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Laser Phototherapy

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Efficiency

The efficiency of the laser  therapy is depending upon many different factors. Scientists and medical doctors found out, that the efficiency of the laser therapy is depending for example on:

  • the wavelength ( penetration depth)
  • the output power, which is required to start the biostimulation effect 
  • the continuity of the treatment 
  • the required total dose of min 2-4 J/cm²
  • the good contact to the skin for pain treatments
  • a regular treatment 
  • an initial worsening of the symptoms at chronic diseases can be a positive sign of the healing
  • to continue the treatment, although the pain is gone already
 
User which take care of these notes will be convinced of the laser therapy and value the multiple application possibilities.


Energizing cells and tissue

lllt1 Biostimulation - also called bio modulation - is a process in which the laser light stimulates and increases endogenous synthesis of ATP (Adenosine TriPhospate). The ATP is the energy carrier molecule produced in the mitochondria, the cellular energy power generators. All the cells, tissues and organs - muscles, ligaments, bones and skin - require energy to live and function. The ATP stores and transports the energy to all tissues and organs in the body. The ATP also activates metabolic processes, helping to improve and normalise cellular metabolism. Illnesses, injuries, traumas and ageing can reduce the endogenous synthesis of the ATP. Arising shortage of the ATP leads to a reduction in available energy with negative impact on the speed of healing and abilities to recover.






Laser for wound healing

lllt2High energy and potent, yet gentle and soft, the laser light stimulates cellular mitochondria to increase the ATP synthesis. Nowadays we know: Cells with a lac of energy can be stimulated by laser light. Wound healing is a complex process that requires substantial amounts of energy. During healing, the body has to fight bacteria and potential infections. Cellular debris and toxins have to be removed. Damaged tissue undergoes repairs. New tissue has to be grown and integrated into the area. Light provides the energy required for the increased synthesis of the ATP. The increase in the synthesis of the ATP may be initially slow due to damaged or impaired capillary perfusion into the tissues and or-gans. Laser light of PalmLaser and LaserCat stimulates, normalises and restores cellular metabolic processes and, therefore, leads to significant acceleration in wound healing.








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