At Neurvana Health, we’re continually studying how light interacts with the body at a cellular level. Intravenous Laser Therapy (IV Laser) also known as Intravenous Laser Blood Irradiation (ILBI) uses carefully calibrated wavelengths of visible and near-visible light to modulate how photons influence biochemical communication inside the bloodstream.
Every cell relies on energy and signaling to stay balanced. Certain molecules within blood and tissue cells are photosensitive; they naturally absorb light and convert it into subtle chemical and electrical cues. During an IV Laser session, these molecules are briefly exposed to low-level laser light while circulating through the bloodstream. The absorbed light energy interacts with:
These reactions occur on a biochemical level and are being explored as part of ongoing photobiology research.
| Colour of Light | Approx. Range (nm) | Biochemical Focus (Research Context) |
|---|---|---|
| Red | 630 – 660 nm | Supports mitochondrial enzyme activity and energy metabolism, anti inflammatory activity |
| Green | 520 – 540 nm | Engages redox reactions and oxygen transport molecules |
| Blue | 450 – 470 nm | Interacts with nitric oxide and oxidative-balance pathways |
| Ultraviolet (UV) | 365 – 405 nm | Studied for its influence on cellular surface molecules and microorganisms |
Each wavelength is applied in a controlled sequence to initiate distinct biochemical responses within circulating blood components.
An IV Laser session is performed in a calm, clinical environment by trained professionals using sterile technique:
All IV Laser sessions at Neurvana Health are conducted by licensed naturopathic doctors and trained medical professionals. Devices are maintained under manufacturer protocols, and operated according to current infection-control standards.
Light has always played a role in human physiology from circadian rhythm regulation to vitamin D synthesis. Intravenous Laser Therapy represents a deeper exploration of this relationship: examining how photons can serve as messengers that influence cell chemistry and communication.
Ongoing international research continues to investigate these biochemical pathways to better understand how light contributes to human health and energy balance.
