Blog || O'Ra Charge
Benefits of Red Light Therapy
Red Light Therapy, also known as photobiomodulation, uses specific wavelengths of red and near-infrared light to activate cellular processes at the mitochondrial level. By enhancing energy production, circulation, and repair...
Benefits of Red Light Therapy
Red Light Therapy, also known as photobiomodulation, uses specific wavelengths of red and near-infrared light to activate cellular processes at the mitochondrial level. By enhancing energy production, circulation, and repair...
Red Light: Our Body’s Repair Signal
Red and near-infrared light are long wavelength components of sunlight that penetrate the skin and subcutaneous (fat) tissue reaching deep into our tissues reaching deep into our tissues, joints, tendons,...
Red Light: Our Body’s Repair Signal
Red and near-infrared light are long wavelength components of sunlight that penetrate the skin and subcutaneous (fat) tissue reaching deep into our tissues reaching deep into our tissues, joints, tendons,...
Blue Light, Cortisol, and the Pregnenolone Stea...
Under natural sunlight, acetyl-CoA forms cholesterol, which circulates as LDL and becomes the foundation for vital molecules such as sex hormones (DHEA, testosterone, estrogen), progesterone, and stress hormones like cortisol...
Blue Light, Cortisol, and the Pregnenolone Stea...
Under natural sunlight, acetyl-CoA forms cholesterol, which circulates as LDL and becomes the foundation for vital molecules such as sex hormones (DHEA, testosterone, estrogen), progesterone, and stress hormones like cortisol...
Artificial Blue Light Disrupts the Melanopsin–D...
Melanopsin cells in the eye work in a feedback loop with retinal dopamine: light activates melanopsin, melanopsin drives dopamine release, and dopamine helps regulate melanopsin’s responsiveness. Under natural sunlight, this...
Artificial Blue Light Disrupts the Melanopsin–D...
Melanopsin cells in the eye work in a feedback loop with retinal dopamine: light activates melanopsin, melanopsin drives dopamine release, and dopamine helps regulate melanopsin’s responsiveness. Under natural sunlight, this...
Blue Light and Vitamin A Phototoxicity
At the molecular level, the damage from chronic blue light exposure extends beyond sleep and hormonal disruption, it also directly alters how the body handles vitamin A (retinal), a molecule...
Blue Light and Vitamin A Phototoxicity
At the molecular level, the damage from chronic blue light exposure extends beyond sleep and hormonal disruption, it also directly alters how the body handles vitamin A (retinal), a molecule...
How Artificial Blue Light Disrupts the Sleep an...
When blue light enters the eyes, it travels through the optic nerve to two primary regions: the visual cortex, which manages vision, and the suprachiasmatic nucleus (SCN) in the hypothalamus,...
How Artificial Blue Light Disrupts the Sleep an...
When blue light enters the eyes, it travels through the optic nerve to two primary regions: the visual cortex, which manages vision, and the suprachiasmatic nucleus (SCN) in the hypothalamus,...
