Interesting. Do you have any links to scientific publications regarding this subject? Or maybe some landmark papers? The concept is very interesting but I fail to see a suitable application for let's say, stem cell transplantation due to the very different composition of plant cells compared to human cells.
The human immune system would attack it immediately and probably efficiently too.
So that would leave an extraction process as you mentioned, however wouldn't this just be another excuse for pharmaceuticals and other companies to continue overcharging customers/patients for creams that hardly work and need to be applied forever to maintain their effect?
Having a renewable source implanted would solve this, but again, plant stem cell implantation in humans wouldn't work as I mentioned earlier.
Still, very interesting concept!
Kiraiz thank you for your comment, please feel free to email me at john@regenere3d.com & I will forward you clinical studies on our Product.Our advanced skincare uses active plant stem cells and smart technology that was developed by NASA that has anti-aging properties found in no other product.
Through extensive research, astronauts and scientists discovered that the stem cells grow better in the microgravity of space than on Earth resulting in the creation of a rotating vessel bioreactor that keeps the cells in growth medium suspension within the device to mimic the microgravity of space. What was found within this progressive research were Fibroblasts, which are a type of cell found in connective tissue that makes collagen, a key protein in skin and other substances that aid in skin and tissue repair.
Looking forward to speaking with you soon
Ah I'm sorry I guess I misunderstood, did not realize you were posting on behalf of a company. So can I assume that the clinical studies you have performed have not (yet) been published in peer-reviewed scientific literature?
You are correct, we have Efficacy Testing done by 3rd party on our product that gets filled with Government agencies for claims