What kind of Stem Cells do you provide?
We provide the most potent Stem Cells available – Stemaid™ Embryonic Stem Cells. We do not provide the far less effective adult Stem Cells or Umbilical Stem Cells.
Is it ethical to use Embryonic Stem Cells for therapy?
Stemaid™ Embryonic Stem Cells are derived from a blastocyst which is the stage of an embryo 5 days after fusion of an egg and a spermatozoa.
A decade ago, in order to produce such a blastocyst and derive Embryonic Stem Cells from it, our scientists needed to retrieve eggs from a woman and collect sperm from a male and then fertilize the egg in a petri dish. Nowadays, it is no longer necessary to retrieve eggs or sperm to produce a blastocyst. Stemaid™ scientists are able to produce an egg from a skin cell. They are also able to fuse such an egg with a fibroblast (skin cell) to produce an embryo.
In other words, Stemaid™ Embryonic Stem Cells are produced by transforming skin cells into Embryonic Stem Cells following several advanced scientific steps. The blastocyst produced in the process of this transformation is a transient stage where the skin cell is fully returned to its original embryonic stage. No life is being produced or destroyed. There is only a transformation of old living cells into young and more effective ones.
How do your Stemaid™ Stem Cells differ from those offered by other providers?
We are the only company in the world offering Stemaid™ Embryonic Stem Cells. Embryonic Stem Cells are up to 6x more potent in their ability to help the human body heal itself than that of adult Stem Cells or Umbilical Stem Cells.
How does do you ensure the quality of the Stemaid™ Embryonic Stem Cells?
Stemaid™ Embryonic Stem Cells are always delivered fresh from the laboratory culture.
We never provide frozen Stem Cells as it would reduce the efficacy and number of Stem Cells available for use by your body after injection. We ensure that Stemaid™ Embryonic Stem Cells are counted prior to application, without any additional freezing. This ensures that patients always receive a minimum of 5 million Stemaid™ Embryonic Stem Cells per application.
Some clinics or doctors purchase Stem Cells in a frozen state, and simply ‘defrost’ them prior to injection, so even if there were 5 million Stem Cells prior to freezing, by the time they reach your body, you are receiving fewer Stem Cells than you were told, or possibly none at all! Regardless of who you choose for your Stem Cells therapy, make sure that the Stem Cells count is done in the last stage – prior to injection and without additional freezing.
Are there side effects and what are the risks, if any?
To date, Stemaid™ Embryonic Stem Cell therapy has produced no negative side effects; nor are there any medically or scientifically anticipated risks outside that of a routine outpatient injection.
How long does the procedure take?
If you are given a simple intravenous application and the duration of the actual procedure will not usually exceed 2 hours.
If an injection is done in another part of your body and requires anaesthesia, it may take several hours and could include an overnight recovery within the treatment facility.
I read that Embryonic Stem Cells can cause cancer. Is it true?
There is no scientific evidence that Embryonic Stem Cells may cause cancer. In fact, Embryonic Stem Cells are the only Stem Cells that have been scientifically proven to produce anti-tumour proteins that can shrink and even kill tumours. Others, including Umbilical Stem Cells and Adult Stem Cells, do not have this anti-cancer effect. In over 5 years of practice, Stemaid™ have never seen such a problem after Embryonic Stem Cells treatment, on the contrary, they have seen tumours shrink and disappear.
I would like to receive Stemaid™ Embryonic Stem Cells Therapy. What’s the next step?
Just use the ‘contact us form’
Tell us what you hope to achieve with Stemaid™ Embryonic Stem Cells therapy and we will then send you over the forms to complete.
We’ll then answer your questions and our doctor will assess what is needed and we will advise how we proceed from there.