The 
			physical, mental and social benefits derived from sports 
			participation for all ages and abilities are widely accepted. 
			Research examining the influence of physical activity, exercise and 
			sports participation on individuals with and without disabilities 
			shows sports:
			
			• Increase muscle strength and flexibility. 
			• Improve exercise endurance and cardiovascular efficiency. 
			• Enhance balance, motor development and motor skills. 
			• Support self-concept and body awareness. 
			• Help develop sportsmanship. 
			• Promote a positive environment for friendship. 
					
			
			Sports participation promotes social interaction, peer acceptance 
			and development of social skills and self-esteem in both able-bodied 
			and disabled children. Participation also can teach able-bodied 
			children to be sensitive to those who are different. 
			
			
In spite of these benefits, children with physical disabilities are 
			less likely to engage in these activities than their able-bodied 
			peers. Disabled children often have limited access to recreational 
			activities, sports participation, knowledgeable coaches or adapted 
			fitness leaders, and competent, active role models with similar 
			disabilities capable of providing both instructional and 
			motivational feedback. 
			
			In 2002, the Centers for Disease and Control Prevention, the Surgeon 
			General and the President's Council on Physical Fitness identified 
			concerns related to the lack of physical activity in the daily lives 
			of Americans with physical disabilities and the negative impact this 
			has on their primary and secondary medical conditions. Research 
			shows that children with disabilities are at an increased risk for 
			developing:
			
			• Obesity. 
			• Poor cardiopulmonary endurance. 
			• Muscle atrophy. 
			• Joint contractures.
			
			Rates of obesity are especially high in children with Down syndrome, 
			muscular dystrophy, spina bifida and spinal cord injury, making 
			adaptive sports and recreation of significant importance. However, 
			participation by these children in sporting activities may bring 
			about unique issues and injuries. Pediatric physical medicine and 
			rehabilitation and pediatric orthopedics are specialties that can 
			assist in screening, prevention and treatment to ensure safety with 
			participation to gain maximum effects. 
			
			Adapted sports programs are being organized in many communities, 
			either in an integrated (athlete participates with others who have 
			no disabilities) or segregated (athlete participates only with other 
			athletes with disabilities) environment. These programs give 
			children with disabilities increased opportunity to achieve the main 
			goal of adapted sports – independent participation. There are two 
			major adaptive sports movements: 
			
			• Paralympics – for people with physical disabilities. 
			• Special Olympics – for people with intellectual disabilities.
					
			
			Both of these movements have grown dramatically since their 
			initiation, reflecting an increased awareness of the abilities of 
			people with disabilities. There have been increases in competitive 
			opportunities for disabled children to participate at recreational, 
			local and regional events. Legislation also has helped stimulate the 
			development of adaptive sports in the U.S. Yet, with increased 
			participation and competition come unique issues and injuries 
			pertaining to the physically challenged child. 
			
			Children in general have different bone structure, open growth 
			plates and decreased ability to withstand heat stresses compared to 
			adults. Physicians need to be mindful of these differences. The 
			American Academy of Pediatrics recommends that every athlete without 
			a disability have a preparticipation examination at least once a 
			year, but little has been published about guidelines for athletes 
			with disabilities. Although it is recommended to use the standard 
			PPE, it is important to take into account the particular 
			co-morbidities associated with a disabled child's primary 
			impairment. The PPE goals for disabled children are the same as for 
			the typically developing child, including:
			
			• Identifying musculoskeletal conditions that could make sports 
			participation unsafe. 
			• Screening for underlying illnesses. 
			• Recognizing pre-existing injury patterns. 
			• Devising rehabilitation programs to prevent recurrences. 
			
			PPEs for disabled children should include all the components of the 
			standard PPE. The physical exam also should include all organ 
			systems, with special focus on those affected by the child's 
			disability. It should evaluate general cognition, memory and 
			judgment. The physical exam should consider not only the disability; 
			it also should be sports specific. Following are examples of what to 
			look for during a physical exam.
			
			
			Subjective/history 
			• Athletic goal of the individual. 
			• Current level of training and sports participation. 
			• Impairment and level of functional independence for mobility and 
			self-care. 
			• Orthosis, assistive devices, adaptive equipment or prosthesis. 
			• Emotional, psychiatric or behavioral problems. (This is extremely 
			important as children should not be cleared for sports that could be 
			hazardous to themselves or others. Examples include weight lifting 
			and archery.) 
			• Past history, including sports-associated lesions. (Injury 
			incidence and patterns are similar for athletes with and without 
			disabilities. However, location of injury appears to be disability 
			and sports dependent. For example, wheelchair sports participants 
			have more upper extremity injuries while ambulatory children tend to 
			have more lower extremity injuries.) 
			• Medications. (For example, anticholinergics may cause 
			thermoregulation problems and muscle relaxants may cause sedation.)
			
			• Review of systems. (Consider presence of external devices for 
			bladder drainage or for bowel evacuation, wound dressings and 
			pressure sores, etc.).
			
			Objective
			Always evaluate affected and unaffected extremities, with and 
			without prosthesis, braces or other devices. Evaluate the patient's 
			mobility with a wheelchair or any assistive devices that will be 
			used for sports participation, checking equipment for fit and wear. 
			In addition:
			
			• Assess for skin integrity, especially in patients with spina 
			bifida, spinal cord injury or amputations and those who participate 
			in wheelchair sports. 
			• Watch for upper extremity overuse in wheelchair users and lower 
			extremity overuse in cerebral palsy patients who ambulate. 
			• Review joint stability and range of motion, flexibility. (Down 
			syndrome patients may have knee and hip problems due to hypotonia 
			and generalized ligamentous laxity; cerebral palsy patients may 
			experience issues with tightness and strains.) 
			• Measure muscle strength. 
			• Evaluate muscle tone, deep tendon reflexes and Babinski reflex. 
			(Down syndrome patients should have hypotonia. If upper motor neuron 
			signs are found on the physical exam, atlanto-axial instability 
			(AAI) needs to be ruled out.) 
			• Check for sensory and neurologic deficits.
 
					
			Special tests are ordered depending on the history and the physical 
			exam. The only mandatory special test is AAI screening for Down 
			syndrome patients who participate in sports that place stress on the 
			head and neck. The highest risk for AAI is between ages 5 and 10. 
			Cervical radiographs – including lateral, flexion and extension 
			views – need to be ordered. An atlanto-dens interval of more than 
			4.5 mm is abnormal and requires further evaluation.
			
			Assessment/recommendations
			The Committee on Sports Medicine and Fitness of the American Academy 
			of Pediatrics has devised a classification system based on contact 
			level and the stress of the activity. This system guides physicians 
			when recommending which sports are safe, with very few conditions 
			excluding a child from all sports activities. Physicians should be 
			sure to:
			
			• Assess the physical and intellectual capabilities of a patient to 
			participate in a given sport. 
			• Educate disabled athletes and caregivers about the potential risks 
			related to their given diagnosis. 
			• Recommend prevention measures and/or adapted activities based on 
			developmental skills and challenges.
					
			
			Pediatric physical medicine and rehabilitation physicians have an 
			understanding of anatomy and development that allows accurate 
			evaluation and goal-directed treatment. 
			
			Through the use of an adaptive sports program, these physicians can 
			assist in evaluating sports injuries and devising rehabilitation 
			programs for adaptive sports athletes. They also can help provide 
			specific sporting recommendations and assist in providing the PPE 
			yearly to all children with disabilities who plan to participate in 
			sports. Pediatric physiatrists also have a unique role in adapted 
			sports as their knowledge and training reflect a great understanding 
			for thedisabled child and the associated possible complications 
			secondary to their primary impairment. Children with disabilities 
			should look to their adaptive sports program for pre-injury 
			prevention strategies, after-injury rehabilitation and 
			sport-specific training each season to determine rehabilitative 
			needs and ensure safe participation.
			
			Conclusion
			Physical activity and sports participation enhances disabled 
			children's health and well-being. Regular exercise and participation 
			in sports by these children is as important as it is for their 
			able-bodied counterparts. Professionals working with children with 
			disabilities should actively promote participation in sports and 
			recreation activities. Prior to participation, children with 
			disabilities should be evaluated by a physician who has 
			understanding of childhood disabilities to identify sports 
			commensurate with their abilities.
					
			 
					
	Last revised: August 4, 2010
	by Kathryn Greaves, MPT