Erchonia Zerona

Listing description

ZERONA BLUE
Four separate histological studies were performed to assess the efficacy of laser in the emulsification (liquefaction) of fat. Scanning electron microscopy (SEM) and transmission electron microscopy (TEM) were utilized to analyze adipose tissue. SEM and TEM images revealed the collapse of adipose arrangements subsequent to laser therapy. The voluminous state of an adipocyte cell is reduced due to the emulsification process. The fatty material is evacuated from the cell and moves into extracellular space. The voluminous nature of adipocytes due to the accumulation of fatty material is what gives rise to an enlarged subcutaneous fat region. ZERONA induces the formation of a transitory pore in the membrane of the fat cell. The pore enables the fatty material to seep out across the aperture and into extracellular space. The following images show the result of laser energy on a single fat cell and a group of fat cells.

Technology
The following is another example of scientific proof of the Erchonia lasers effect on adipocytes. All of the SEM, TEM, MRI and all other research of this website was done using an Erchonia laser.

The research represented below was done in the US using an Erchonia laser and shows time released photography of one fat cell and its contents being emptied. Please note the cell is still alive. Erchonia only uses its own research to prove its patent pending applications.

Applications
ZERONA is a non-invasive body contouring procedure using the Erchonia Laser Scanner. The multi-site clinical trial conducted by Erchonia to validate the process focused on the abdomen, hips, and thighs. As a logical conclusion, the science behind ZERONA can also be applied to other parts of the body. Medical professionals using the Erchonia Laser Scanner are currently experimenting with the efficacy of ZERONA treatment when used on

This equipment is located in US