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Slackline training and neuromuscular performance in seniors: A randomized controlled trial
Author(s) -
Donath L.,
Roth R.,
Zahner L.,
Faude O.
Publication year - 2016
Publication title -
scandinavian journal of medicine and science in sports
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.575
H-Index - 115
eISSN - 1600-0838
pISSN - 0905-7188
DOI - 10.1111/sms.12423
Subject(s) - medicine , ankle , trunk , balance (ability) , physical therapy , randomized controlled trial , physical medicine and rehabilitation , anatomy , biology , ecology
Slackline training (balancing on nylon ribbons) has been shown to improve neuromuscular performance in children and adults. Comparable studies in seniors are lacking. Thus, 32 seniors were randomly assigned [strata: age, gender, physical activity ( PA )] to an intervention [ INT ; n = 16, age: 65 ± 4 years, PA : 9 ± 5 h/week] or control [ CON , n = 16, age: 63 ± 4 years, PA : 8 ± 4 h/week] group. Slackline training was given for 6 weeks (3 times per week, attendance 97%). Static and slackline standing balance performance, force development, and maximal strength of the ankle muscles were assessed before and after slackline training. Muscle activity (lower limb and trunk) was recorded during balance testing. Moderate to large group × time interactions (0.02 < P < 0.04, 0.11 < η p 2 < 0.17) in favor of INT were found for slackline standing times ( INT : left, +278%, P = 0.02; right, +328%, P = 0.03; tandem, +94%, P = 0.007) and muscle activity during single‐limb slackline standing [ INT : right: rectus abdominis ( RA ), P = 0.003, −15%; multifidus ( MF ), P = 0.01, −15%; left: tibialis anterior ( TIB ), P = 0.03, −12%; soleus ( SOL ), P = 0.006, −18%; RA , P = 0.04, −11%; MF , P = 0.01, −16%; gastrocnemius medialis ( GM ), P = 0.02, −19%]. Static balance performance, ankle strength, and power were not affected. Slackline training induced large task‐specific improvements of slackline standing performance accompanied with reductions of lower limb and trunk muscle activity. Transfer effects to static balance and strength measures seem limited.