CLINICAL BIOELECTRIC MEDICINE ELECTROCEUTICAL CLASSIFICATION DEFINITIONS
Stimulatory Class (A)
“Bio-physiological effects induced by repeated synchronous action potentials in excitable cells (membrane depolarization and repolarization activity).”
ANALGESIA
* Counter-irritation via Sensory Nerve Fiber Stimulation:
Repeated excitation of afferent nerve fibers effect neuronal signaling processes in the CNS and interfere with local pain perception.
* Bio-Active Neuropeptide Release:
Cell receptor uptake of beta-endorphin, enkephalin, phyllokinin, etc., which inhibit pain impulses in the CNS.
CIRCULATORY AND LYMPHATIC INFLUENCE
* Sympathetic Function Imitation - Vasoconstriction: (R/P-1:1)
Synchronous excitatory response (action potential) to exogenous stimulus-inducing sympathetically-mediated constriction synaptic norepinephrine release (Endothelin Peptide).
* Sympathetic Function Fatigue - Vasodilatation:
Synchronous excitatory response to exogenous stimulus inducing sympathetically-mediated vasodilation via depletion of synaptic neurotransmitter (norepinephrine).
EDEMA REDUCTION
* Sympathetic Function Imitation-Vasoconstriction:
Enhanced centripetal transport of venous blood and lymph via sympathetic stimulation.
* Activation of Muscle Pump:
Muscle activation via exogenous stimulation above motor threshold enhancing centripetal transport of venous blood and lymph.
* Sympathetic Function Fatigue - Vasodilatation:
Indicated only in vasospastic disorders-C.R.P.S. (Complex Regional Pain Syndrome)
* Activation of Lipolysis:
Beta Receptor Response. Indicated only in Lipedema.
REINNERVATION ACCELERATION
Synchronous response to exogenous stimulus-inducing excitation of sprouting axon processes via repeated action potential propagation (maximum neuronal signaling without neurotransmitter depletion).
MUSCLE STIMULATION
* Imitative Activation/Thrombosis Prevention/Endurance Training:
* Strengthening: (R/P-I :2)
* Relaxation/Spasmolysis:
Activation of the oxidative muscle metabolism and of enzyme synthesis for better oxidative metabolic adaptation, contractile substance increase, improved capillarization.
INFLUENCE ON METABOLISM
Activation and challenge of the metabolism via repeated membrane depolarization and repolarization activity-triggering cAMP from increased ATP production, improved cell respiration via ion transport (membrane permeability).