Multi-frequency bioimpedance and myofascial release therapy: An equine “AtlasOrange1” validation study
- 01This validation study was conducted on six horses
- 02Bioimpedance analysis aligned well with manual assessment of tension
- 03A two-minute massage treatment reduced measurable stiffness
- 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.
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.
- 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/
- Ep. 01616. Deanna Hansen: Fascia decompression and the power to heal
The episode was first published on The Fascia Guide YouTube channel on February 5, 2025. In this inspiring episode, we meet Deanna Hansen — founder of Block Therapy™ and a pioneer…
- Ep. 176176. How do you develop a more effective hand?
For us, it all started with a machine. It has been a long journey – from the idea of an extended hand to research on fascia, horses, dogs, and childbirth, on to international brea…
