PHOTOMEDICINE
Photobiomodulation
Photobiomodulation (FBM) represents an emerging frontier in modern medicine, where light energy, in the form of photons, interacts with living cells to trigger metabolic and cytological responses. This process encompasses electromagnetic radiation (EMR) within the visible spectrum and extends into the near-infrared (NIR) and ultraviolet (UV) bands, opening up new possibilities in the treatment and optimization of cellular health.
The term “photobiomodulation” is the convergence of three key concepts: “photo,” which refers to light; “bio,” which alludes to living cells; and “modulation,” which implies the ability to influence and transform. In essence, photobiomodulation describes how light acts as a catalyst for biochemical reactions within cells, offering a revolutionary approach to improving cellular function and addressing a variety of medical conditions.
Photobiomodulation is a universal phenomenon that occurs in all living beings, from plants to animals and bacteria. This natural process is activated when cells are exposed to sunlight, but can also be triggered by specific wavelengths (colors) of artificially generated light. Photobiomodulation not only stimulates growth and provides energy for cellular respiration and reproduction, but also drives DNA repair and optimizes the molecular maintenance of cells, tissues and organs.
In complex organisms such as primates and humans, photobiomodulation plays a crucial role in the development and management of the nervous system, regulates blood flow in the circulatory system, enhances the immune response, and has a direct influence on the development of stem cells. This process is a key element in biotechnological innovation, with the potential to transform the way we understand and treat the human body, from cell regeneration to the optimization of comprehensive well-being.
What is FBM therapy?
Photobiomodulation therapy (PBMT) is positioned as an advanced therapeutic innovation, using light energy to address a wide range of health challenges. From fighting disease and repairing injuries to relieving pain and regulating organ and immune system function, PBMT is a powerful tool for reducing inflammation and treating neurological and aging-related conditions. It is also used preventatively to improve brain health, promote overall well-being, and optimize performance in sports and athletics.
This therapy not only addresses everyday aches and pains, but also supports physical fitness, improves sleep quality, facilitates relaxation, reduces stress, increases energy and combats fatigue, all while slowing down the aging process. TFBM is also key in stimulating the immune system, offering a preventative defense against infectious diseases.
In the sports arena, TFBM is revolutionizing athlete performance in a natural way, without the need for drugs or steroids. This technology reduces the risk and severity of sports injuries, manages pain associated with overexertion or hyperextension, and significantly accelerates recovery after an injury.
La fotobiomodulación (PBM) es una terapia que utiliza luz roja e infrarroja cercana para estimular procesos naturales en las células. Su principal efecto ocurre en las mitocondrias, pequeños órganos celulares encargados de producir energía. Al recibir esta luz específica, las mitocondrias se activan, mejoran su función energética y reducen el estrés oxidativo.
Recientemente, investigadores han descubierto que muchas enfermedades inflamatorias y autoinmunes, como lupus, artritis reumatoide, esclerosis múltiple, enfermedad inflamatoria intestinal y tiroiditis de Hashimoto, podrían estar relacionadas con una ruptura en la antigua relación simbiótica que las células mantienen con sus mitocondrias. Cuando esta relación falla, las mitocondrias liberan señales moleculares peligrosas, como fragmentos de ADN mitocondrial y radicales libres (ROS), que activan el sistema inmunológico de manera exagerada, generando inflamación crónica.
La PBM ayuda a restaurar esta relación mitocondrial-celular. Al mejorar la función de las mitocondrias, disminuye la liberación de esas señales inflamatorias. Estudios científicos en humanos y animales han demostrado que esta terapia reduce significativamente la inflamación, el dolor y mejora la regeneración de tejidos dañados en diversas enfermedades autoinmunes:
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Lupus: mejora el dolor y la inflamación articular.
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Artritis reumatoide: reduce inflamación y dolor articular, mejora la movilidad y el estado del cartílago.
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Esclerosis múltiple: protege el tejido nervioso, disminuye síntomas neurológicos y promueve reparación neuronal.
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Enfermedad inflamatoria intestinal: reduce daños e inflamación intestinal.
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Tiroiditis de Hashimoto: disminuye anticuerpos dañinos contra la tiroides y mejora su función.
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En resumen, la fotobiomodulación representa una terapia complementaria prometedora y segura, que mediante el uso de luz específica puede modular nuestro sistema inmunológico, controlar la inflamación y favorecer la reparación de tejidos afectados por enfermedades autoinmunes.
Fotobiomodulación: cómo la luz puede frenar la inflamación en enfermedades autoinmunes
