The purpose of this qualitative study was to explore the experiences of 16 individuals with Parkinson’s disease (PD) partaking in an adapted tango class and the perceived impact on participation and quality of life (QOL). The Ecology of Human Performance and the International Classification of Function were the theoretical frameworks for the study. Data collection involved focus groups conducted during the intervention and at a follow-up six months later. Data analysis followed inductive thematic analysis techniques. The themes addressed living with PD, the class structure and experiences, the participants’ expectations for the class, and the multiple effects experienced by participants at both time periods. The results suggest that adapted tango, when offered in a structured environment with skilled instruction, may improve skills for participation in daily activities and contribute to increased QOL for persons with PD.
Wendy M. Holmes and Madeleine E. Hackney
Madeleine E. Hackney, Courtney D. Hall, Katharina V. Echt, and Steven L. Wolf
Evidence-based recommendations for interventions to reduce fall risk in older adults with visual impairment are lacking. Adapted tango dance (Tango) and a balance and mobility program (FallProof) have improved mobility, balance, and quality of life (QOL) in individuals with movement impairment. This study compared the efficacy of Tango and FallProof for 32 individuals with visual impairment (age: M = 79.3, SD =11 [51–95 years]). Participants were assigned to Tango or FallProof to complete twenty, 90-min lessons within 12 weeks. Participants underwent assessment of balance, dual-tasking, endurance, gait, and vision-related QOL. The balance reactions of participants in both groups improved (p < .001). Endurance, cognitive dual-tasking, and vision-related QOL may have improved more for Tango than FallProof. Group differences and gains were maintained across time. Both programs could be effective options for motor rehabilitation for older adults with visual impairment because they may improve mobility and QOL while reducing fall risk.