Biomechanical stimulation (BMS) is a term generally used for localised biomechanical oscillation methods, whereby local muscle groups are stimulated directly or via the associated tendons by means of special hand held mechanical vibration devices. Biomechanical oscillation therapy and training is offered in a variety of areas such as competitive sports, fitness, rehabilitation, medicine, prevention, beauty, and used to improve performance of the muscles and to improve coordination and balance. It is often used in the Myofascial trigger point therapy concept to invoke reciprocal inhibition within the musculoskeletal system. Beneficial effects from this type of stimulation have been found to exist, the efficacy of the BMS Matrix therapy was proven in an independent study. carried out by TÜV-Süd which was commissioned by German health insurer BKK Gesundheit.
Stroking in smooth movements, kneading to loosen muscles, rubbing or friction with the practitioner using both hands back and forth in opposite directions, and striking (tapping or chopping the body with fingers or hands) are all used in combination. These movements help relax the body, increase circulation, and improve drainage in the lymphatic system.
Carrollton Carroll 30118 Georgia GA 33.5712 -85.0961
Before booking an appointment, ask questions about the therapist’s education and experience, like “What is your training?” “How many years have you been practicing?” and “Do you work frequently with runners?”, suggests Gammal. Seek referrals if possible, and ensure s/he is a licensed massage therapist. Rotenberger recommends a massage therapist specifically trained in orthopedic treatment and assessment, as s/he will know when to refer you to another healthcare professional, in the case that you’re experiencing chronic pain and discomfort not fixable via massage. You can find a reputable practitioner via www.orthomassage.net or www.NeuroMuscular-Reprogramming.com.
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Massage has been shown to reduce neuromuscular excitability by measuring changes in the Hoffman's reflex (H-reflex) amplitude. A decrease in peak-to-peak H-reflex amplitude suggests a decrease in motoneuron excitability. Others explain, "H-reflex is considered to be the electrical analogue of the stretch reflex...and the reduction" is due to a decrease in spinal reflex excitability. Field (2007) confirms that the inhibitory effects are due to deep tissue receptors and not superficial cutaneous receptors, as there was no decrease in H-reflex when looking at light fingertip pressure massage. It has been noted that "the receptors activated during massage are specific to the muscle being massaged", as other muscles did not produce a decrease in H-reflex amplitude.