Red light is a powerful drug = Big Pharma

The time has to come think of red light as a powerful compound pharmacy.  Considering that red light in sunlight makes up 42% of our stars light should make you realize just how powerful starlight is for cells.  Irradiation with red light caused gene and noncoding RNA regulation for photoacceptor protection in the retina. If you listened to my Vermont 2017 youtube video you would realize just how powerful this effect is.  These finding may open a new challenge for photobiomodulation to displace big pharma as the go to pharmacy for humans.  The key with photobiomodulation is understanding the effect of frequency and power density on the red light chromophores in our cells.  Most do not have that sophistication.   You've got to know why.  I teach that type of sophistication at my membership site.

Read my forum.  There is tons of free info there, become a member if you want more guidance.  https://www.jackkruse.com/register/

I want you to watch this video carefully at the 3:56 minute point and realize what he says about hydrogen in the sun.  When hydrogen gas is ionized by electric plasma it makes RED LIGHT.  The hydrogen in the sun is special.  It is predominately a proton stripped of its electron and it is light hydrogen.  

VIDEO HYPERLINK 

Please watch the video before continuing on in this series.  Hydrogen in the sun makes up the 42% of the red light that comes to Earth. 

What the mitochondriac needs to realize is how the hydrogen in the sun's photosphere is excited by solar plasma to glow red and the red light comes to Earth to connect with bio-molecules in our cells to communicate directly with other hydrogen protons in our mitochondria.  This wireless connection was detailed in last weeks blog.  This wireless connection is called molecular resonance.  The connection of the sun to our cells is most dramatic and critical in the red part of the spectrum.  This wireless control of light is how we control proton movements and gradients.  

Proton gradients in life are more ancient and more ubiquitous than NUCLEIC acids, but you'd never know this if you were not informed of this by a mitochondriac teacher.  Watch the next video below at the 19:00: minute section to the 20:45 minute window to show you I am telling you something AXIOMATIC.  I want you to remember the slides Lane shows there considering what I have shown you above.  

VIDEO HYPERLINK 

Watch it and go no further in your reading until you do.

PHOTOBIOMODULATION = LLLT

LLLT is critical in sunlight to life because it is how cells control proton movements inside of cells wirelessly.     

Today’s new data support the old conclusion that photobiomodulation is more pronounced in ill or otherwise stressed cells, as compared with healthy cells with plenty of oxygen available. The terminal enzyme of the mitochondrial respiratory chain and its electronic excitation by light with proper parameters causes retrograde light-sensitive cellular signaling events to transport the light signal from mitochondria to the nucleus to cause gene expression.  The gene expression events caused by irradiation have been  confirmed by experiment, and have been studied in more detail in recent years.  It also should shock no one that red light create more protons in water by charge separting water.  Bio-physics has proved that water is a red light chromophore.  Water makes up 99% of the molecules in a cell by volume because it is so small.  Pollack's experiments have confirmed water is charge separated by light and that water absorbs best in the red range of the solar spectrum.  

Listen to this podcast below.  It is a bit superficial, but when you are on the road to becoming a "mitochondriac" you need to understand the basics before the details of nature are revealed to your mindset. Listen below.

http://adamlowery.com/tcr-podcast-180-justin-strahan-scott-nelson-co-founders-of-joovv/

CITES:  

Masha R.T. Houreld N. Abrahamse H. Low-intensity laser irradiation at 660 nm and stimulates cytochrome c oxidase in stressed fibroblast cells. Lasers Surg. Med. 2012;44:429–434.  [PubMed]

1. Karu T.  Ten lectures on basic science of laser phototherapy. Grängesberg: Prima Books AB; 2007. 

2. Karu T. Pyatibrat L. Gene expression under laser and light-emitting diodes radiation for modulation of cell adhesion: possible applications for biotechnology. IUBMB Life. 2011;63:747–753.  [PubMed]

3. McDaniel D.H. Weiss R.A. Geronemus R.G. Mazur C. Wilson S. Weiss M.A. Varying ratios of wavelengths in dual wavelength LED photomodulation alters gene expression profiles in human skin fibroblasts. Laser Surg. Med. 2010;42:540–545.  [PubMed]

4. Masha R.T. Houreld N.N. Abrahamse H. Low intensity laser irradiation at 660 nm stimulates transcription of genes involved in electron transport chain. Photomed. Laser Surg. 2013;31:47–53.[PubMed]