Neuropathic pain blocking. Decreases the 'action potential' electrical voltage of pain nerve cell 'voltage-gated' ion channels—reducing or stopping the transmission of pain signals.
Enhanced and faster injury healing. Gives extra electrical energy directly to the production and utilization of the 'cAMP' molecular 'messenger pathways' inside cells—that signal to start and continue the metabolic activity for healing, including gene expression.
Increased nerve cell and axon survival and regeneration ('neurogenesis') after injury. Prevention of future neuropathic pain and loss of function.
Anti-inflammatory. Favorably modulates both immune and non-immune system inflammatory processes—protects injured tissues from chronic degradation.
Local circulation enhancement.
Reduces muscle tension. Enhances function and regeneration of muscles following injury.
Improves whole brain response to injury. Enhanced brain cell connection ('synapse') plasticity after injury.
WMcAMP MODEL FEATURES
1. Based on our survey of published specifications of pain treatment electro-stimulators currently available