LUMINA: The Physics + Neurobiology Behind Red Light Therapy
Dec 31
2 min read
Red light therapy gets talked about like a beauty tool or a relaxation hack, but the real power of LUMINA lives at the intersection of photobiomodulation, cellular signaling, and neural recalibration.
Your tissues respond differently to each, and neither response is superficial.
1. Mitochondrial Activation: Light as Cellular Fuel Guidance
Mitochondria are not just “energy factories”—they’re photoreceptors.They contain a chromophore called cytochrome c oxidase (CCO) that absorbs red and NIR photons.
When LUMINA delivers these wavelengths:
• Nitric oxide (NO) is released from CCO
• Electron flow through the electron transport chain increases
• Oxygen binding improves
• ATP (energy) production rises measurably
ATP isn’t just “energy.” It is the currency behind tissue repair, immune function, hormone synthesis, neurotransmission—everything.
Cells with more ATP behave differently. They repair differently. They signal differently. They age differently.
2. Neuroimmune Regulation: Calming the Electrical + Chemical Storm
Inflammation isn’t just biochemical—it’s neural.Your nervous system governs inflammatory tone through microglia, cytokines, and autonomic balance.
Red and NIR light have been shown to:
• Down-regulate microglial reactivity
• Reduce neuroinflammatory cytokines
• Support parasympathetic activation
• Stabilize autonomic oscillations
This is why people feel mentally clearer, emotionally steadier, and physically more grounded after a LUMINA session.
You're not “relaxing.” Your brain and immune system are synchronizing.