Corporal punishment in schools: position paper of the Society for Adolescent Medicine.
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Adolescent↗
Biomedical subjects
Dilip R Patel
Publications and source records attributed to Dilip R Patel.
Pediatric neurodevelopment and sports participation. When are children ready to play sports?
A fundamental knowledge of normal child and adolescent development is essential to providing a developmentally appropriate sports experience for the child, and to providing guidance to parents regarding their child's sport participation. This article reviews neurodevelopment, normal child and adolescent development relevant to sport participation, and developmental readiness to participate in sports. Neurodevelopmental maturation is a complex, continuous process. The sense of social comparison is not achieved until after 6 years of age, and the ability to understand the competitive nature of sports is generally not achieved until 9 years of age. By about 12 years of age, most children are mature enough to comprehend the complex tasks of sports and are physically and cognitively ready to participate in competitive sports with appropriate supervision.
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The female athlete. Before and beyond puberty.
As the twentieth century progressed, the female athlete became an accepted participant of sports at all levels. This article reviews various aspects of female sports participation. After an historical perspective, selected comments are provided on psychologic and physiologic aspects. Concepts of adolescent gynecology are reviewed, including breast and menstrual problems and pregnancy. Other areas reviewed include iron deficiency anemia, stress urinary incontinence, and sports injuries in female athletes.
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Catastrophic pediatric sports injuries.
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!
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Sport injury profiles, training and rehabilitation issues in American sports.
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.
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Major international sport profiles.
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.
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The pediatric athlete with disabilities.
There have been increased opportunities and sports participation by athletes with disabilities during the past decades. Research on pediatric athletes with disabilities remains limited. Appropriate classification of athletes on the basis of their functional abilities is key to fair participation. Preparticipation evaluation of these athletes is based on similar principles as for able-bodied athletes. The prevalence, nature, evaluation, differential diagnosis, and treatment principles for injuries are similar for athletes with disability and for those without. There are few disability-specific medical and orthopedic issues to be considered in working with these athletes. Sport participation recommendations are based on the specific disability and demands of the sport. The vast majority of athletes with disabilities can participate safely in a number of sports if appropriately matched; such participation should be encouraged and facilitated at all levels because of well-recognized psychological and medical benefits. Significant progress has been made in increasing sports participation opportunities for persons with disabilities; this is especially true for adults and, to a lesser extent, for children and adolescents. Many barriers remain, however: inadequate facilities, exclusion of children with disabilities, medical professional overprotection, lack of trained personnel and volunteers to work with children with disabilities, lack of public knowledge about disabilities, and lack of financial support for sport and physical education in schools [9,12].
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Sports doping in the adolescent athlete the hope, hype, and hyperbole.
A well-balanced diet with appropriate training is the key to maximizing athletic performance. Nutritional counseling should be an essential part of anticipatory guidance, especially for certain teens, such as those who are vegetarians or those with low-calorie intakes. Other considerations for anticipatory guidance are listed in Box 8. Adequate hydration before, during, and after practice or a game is important to maintain hemodynamic balance, prevent heat disorders, and optimize performance. Cool water is adequate for short-duration activities, while carbohydrate-electrolyte fluids are more desirable for long-term activities, especially those lasting more than an hour. Such drinks are also more palatable and the athlete is more likely to consume them. Carbohydrates (meaning hydrates of carbon) are an important part of the athlete's diet; carbohydrates are rapidly broken down and their energy is quickly supplied to the body. The body stores only a small amount of carbohydrates in the form of glycogen in the liver, while muscle glycogen is an immediate source of energy. Thus, carbohydrate loading has been used to increase glycogen stores and aid the athlete involved in endurance events.
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Genes and athletes.
Genetics plays an important role in determining characteristics desired for success in a given sport. Advances in biotechnology pose interesting and perplexing dilemmas for athletes, parents, health care providers, and society at large. Gene therapy holds great prospects for disease prevention and treatment. The same techniques also can be misused for genetic manipulation to enhance athletic prowess. This chapter reviews selective aspects of genotype influence on sport performance, uses and misuses of genetic technology, and ethical as well as legal dilemmas.
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Neurologic considerations for adolescent athletes.
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.
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Angioimmunoblastic lymphadenopathy with dysproteinemia: thoracic involvement.
Angioimmunoblastic lymphadenopathy (AILD) is a rare condition, which is difficult to diagnose as it mimics tuberculosis or lymphoma both clinically and radiologically. A case of AILD with pulmonary involvement that was initially mistaken for tuberculosis on fine needle aspiration cytology and put on antituberculous treatment for three months, is presented here. The case was subsequently diagnosed to lymph node biopsy as one of AILD.
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