us to take near infrared light and turn it into our cellular energy molecule adenosine triphosphate (ATP). ATP

players in the PBM story are: Cytochrome C oxidase (substance that absorbs light) ATP (energy and healing

the oxygen we breathe and the food we eat to produce “ATP,” the molecule

use aerobic respiration to oxidize glucose, which produces between 34 and 38 ATP per molecule of

a molecule with 3 carbons. We start seeing a little bit of ATP produced along with NADH

of energy production forever. Glycolysis is an energy inefficient process that can only yield 2 ATP vs. 34 ATP, which

mitochondria of the heart cells. As ATP is the main energy-providing molecule in the

electrons, or in charge motions close to or within an atom or molecule. Each orbital electron can

numbers in most eukaryotic cells, and they are responsible for producing ATP (adenosine triphosphate), the

your RBCs to generate a compound called 2,3 DGP. Interestingly, this molecule enables your RBCs to

0149% of all hydrogen in the Universe, or 1 heavy water molecule for every

one or more of the four tyrosine residues on the insulin molecule. Others have shown that

and regulation of neurotransmitters. He found that near InfraRed produces nitric oxide (NO), ATP and gene

ions to pass into the cell. 11 On this basis boron will allow ATP (adenosine tri-phosphate) to

the mitochondria for cannabinoids to improve ADP conversion to ATP. Sublingual application doesn’t