“I'm targeting the blood, I'm targeting the mitochondria, I'm also targeting the water. And by using four distinct wavelengths, you are maximizing your chance of hitting a chromophore that's going to have a therapeutic effect,” explains Sarah Turner, a neuroscientist turned biohacker and host of the Rebel Scientist podcast. Sarah’s experience working in pharmaceuticals led her to begin exploring quantum biology, specifically photobiomodulation or red light therapy. Her background in neurology informed her desire to research how light may be able to impact the brain, particularly in people with neurodegenerative diseases like Parkinson’s. In this episode, Sarah speaks with host Meredith Oke about her company CeraThrive and their new photobiomodulation device for healing along the gut-brain axis.
There is a common misconception that it is entirely dark within the skull, but light does penetrate into the brain. While it is a small amount of light that makes it through, it is still enough to provide significant therapeutic effects. Photobiomodulation takes advantage of the body’s many natural light receptors, using four distinct wavelengths to target the blood, mitochondria, and structured water. When people are exposed to the correct light frequencies at the right times of day, this light aids the body with its repair processes. With CeraThrive’s red light therapy system composed of both the device and a convenient app, people can regain control over their own health and healing without the need for pharmaceuticals.
Whether you are suffering from a neurodegenerative disease like Parkinson’s or simply want to improve your overall health while also reducing chronic pain, red light therapy devices like CeraThrive can help. When combined with circadian lifestyle changes like grounding and seeing the sunrise and sunset, photobiomodulation promotes optimal brain functioning and full body healing.
Quotes
- “It's a small amount of light that actually penetrates through and gets onto the surface of the brain. However, it is enough to have a therapeutic effect.” (26:15 | Sarah)
- “I'm targeting the blood, I'm targeting the mitochondria, I'm also targeting the water. And by using four distinct wavelengths, you are maximizing your chance of hitting a chromophore that's going to have a therapeutic effect.” (28:29 | Sarah)
- “We've evolved under natural light. We're meant to be exposed to certain light frequencies at certain times of the day… It's actually a very natural thing.” (34:41 | Sarah)
- “We really are just animals that have taken ourselves out of our environment. The more we can kind of put ourselves back there in that natural environment, potentially, the more benefit we can get from it.” (37:02 | Sarah)
Links
Connect with Sarah Turner:
Website: cerathrive.com
Socials:
https://www.linkedin.com/in/rebelscientist/
https://www.linkedin.com/company/75603411/admin/
https://www.instagram.com/cerathrive/
https://www.facebook.com/CERASystem
https://www.instagram.com/rebelscientistpod/
https://www.linkedin.com/company/90730389/admin/
https://www.youtube.com/@Rebel-Scientist
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Podcast production and show notes provided by HiveCast.fm
The Quantum Biology Collective Podcast