Scientific Rationale Behind the Operating Principles of the
Magnetix ArthroCare (MagAC) Device
The starting point is that Magnetix ArthroCare device stimulates higher chondrocyte activity. In order to actually activate such a process, it is necessary to:
1. Work with changing electromagnetic signals, as a permanently repeated similar impulse or stimulus of the cells is quickly perceived as с;
2. Cover the whole sensitivity range of the chondrocytes by an appropriate electromagnetic signals pattern.
Magnetix ArthroCare represents an evolution of PEMF technology, generating a pure magnetic field with direct current and unidirectional biological frequencies. Its quasi-rectangular waveform delivers alternating pulsed electromagnetic signals, primarily between 10 and 30 Hertz. This indicates its operation at low frequencies and field strengths.
Magnetix ArthroCare represents an evolution of PEMF technology, generating a pure magnetic field with direct current and unidirectional biological frequencies. Its quasi-rectangular waveform delivers alternating pulsed electromagnetic signals, primarily between 10 and 30 Hertz. This indicates its operation at low frequencies and field strengths.
Besides the main physical parameters examined here - wave form, field strength and frequency - there are other important characteristic features, such as energy carriers, work cycle, impulse frequency, implementation etc. which are fundamentally different in these three therapy methods.
Healthy joint –
streaming potential
Movements generate
Disturbed
electrical field
- Alteration of the electrical field by osteoarthritis or injuries
- Perturbation in the continued
cartilage regeneration.
MagAC treatment - formation of the electrical field
- Activation of streaming potentials by Magnetix ArthroCare
- This signal stimulates the regeneration process in cartilage, tendons and ligaments
Healthy joint –
streaming potential
- Movements generate fine electric currents in the joint
- Electrical field of the joint
- Control of the constant preserving and regenerating the cartilage and connective tissues
Disturbed
electrical field
- Alteration of the electrical field by osteoarthritis or injuries
- Perturbation in the continued
cartilage regeneration.
MagAC treatment -
formation of the
electrical field
- Activation of streaming potentials by Magnetix ArthroCare
- This signal stimulates the regeneration process in cartilage, tendons and ligaments
and repair of bone and cartilage tissues
Magnetix ArthroCare
supports regeneration
and repair of bone and
cartilage tissues
Magnetix ArthroCare stimulates the chondrocytes.
Observation: more production of proteoglycan and collagen (building blocks for the extracellular matrix)
Joint at rest
Joint under load
Joint under Magnetix ArthroCare
The working principle of the MagAC for joint pain technology is scientifically founded
Joint at rest
Joint under load
Joint under Magnetix ArthroCare
Functions of electric currents
The tissues of the human musculoskeletal system are stressed by continuous support of the body weight and muscle and tendon strength. The cartilage tissue reacts with a functional adaptation. It has been demonstrated that the cartilage layer of the joints under higher load will become thicker and enable a more even distribution of the load. Electrical currents are responsible for the function of the cartilage cells and the regeneration of the bone tissue.
What Magnetix ArthroCare does
However, in unhealthy cartilage tissue a normal flow of streaming potentials is severely affected.
The patented Original Magnetix ArthroCare technology intervenes here in the treatment of the affected joint cartilage. The unhealthy tissue is treated with impulses that constantly change in intensity and duration. Another effect of the pulsed electromagnetic fields method is that Magnetix ArthroCare stimulates the natural regeneration of the cartilage cells and the bone tissue with changing rectangular impulses.
Functions of electric
currents
The tissues of the human musculoskeletal system are stressed by continuous support of the body weight and muscle and tendon strength.
The cartilage tissue reacts with a functional adaptation. It has been demonstrated that the cartilage layer of the joints under higher load will become thicker and enable a more even distribution of the load. Electrical currents are responsible for the function of the cartilage cells and the regeneration of the bone tissue.
What Magnetix
ArthroCare does
However, in unhealthy cartilage tissue a normal flow of streaming potentials is severely affected.
The patented Original Magnetix ArthroCare technology intervenes here in the treatment of the affected joint cartilage. The unhealthy tissue is treated with impulses that constantly change in intensity and duration. Another effect of the pulsed electromagnetic fields method is that Magnetix ArthroCare stimulates the natural regeneration of the cartilage cells and the bone tissue with changing rectangular impulses.
Dynamic Balance in Cartilage: Chondrocyte Response to Degeneration and Attempted Regeneration
Magnetix ArthroCare: Revolutionary Therapy for Cartilage and Soft Tissue Treatment
Magnetix ArthroCare:
Revolutionary Therapy
for Cartilage and
Soft Tissue Treatment
Supported by clinical studies and laboratory research.
Enhanced
Joint Function and Healing
Early improvement of the joint function (mobility and flexibility) by the removal of muscular tension, with normalized joint kinematics and reduced pain.
Stimulation of the chondrocyte activity on streaming potentials with regeneration of the cartilage tissue
Multifaceted Benefits of
a Therapeutic Approach
Acceleration of the healing process in injuries to joint-related structures
Stimulation of the osteoblast activity through piezoelectric potentials with stabilisation of the bone thickness
Enhanced Joint
Function and Healing
Early improvement of the joint function (mobility and flexibility) by the removal of muscular tension, with normalized joint kinematics and reduced pain.
Stimulation of the chondrocyte activity on streaming potentials with regeneration of the cartilage tissue
Multifaceted Benefits
of a Therapeutic
Approach
Acceleration of the healing process in injuries to joint-related structures
Stimulation of the osteoblast activity through piezoelectric potentials with stabilisation of the bone thickness
Contact us
op@ghg-mgt.com