The purpose of this study was to examine the application of the Personal and Social Responsibility Model (PSRM) in an adapted physical activity program. Although the PSRM was developed for use with underserved youth, scholars in the field of adapted physical activity have noted its potential relevance for children with disabilities. Using a collective case study, we explored the relevance and perceived benefits of the PSRM in an adapted martial arts program. Participants were five male children with spastic diplegic cerebral palsy. Data sources included observational field notes, medical records, and interviews with participants’ physicians, therapists, and parents. The following themes were generated from the data: increased sense of ability, positive feelings about the program, positive social interactions, and therapeutic relevance. These results indicate that the PSRM can be made relevant to children with disabilities, especially when coupled with appealing and therapeutically relevant content.
Paul M. Wright, Katherine White and Deborah Gaebler-Spira
Jo E. Cowden, Jennifer Wright and Sue A. Gant
Litigation has been a major reason for the expansion of services in physical education and recreation for handicapped individuals. Public Law 94-142, the Education for All Handicapped children Act, 1975, mandated that physical education was an instructional service to be included in the child’s individual education program. Progress has been made throughout the nation in program implementation, however, educators are often met with strong opposition regarding certification standards, endorsements, or competency based plans to improve delivery of services. This recent class action suit has major implications for the rights of handicapped individuals and improvement of service delivery systems. The purpose of this article is to review the civil suit and to describe the changes which have occurred in services for the handicapped with specific emphasis on adapted physical education, recreation, and leisure.
E. Jane Watkinson and Sock Miang Koh
Moderately mentally handicapped children ages 10 to 12 and youths 13 years and older ran the endurance run of the Canada Fitness Awards Adapted Format under two testing conditions. The current test protocol is one in which subjects select a pace for the entire race and are prompted only by verbal encouragement. A second testing protocol was used in which subjects were paced by a runner at a pace just a bit faster than that displayed during their runs under the current protocol. In the pacing protocol, instructors ran in front of the subjects and verbally and visually prompted them to keep up. The objective of the pacing protocol was to reduce the degree to which the subjects had to plan their runs, and to increase motivation to continue. Completion rates improved with the pacing protocol for both groups. Completion times improved for the younger group. Heart rate responses under both testing conditions were very high and small differences were observed between the two conditions in this dependent variable. Heart rates of subjects in both conditions were at vigorous to severe intensity levels throughout the runs, indicating that subjects were lacking in fitness and were performing at or near maximal capacities.
Antoni Sureda, Miguel D. Ferrer, Antonia Mestre, Josep A. Tur and Antoni Pons
The authors studied the effects of antioxidant diet supplementation with an almond-based beverage on neutrophil antioxidants, nitrite, and protein oxidative alterations after exercise. Fourteen trained male amateur runners were randomly assigned in a double-blind fashion to receive antioxidant supplementation (152 mg/d vitamin C and 50 mg/d vitamin E) or placebo using an almond-based beverage for 1 mo and participated in a half-marathon race. Blood samples were taken before and after the half-marathon and after 3 hr recovery. Supplementation significantly increased basal neutrophil vitamin C compared with placebo (p < .05). Exercise increased neutrophil vitamin E levels in the supplemented group and decreased vitamin C in both groups after recovery (p < .05). Neutrophil catalase and glutathione peroxidase gene expression and nitrite levels were significantly increased as result of exercise (p < .05). Nitrotyrosine and protein carbonyl derivates increased only in the placebo group after exercise (p < .05), and these values remained high at recovery. No significant differences were evidenced in caspase-3 activity and DNA damage. Antioxidant supplementation with vitamins C and E reduced the exercise-induced oxidation of proteins in neutrophils, without altering the antioxidant adaptive response, as evidenced by the increased catalase and glutathione peroxidase gene expression.