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Multi-frequency bioimpedance and myofascial release therapy: An equine “AtlasOrange1” validation study

Vibeke Sødring Elbrønd, Marta Julia Krasnodebska, Adrian Harrison
Key takeaways
  1. 01This validation study was conducted on six horses
  2. 02Bioimpedance analysis aligned well with manual assessment of tension
  3. 03A two-minute massage treatment reduced measurable stiffness
  4. 04Effects of the treatment were observed for up to 48 hours

In this equine study, a bioimpedance device successfully measured reductions in myofascial tension following a two-minute massage treatment.

Abstract

Background: Measurable sources of muscle tension include viscoelastic tone, physiological contracture, voluntary contraction, and muscle spasm, and if left untreated, they can over a period of time result in clinical pain as a direct result of increased myofascia tension. Typically, physiotherapy is used to stretch affected muscles, thereby reducing motor neuron excitability, and as a consequence give the patient a sensation of correct posture and movement, thereby facilitating normal movement patterns. However, cases of documented therapy effectiveness are rare. Methods: A total of 6 horses with myofascial tension/imbalance issues were selected for this trial. The horses were assessed manually by a qualified Veterinarian and note was taken of regions with high resting myofascial tension as well as movement restrictions. The horses were then measured using a multi-frequency BioImpedance Analysis unit (SFB7) by a technician blinded to the manual assessment. AtlasOrange1, a new form of mechanical physiotherapy massage was used to treat all 6 horses. Treatment was applied directly to two anatomically identifiable myo-fascial regions for a total period of two minutes. Subsequently, the effects of treatment were followed using multi-frequency bioimpedance at an interval of 1, 24 and 48 hours. Results: Regions of increased myofascial tonus/stiffness were detected manually and noted for all 6 horses. The bioimpedance data was analyzed for centre frequency (fc) and extracellular resistance (Re) and delta values between the right- and left-hand sides of each horse were calculated. Treatment induced a 39% decrease for Re (NS) and a 58% decrease for fc (P=0.003) over 48 hours post-treatment. The mfBIA values were subsequently compared with the findings of the manual evaluation revealing a 94.4% overall agreement. Conclusion: We suggest that a high level of resting myofascial tension/stiffness is measureable using mf-BIA, and that it can be relieved with massage forms of treatment like AtlasOrange1.

Cite this study
APA
Vibeke Sødring Elbrønd, Marta Julia Krasnodebska, & Adrian Harrison (2015). Multi-frequency bioimpedance and myofascial release therapy: An equine “AtlasOrange1” validation study. https://fasciaresearchdatabase.com/multi-frequency-bioimpedance-and-myofascial-release-therapy-an-equine-atlasorange1-validation-study/
MLA
Vibeke Sødring Elbrønd, et al. "Multi-frequency bioimpedance and myofascial release therapy: An equine “AtlasOrange1” validation study." 2015, https://fasciaresearchdatabase.com/multi-frequency-bioimpedance-and-myofascial-release-therapy-an-equine-atlasorange1-validation-study/.
Chicago
Vibeke Sødring Elbrønd, Marta Julia Krasnodebska, Adrian Harrison. 2015. "Multi-frequency bioimpedance and myofascial release therapy: An equine “AtlasOrange1” validation study.". https://fasciaresearchdatabase.com/multi-frequency-bioimpedance-and-myofascial-release-therapy-an-equine-atlasorange1-validation-study/