Dr. Mike Belkowski, an expert in red light therapy, discusses the importance of red light therapy on health, focusing on mitochondria's role. He explores the negative impacts of malillumination from artificial lighting and different bioactive light types on human health.
Understanding the science behind red light therapy boosts appreciation for its health benefits.
Mal-illumination from lack of natural light affects circadian rhythms, leading to various health issues.
Red light therapy corrects deficiencies, optimizing mitochondrial function for improved cellular regeneration and overall health.
Deep dives
Understanding the History of Red Light Therapy and Its Importance
Red light therapy has a rich history dating back to the Egyptians and Ayurvedic medicine, emphasizing light as a vital source of health derived from the sun. The science behind red light therapy, focusing on mechanisms like ATP production in mitochondria, explains its efficacy in benefits such as hair health, skin health, reducing inflammation, and improving mood. While some users may not delve into the science, understanding the technology's roots and mechanisms enhances the appreciation for its health benefits.
Malillumination and Its Impact on Health and Wellness
Malillumination, akin to malnourishment but concerning light exposure, is prevalent due to modern lifestyle choices like indoor living and artificial lighting. Lack of natural light and excessive exposure to artificial lighting disrupt circadian rhythms, impacting melatonin and cortisol levels. The consequences range from vitamin D deficiency to circadian dysregulation, leading to various health issues like cognitive impairment, cancer, metabolic syndrome, and mood disorders.
Exploring the Significance of Red and Near Infrared Light Deficiency
The deficiency of red and near infrared light, common in indoor lifestyles, crucially affects mitochondrial function and overall health. These wavelengths, often found in sunlight, specifically impact mitochondria, boosting energy production and cellular regeneration. Red light therapy effectively corrects these deficiencies, harnessing the healing power of these wavelengths to address various health conditions and optimize wellness.
Diving into Cytochrome C Oxidase and the Auto-Regulation of Biostimulation
The presence of cytochrome C oxidase in mitochondria, which absorbs red and near-infrared light, plays a key role in optimizing cellular energy production. Red light therapy's effectiveness in targeting diseased tissues while sparing healthy ones highlights the concept of auto-regulation of biostimulation. This selectivity ensures positive therapeutic effects on specific areas, offering healing benefits without adverse side effects.
Future of Red Light Therapy and Its Broad Applications
Red light therapy presents a promising future in addressing various health conditions and optimizing overall well-being. Delving deeper into mitochondrial health and specific ailments that benefit from red light therapy will offer an in-depth exploration of its potential. Through expert insights and specific case studies, the podcast aims to shed light on the role of red and near-infrared light in enhancing health, longevity, and wellness.
Dr. Mike Belkowski dives deeper into the science and research of red light therapy, the health risks of mal-illumination, and how we should really be thinking about the mitochondria in our cells.
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