Cryotherapy Induced Lipolysis is the newest form of non-invasive fat reduction without damaging other cells and tissue. Treatment involves controlled cooling of fat tissue through the skin to induce lipolysis through a process known as apoptosis during which the affected fat cells begin to shrink and break down and be naturally metabolised and [...]
Cryotherapy Induced Lipolysis is the newest form of non-invasive fat reduction without damaging other cells and tissue. Treatment involves controlled cooling of fat tissue through the skin to induce lipolysis through a process known as apoptosis during which the affected fat cells begin to shrink and break down and be naturally metabolised and [...]
Cryotherapy Induced Lipolysis is the newest form of non-invasive fat reduction without damaging other cells and tissue. Treatment involves controlled cooling of fat tissue through the skin to induce lipolysis through a process known as apoptosis during which the affected fat cells begin to shrink and break down and be naturally metabolised and [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]
Low Level Laser utilises that part of the light spectrum where visible red laser diodes give off light penetrating into the subcutaneous layer where the fat cells are, changing the chemical balance within the fat cells which opens the pores in the cell walls to allow the content of the fat cells to [...]