Stem Cell Therapy: ‘Patient in a dish’ model vs stimulating the body’s own stem cells

I’ve just watched a fascinating TED talk called Can stem cells shape the future of medicine? by Esther Wolfs (see below). It’s only 11 minutes long, and it’s very well presented and easy to follow. She explains how scientists hope to cure serious diseases through stem cell therapy developed through a ‘patient in a dish’ model. I highly recommend you watch it. But as you watch it, ask yourself a question: What if there was a more natural way to activate stem cells?

Esther Wolfs says,

“Stem cells will shape the future of medicine. . . [They] will contribute to the development of therapies for many diseases and help in saving the lives of millions of people.

She then goes on to explain how stem cells can be seen as the raw material of the body. They are basic cells that don’t yet have a specific function, and can turn into different types of cells. The body can then use them to heal different tissues and organs that have been damaged through injury or disease. The example she gives is of the liver. If the liver is damaged, stem cells in the liver start to divide and become specialised liver cells which replace the damaged cells.

Esther Wolfs is involved in research in which stem cells are isolated from the human body and kept in a dish in the lab. They are then stimulated to turn into specialised cell types. This is called the ‘patient in a dish’ model. The cells can then be used as a therapy for injuries and diseases by injecting them into patients. This process is aided by the fact that some stem cells are known to migrate to tumours and sites of injury.

This all sounds wonderful, and I can agree that stem cells will change the face of medicine.

But is she missing something?

She states,

“The goal is to mimic what’s happening in the body.”

She’s acknowledging that our wonderfully-made bodies can change stem cells into specialised cells and bring healing. So, what if we could stimulate the body’s own natural pathways to activate stem cells according to our original God-given design? Wouldn’t that be better than taking the stem cells out of the body, working on them in a dish in a lab, then re-injecting them?

It certainly would be better, and David Schmidt has come up with an ingeniously simple patch technology designed to do just that. He’s developed a kind of light therapy that stimulates the body’s production of GHK copper peptide which, in turn, activates the body’s own stem cells. These newly activated stem cells can then go to work. As Esther Wolfs pointed out, stem cells can migrate to the site of injury and disease and bring healing.

For a more detailed explanation of the light therapy technology, please see the video below LifeWave’s David Schmidt Stem Cell Technology X39.

I don’t fully understand the science, but this I know; three days after I started using the patch technology, I could run for the first time in 12 years. That was enough to persuade me of its efficacy.

Why don’t you give the patches a try and find out what they can do for you?