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Biological effects of LLNB light illumination

 

In recent years, phototherapy has been the subject of credible and rigorous scientific research both in the laboratory and in the clinic in order to delineate the mechanisms and clinical applications of phototherapy. The basic tenet of phototherapy is that LLNB light illumination has a wavelength and intensity-dependent capability to alter cellular behavior in the absence of significant heating thereby exerting various effects at the biochemical, cellular, histological, and functional levels.



The scientific rationale behind phototherapy is based on ample published scientific work which has found clear evidence that LLNB light alters cellular processes. These include protein synthesis, cell growth and differentiation, cell motility, membrane potential and binding affinities, neurotransmitter release and ATP synthesis, etc. The mitochondria, which is the main sub-cellular organelle responsible for the cell`s energy production, exhibit frequency-dependent action spectra and many scientists feel that the mitochondria is at the base of the phototherapeutic effects of LLNB light. The most intensively investigated clinical application of phototherapy is the acceleration of cutaneous and mucosal wound healing.

Biological effects of LLNB light illumination

 

In recent years, phototherapy has been the subject of credible and rigorous scientific research both in the laboratory and in the clinic in order to delineate the mechanisms and clinical applications of phototherapy. The basic tenet of phototherapy is that LLNB light illumination has a wavelength and intensity-dependent capability to alter cellular behavior in the absence of significant heating thereby exerting various effects at the biochemical, cellular, histological, and functional levels.



The scientific rationale behind phototherapy is based on ample published scientific work which has found clear evidence that LLNB light alters cellular processes. These include protein synthesis, cell growth and differentiation, cell motility, membrane potential and binding affinities, neurotransmitter release and ATP synthesis, etc. The mitochondria, which is the main sub-cellular organelle responsible for the cell`s energy production, exhibit frequency-dependent action spectra and many scientists feel that the mitochondria is at the base of the phototherapeutic effects of LLNB light. The most intensively investigated clinical application of phototherapy is the acceleration of cutaneous and mucosal wound healing.