The Strawberry Laser is completely non-invasive, completely non-surgical, and completely non-painful! FDA cleared for U.S. use, the Strawberry Laser has been successfully melting the fat and recontouring the figures of millions of patients in over 30 countries for several years. When liposuction or other surgical body contouring procedures are less desirable options, Strawberry Laser treatments can yield noticeable, measurable results. Most patients will see a difference with their very first treatment session! We’ve grown accustomed to our patients being thrilled with the results – right from their very first session!
How Does Strawberry Laser Lipo Work?
Strawberry Lipo Laser produces pores in fat cells by stimulating an enzyme, cytochrome c oxidase found in mitochondria, which is sensitive to laser light. This enzyme regulates cellular metabolism by boosting the rate of ADP/ATP exchange and biological cascades, which affect fat cell stability. This increased ATP production caused by the Strawberry Lipo Laser leads to a boost in production of a natural by-product called reactive oxygen species (ROS). Increased levels of ROS causes a process called as lipid peroxidation. This process occurs when ROS reacts with lipid (fat) molecules that are present in cell membranes. The end result is the destruction of cell membrane fat is that it creates pores that make it easy for intra-cellular (fat inside the cell ) fat to be released.
Strawberry Lipo Laser also stimulates lipase, an enzyme, that breaks down triglycerides into fatty acids and glycerol. They are then released together with water through the pores. The fatty acids and glycerol are removed by the lymphatic system and transported into the body where they can be metabolized and consumed for energy. The fat cell shrinks and loses its round shape due to changing of the permeability of the membrane. The pores heal later but the fat cell remains small. It is important to exercise after each treatment so that your body can burn off the glycerol and triglycerides through energy consumption.