Vibration therapy reduces pain, inflammation after downhill running
Two articles on PainSci cite Broadbent 2010: 1. A Deep Dive into Delayed-Onset Muscle Soreness 2. Vibration Therapies, from Massage Guns to Jacuzzis
PainSci notes on Broadbent 2010:
This is a test of vibration therapy on sore muscles in runners. 29 male creational runners were studied after running a 40-minute downhill run. Half were given “once-daily sessions of vibration-therapy on the upper and lower legs,” and the other received no treatment. Vibrated muscles were less sore and had fewer blood markers associated with soreness Conclusion: “Vibration therapy reduces muscle soreness and IL6. It may stimulate lymphocyte and neutrophil responses and may be a useful modality in treating muscle inflammation.”
original abstract †Abstracts here may not perfectly match originals, for a variety of technical and practical reasons. Some abstacts are truncated for my purposes here, if they are particularly long-winded and unhelpful. I occasionally add clarifying notes. And I make some minor corrections.
OBJECTIVE: In this study, the effects of vibration therapy (VT) on delayed-onset muscle soreness (DOMS) and associated inflammatory markers after downhill running were determined.
METHODS: 29 male recreational runners (33 (8) years; Vo(2)peak 57 (6) ml kg(-1) min(-1)) completed a 40-min downhill run and were randomly allocated to a VT group or Control group. For 5 days post-run, the VT group underwent once-daily sessions of VT on the upper and lower legs. DOMS was assessed pre-run and for 5 days post-run by visual analogue scale. Immune cell subsets and plasma inflammatory markers were assessed pre-run, post-run, 24 and 120 h post-run by full differential cell count, and by ELISA and enzyme immunoassay, respectively. Data were analysed as per cent change from pre-run (ANOVA) and the magnitude of the treatment effect (Cohen's effect size statistics).
RESULTS: VT significantly reduced calf pain 96 h post-run (-50% (40%), 90% confidence limits) and gluteal pain 96 h (-50% (40%)) and 120 h post-run (-30% (30%)); decreased interleukin 6 (IL6) 24 h (-46% (31%)) and 120 h post-run (-65% (30%)); substantially decreased histamine 24 h (-40% (50%)) and 120 h post-run (-37% (48%)); substantially increased neutrophils (8.6% (8.1%)) and significantly decreased lymphocytes (-17% (12%)) 24 h post-run. There were no clear substantial effects of VT on other leukocyte subsets and inflammatory markers.
CONCLUSION: VT reduces muscle soreness and IL6. It may stimulate lymphocyte and neutrophil responses and may be a useful modality in treating muscle inflammation.
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