Microcurrent Therapy

Micro-Current Therapy

Microcurrent stimulation is a non-invasive, yet highly effective treatment modality that is known to provide significant benefits to a diverse range of equine injuries and conditions. In general, microcurrent is used as a versatile recovery aid to address both acute and chronic issues, whilst helping to reduce the associated symptoms.

Much like humans, the equine body possesses an endogenous bioelectrical system that produces natural signals in different areas such as; the brain, skin, muscles, heart, etc. The endogenous electrical signals were discovered many years ago, but now, with modern techniques, the existence of these electrical pathways has become well established. These natural electric signals play a pivotal role in many fundamental processes including; wound healing and repair functions. By applying carefully selected microcurrents that can mimic these signals, healing and recovery could be enhanced for wounds, various conditions, and most types of injuries.

In its simplest form, microcurrent aims to facilitate naturally occurring bioelectrical processes that are essential to the wellbeing of cells, tissues and body systems. This means that regardless of the type injury or condition, virtually all horses could gain significant benefits and improvements from using this technology.

There are a number of known localized benefits that can be gained from applying microcurrent stimulation close to the affected area. These include:

Reduction of inflammation and associated pain
Increased ionic flow and cell membrane transport
Restoration of bioelectrical potentials within damaged tissues
Accelerated tissue healing
Improved circulation and dilated blood vessels
Increased amount of red blood cells
Nerve repair and healing without scar tissue
Stimulating lymph circulation
Elimination of wastes and toxins
Increased ATP production up to 500% (ATP=adenosine triphosphate)
Increased excretion of fluids through the kidneys
Lengthening the connective tissue, reducing or preventing formation of adhesion and reducing the danger of fibrosis
Improved circulation and nutrition to joints