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It all comes down to cell regeneration

Photobiomodulation (PBM) holds an incredibly large range of application for disease symptoms.
There are various clinical trial research papers present.
Furthermore, this method is being widely used (mainly focused in USA) in the field of integrative and alternative medicine.Cell is a living tissue, a building block of an organ. Thus, shaping the cell to be healthy will naturally lead to a healthy body. Many tissues in human body reacts and make changes based on different spectrum of light energy. For instance, green and blue visible light may have special effect on the red blood corpuscle (aka blood cell) and the effect is more active and aggressive on patients with diabetes, neuropathy, herpes, and acne. Red visible light and near infrared ray has its own distinct treatment range which is dependent on the depth of penetration. Treatment effect varies based on each spectrum and light output. Near infrared ray of 810nm deeply penetrates human body without heat, whereas ray of 850nm produces more heat within the tissue. Also, near infrared ray of 940nm revitalizes nitric oxide production from mitochondria. The following is the range of disease symptom application based on Photobiomodulation.

Disease symptom

  • 혈액순환

    Blood circulation

  • 암, 면역

    Cancer, Immunity

  • 파킨슨 등 뇌 질환

    Parkinson's, and other brain diseases

  • 자가면역 질환

    Autoimmune disease

  • 통증


  • 말초 신경 병증

    Peripheral nerve disorders

  • 염증


  • 당뇨


Hearth, sepcial purpose

  • 당뇨

    Enhanced competence of professional athletes

  • 피부 관리, 미용

    Skin care, beauty related

  • 불면증 관리

    Insomnia care

  • 신장 및 전립선 질환

    Kidney / prostate disease

Verification on the application range of PBM (Photobiomodulation)
* The following can be seen in an automatically translated format if opened through Google Chrome

Research paper on clinical studies of Low Level Light therapy (LLLT) from Harvard Medical School and Boston University

Biphasic Dose Response in Low Level Light Therapy
There have been a large number of both animal model and clinical studies that demonstrated highly beneficial LLLT effects on variety of diseases, injuries, and has been widely used in both chronic and acute conditions. LLLT may enhance neovascularization, promote angiogenesis and increase collagen synthesis to promote healing of acute (Hopknis et al. 2004) and chronic wounds (Yu et al. 1997) LLLT provided acceleration of cutaneous wound healing in rats with a biphasic dose response favoring lower doses (Corazza et al. 2007). LLLT can also stimulate healing of deeper structures such as nerves (Gigo-Benato et al. 2004), tendons (Fillipin et al. 2005), cartilage (Morrone et al. 2000), bones (Weber et al. 2006) and even internal organs (Shao et al. 2005). LLLT can reduce pain (Bjordal et al. 2006a), inflammation (Bjordal et al, 2006b) and swelling (Carati et al. 2003) caused by injuries, degenerative diseases or autoimmune diseases. The paper reported beneficial effect of LLLT on repair processes after injury or ischemia in skeletal and heart muscles in multiple animal models in vivo (Ad and Oron 2001; Oron et al. 2001a; Oron et al. 2001b; Yaakobi et al. 2001). LLLT has been used to mitigate damage after strokes ((in both animals (Lapchak et al. 2008) and humans (Lampl et al. 2007)), after traumatic brain injury (Oron et al. 2007) and after spinal cord injury (Wu et al. 2009).