Regenotherapy®
is based on the Cyclic Interferential Modulation (CIM), or on a
radio-frequency signal (high frequency from 1 to 450 MHz) that is
transmitted with particular characteristics of amplitude and frequency
wave, interacting on the activity of living organic tissue; the signal
is repeated over time in a cyclical pattern, adaptable to clinical
applications.
Regenotherapy®
is an application of multi-frequency transmitted by suitable
transducers (antennas), with limited signal power, (0.15 mW) which acts
on the internal and external tissues by inducing an acceleration of the
cellular exchanges, the improvement of cellular respiration and the
consequent possible tissue reconstruction like in pain pathologies and
reconstructive inflammatory states. Encountered in orthopaedic
rehabilitation and post-traumatic, dermatology, dentistry.
Where
there is a pathological decompensation, the application of these
defined radio frequency signals determines an internal and external
re-balance of the cell.
In
particular the application of modulated and pulsed high frequency,
gives all the benefits of the penetration of radio waves, without
heating noticeably the tissues, thanks to the relatively long pauses
between one pulse and another.
Regenotherapy®
has good effects on connective tissue and in venous and arterial
diseases of all kinds, in which it was established that controlled
electromagnetic fields, force the synthesis of hyaluronic acid, a basic
component of the substance of the connective pericapillary sleeve.
Clinical
studies have shown that the greater effectiveness, in these conditions,
is obtained with pulsed and controlled in amplitude radio waves (max
0.15 mW), with low flux density of emission, to obtain an analgesic and
hyperemic effect; as well as for a cure, true and proper,
anti-edematigenous.
This enhances the process of differentiation of mesenchymal cells and restores the chemical-physical characteristics of the interstice vessel / membrane, greatly lowering the capillary permeability and favouring the return to normal of the vasomotor circulation.
One
of the physical factors that affects the remodelling of the skeleton,
is the so-called piezoelectric effect of the bone. During the motion
activity of the crystals that make up the mineral content of the bone,
subjected to tractions and compressions, generate electric currents
which favour the osteoblastic activation and bone apposition.
In the field of rehabilitation, the piezoelectric effect of the electromagnetic waves plays a similar effect, polarizing the molecules of collagen, the main useful component in the regeneration, determining a flow of electrolyte (ionic current), through the outbreak of the lesion. The piezoelectric effect of electromagnetic waves accelerates tissue reconstruction, possibly removed (eg osteotomy) or lost (eg osteoporosis) or bone reconstruction due to fractures.
In the field of rehabilitation, the piezoelectric effect of the electromagnetic waves plays a similar effect, polarizing the molecules of collagen, the main useful component in the regeneration, determining a flow of electrolyte (ionic current), through the outbreak of the lesion. The piezoelectric effect of electromagnetic waves accelerates tissue reconstruction, possibly removed (eg osteotomy) or lost (eg osteoporosis) or bone reconstruction due to fractures.
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