HEALTH EDUCATION DESIGNED FOR ADULTS WITH INTELLECTUAL DISABILITIES: AN OPPORTUNITY FOR HEALTHIER LIVES
An Indiana University study involving adults with intellectual disabilities found that the adults increased their personal health knowledge after taking a semi-weekly class for four weeks.
Adults with ID, an internationally accepted term for mental retardation, have slightly higher rates of obesity, physical inactivity and preventable chronic diseases compared to the general population. Lead researcher Amy Bodde, a doctoral candidate in the Department of Applied Health Science in IU's School of Health, Physical Education and Recreation, said the findings further verify that adults with ID are capable of increasing their knowledge of health education, if given the opportunity, and are able to make informed decisions about health.
"Many people with intellectual disabilities haven't had general health education," she said. "They are living more and more independent lives but they are not being educated to make good decisions about their health."
The study involved 42 men and women ages 19 to 62. They took a 30-minute class twice a week at an agency that provides residential, occupational and leisure services to people with ID. The curriculum employs written, pictorial, role play and interactive video teaching strategies, which have been useful in vocational and life skills education for adults with ID.
On average, the study participants' general knowledge of health topics increased by 5 percent. Their knowledge of physical activity guidelines increased by 31 percent.
Bodde said people with ID are not expected to be as healthy and active as others. Until about 30 years ago, ID was thought of as a disease, she said, so people with ID were considered inherently unhealthy. Slowly a new conceptualization of disability has arisen, one where people with intellectual and physical disabilities can live healthy lives.
"Disability no longer precludes good health," Bodde said. "People with disabilities can have full and healthy lives and this should be an expectation."
Co-authors include Dong-Chul Seo, Department of Applied Health Science; Georgia Frey, Department of Kinesiology; Marieke Van Puymbroeck, Department of Recreation, Park and Tourism Studies; and David Lohrmann, Department of Applied Health Science.
Bodde will present her study on Sunday, Nov. 8, at 4:30 p.m. in Hall A-B. She can be reached at "mailto:email@example.com".
STABILITY BALLS AT WORK - ABOUT MORE THAN JUST ABS
Using a stability ball as an office chair strengthens core muscles, similar to the use of a backless chair or stool; the freedom of movement from a stability ball also may decrease confined or constrained body postures that frequently occur at workstations.
Additionally, a study by Indiana University ergonomics experts found that reaching with the nondominant hand results in different firing patterns in leg musculature compared to reaching with the dominant hand.
"It's a learning effect. When you use your dominant hand, your firing patterns are more established, even in the lower body, to stabilize the movement. Interestingly, when reaching with the nondominant hand, muscle recruitment appears to be different," said Kelly Jo Baute, a researcher in the Indiana Ergonomics lab in Indiana University's School of Health, Physical Education and Recreation.
Baute and her colleagues at Indiana Ergonomics investigated the effects that performing a common reaching task had on muscle activity in the legs while sitting on a stability ball. They found that the greatest muscle activity was located in the anterior tibialis (shin muscle) which acted in coordination with the hamstrings muscles to provide a stable foundation during the reaching movements.
The study involved nine men ages 23-29 who performed a reaching task while sitting on a stability ball at a work station. The task involved picking up a cup of water and moving it either away from to closer to the body. EMG activity was measured in the quadriceps, hamstrings, anterior tibialis and gastrocnemious muscles in the legs. EMG activity was measured for muscle contraction onset, duration and intensity. The study found that the duration of the hamstring contraction and the onset of the anterior tibialis had the highest effect size when the study participants reached with the non-dominant hand.
Besides giving the lower body an opportunity to learn some new skills, the use of a stability ball at a work station can let workers move in a more free or natural manner, potentially reducing the risk of musculoskeletal disorders that can lead to low back pain often caused by sitting in the same position for long periods of time. Baute cautions against spending too much time on the ball, however, suggesting employees gradually increasing the amount of time they use it.
"Using a ball is going to cause people to use a little more muscle recruitment to stabilize themselves when they're moving," she said. "It also gets them out of confined postures."
The study was supported by the School of HPER graduate research grant in-aid scholarship. Co-authors are Bill Wyatt, Eric Holten, Allison Berger, and John Shea, all with the Indiana Ergonomics lab in the Department of Kinesiology; and Fernando Ona, Department of Applied Health Science.
Baute will make her presentation on Sunday, Nov. 8, at 4:30 p.m. in Hall A-B of the Philadelphia Conference Center.