{"id":2960,"date":"2018-11-15T15:19:35","date_gmt":"2018-11-15T14:19:35","guid":{"rendered":"https:\/\/iplhamburg.netzlicht.com\/fat-removal-laser-mode-of-operation\/"},"modified":"2018-12-14T14:18:30","modified_gmt":"2018-12-14T13:18:30","slug":"fat-removal-laser-mode-of-operation","status":"publish","type":"page","link":"https:\/\/www.ipl-hamburg.com\/en\/fat-removal-laser-easy-fast-weight-loss\/fat-removal-laser-mode-of-operation\/","title":{"rendered":"Fat-Removal-Laser: Mode of operation"},"content":{"rendered":"

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Mode of operation of the iLipo Fat-Removal-Lase<\/h2><\/div>
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Fat reduction and shaping of the body<\/h4>\n

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Mitochondria \u2013 target of the iLipo laser light<\/h3>\n

Mitochondria are the \u201cpower stations\u201d of the cells. The iLipo light is absorbed in the mitochondria of the cells. Through this stimulation of the mitochondria, chemical processes are triggered within the fat cells.<\/p>\n

Reactions within the cell:<\/h3>\n

The iLipo light penetrates into the cytochrom-C oxidase unit of the proton transport chain within the mitochondria. Through the intensification of the biological processes to increase the hydrogen and calcium ion expulsion (H+ and Ca2+), the chemical balance within the cell is changed temporarily.
\nThe increase in the ph-value within the cell brings about a change in the charge distribution in the cell walls, whereby pores are opened through which the cell components can pass.<\/p>\n

Reaktion in the mitochondria<\/h3>\n

The changes in the Ca2+ ions in the cell stimulate the production of a lipase enzyme which splits the enclosed triglyceride into glycerine and fatty acids. Compared with the large, bulky structure of the triglycerine molecule, the smaller glycerine molecules and fatty acids can be transported by that through the pores in the cell wall via transporting proteins to the outside. As soon as these reach the cell gaps, they are taken by the lymphatic system of the body to be converted into energy.[\/vc_column_text]

Photochemical reaction:<\/strong><\/p>\n