Email for more info: info@mspeptidesolutions.com
Email for more info: info@mspeptidesolutions.com
NAD+ is a coenzyme sitting in the middle of energy metabolism in every cell. Understanding why it gets consumed rather than just recycled explains all the interest.
Four areas take most of the damage, and they fail for different reasons. Knowing which is which is the difference between managing it and being surprised by it.
The problem is not only fewer hours. Your internal clock expects a pattern, and the work asks you to ignore it, flip it, then flip it back.
It is not one dramatic injury. It is heavy loads at reach, vibration, twelve hour shifts, and a schedule that gives the body no consistent window to repair itself.
Three peptides with nothing structurally in common, linked by one strategy: take a molecule that does several jobs, and keep only the part you want.
Named after the delta waves it was found alongside. The research runs well past sleep, into the stress axis, temperature regulation and pain.
Same construction, completely different origins. One comes from a stress hormone, the other from an antibody heavy chain.
One works on blood vessels, the other works in the brain. They are not two versions of the same idea, and the difference is the whole point.
Four amino acids, from a Soviet era research program most people in the West have never heard of. The telomere work is what made it famous.
Mitochondria carry their own DNA, and that DNA codes for signaling peptides. MOTS-c is one of them. SS-31 comes at the same machinery from a structural angle.
