Once again, I had to address the Stemulite “scam” on yet another forum full of ignorant (in the true, non-pejorative sense of the term – in most cases) people who seem to have nothing better to do than put down a product they know literally nothing about.
I don’t mean to be harsh (oops – too late), but, as a former mechanical engineer, it just doesn’t make sense to me how any allegedly thinking person can go to a forum and say, “Stemulite is obviously BS.”
T. Harv Eker, author of “Secrets of the Millionaire Mind” says one of my favorite lines ever:
It’s not too expensive. You just can’t afford it.
Similarly …
Stemulite is not BS. You just don’t understand the science behind it.
If you can handle it, go to PubMed.com and check out one of the main studies that led Dr. David Summers to create Stemulite: (I’ve emphasized the key points in case you prefer to skim)
Physiol Rev. 2004 Jan;84(1):209-38. Cellular and molecular regulation of muscle regeneration. Chargé SB, Rudnicki MA. Ottawa Health Research Institute, Ottawa, Ontario, Canada.
Upon injury, skeletal muscle has the remarkable ability to initiate a rapid and extensive repair process preventing the loss of muscle mass. Skeletal muscle repair is a highly synchronized process involving the activation of various cellular responses.
The initial phase of muscle repair is characterized by necrosis of the damaged tissue and activation of an inflammatory response.
This phase is rapidly followed by activation of myogenic cells to proliferate, differentiate, and fuse leading to new myofiber formation and reconstitution of a functional contractile apparatus.
Activation of adult muscle satellite cells is a key element in this process.
Muscle satellite cell activation resembles embryonic myogenesis in several ways including the de novo induction of the myogenic regulatory factors. Signaling factors released during the regenerating process have been identified, but their functions remain to be fully defined.
In addition, recent evidence supports the possible contribution of adult stem cells in the muscle regeneration process.
In particular, bone marrow-derived and muscle-derived stem cells contribute to new myofiber formation and to the satellite cell pool after injury.
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Mike Boyle
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