussions have generated much interest and are reviewed in this article. Other areas reviewed here include use of drugs and supplements, ankle sprains, acute knee ligament injuries, back pain, and shoulder impingement syndrome.

Sport-related head injuries are a common clinical problem. Most head injuries in young athletes are mild traumatic brain injuries or concussions. The highest number of sport-related concussions has been reported in American football. In addition to the well described physical and psychosocial growth, there is ongoing neurocognitive development of the brain during childhood and through adolescence. This developmental process has direct implications in the assessment and management of head injuries in young athletes. Research on the management and long-term outcome following brain injuries in young athletes is limited. Traditionally, the assessment of concussion has been based on clinical history and physical and neurological examination. Increasingly, neuropsychological testing, especially computerised testing, is providing objective measures for the initial assessment and follow-up of young athletes following brain injuries. Numerous guidelines have been published for grading and return to play criteria following concussion; however, none of these have been prospectively validated by research and none are specifically applicable to children and adolescents.

Sports-related head injuries in young athletes can have both acute and long-term complications. Concussions are the most common type of diffuse brain injury in young athletes. Research on concussions in young athletes is limited. Most current management guidelines are based on expert opinion and consensus. The role neuropsychological testing as an objective measure is increasingly being recognized in the management of concussions. This article reviews practical aspects of concussion management. The implications for sport participation by athletes with epilepsy, sport-related headaches, and burner syndrome are also reviewed.

Sports are part of the sociocultural fabric of all countries. Although different sports have their origins in different countries, many sports are now played worldwide. International sporting events bring athletes of many cultures together and provide the opportunity not only for athletic competition but also for sociocultural exchange and understanding among people. This article reviews five major sports with international appeal and participation: cricket, martial arts, field hockey, soccer, and tennis. For each sport, the major aspects of physiological and biomechanical demands, injuries, and prevention strategies are reviewed.

The injury profiles and possibilities for the sport-specific injuries associated with the major American youth sports have been reviewed in this article. Guideline concepts for physicans, athletes, and their families are noted. Weight-training general concepts are suggested for the younger athlete. Strong consideration should be given to include cheerleading as a sport to promote safety and reduce cheerleading-related injuries. A special appendix section updates current information on the popular sport of roller-blading.

The high school sports of wrestling, gymnastics, ice hockey, baseball, track, and cheerleading should receive closer attention to prevent injury. Safer equipment and sport-specific conditioning should be provided and injuries strictly monitored. Greater attention must also be paid to swimming and diving techniques, and continued observation is needed for heat stroke and heat intolerance in sports such as football, wrestling, basketball, track and field, and cross-country. An increased awareness of commotio cordis in sports other than baseball should include ice hockey, football, track field events, and lacrosse. American football because of the sheer numbers and associated catastrophic injury potential must continue to be monitored at the highest medical levels!

Musculoskeletal injuries are the most common injuries in youth sports. A number of growth-related factors unique to the adolescent age group play an important role in the epidemiology, types, and management of these injuries. These mainly relate to the physical and psychosocial growth and development during adolescence and are discussed in this article. Overuse injuries are more commonly seen in this age group in the primary care setting. Shoulder impingement, elbow and shoulder injuries related to throwing, stress injuries of the wrist, spondylolysis, and anterior knee pain are some of the overuse injuries reviewed in this article.

While head injuries are not common in youth sports, they may have catastrophic results. Concussion is also referred to as mild traumatic brain injury (MTBI). Although the occurrence of head injuries has been studied more extensively in American football, the findings have wider application for any MTBI. Recently, more attention has been directed at other sports in which both boys and girls participate. The diagnosis of MTBI is based on subjective findings and subtle changes in mental status. Other cerebral injuries requiring emergent or urgent neurosurgical attention should be ruled out. Objective tests such as CT scans and Magnetic Resonance Imaging (MRI) are usually without significant findings in MTBI. Neuropsychological testing may demonstrate areas of deficiencies, however, results may be difficult to interpret because of confounding factors. Complications following MTBI have been known to occur. The most catastrophic of these is second impact syndrome. There are a variety of guidelines for return to play following a concussion, which have been designed in an effort to avoid problems such as second impact syndrome. These guidelines are based more on clinical experience than on scientific evidence. Education, good training and coaching techniques, improved equipment, and rule changes and enforcement, can all help in curbing the sports related head injuries in adolescents.

Adolescents participate in sports for a variety of reasons. Some seem to enjoy participating in what some might consider very-high-risk or "extreme" sports activities. For some adolescents risk taking becomes pervasive and can be detrimental to normal health and development. The majority of adolescents will do well in the context of athletics, and the many positive benefits of regular physical activity and sports participation should be appropriately emphasized. However, a subset of adolescents may be at greater risk for adverse consequences. This article reviews the reasons for participation and attrition from sports, the phenomenon of thrill seeking in sports, certain risk-taking behaviors of athletes, and studies comparing health risk behaviors in athletes and non-athletes.