Columbus Stem Cell Network

At Columbus Stem Cell Network, we have investigative protocols for studying a number of different maladies
and conditions including autoimmune, arthritis, neurologic disease, urologic disease, and orthopaedic disease.

The question that comes up is how can the same stem cell treat so many different things? How can you have the same cells that treat lung disease but also treat
cardiac disease and knee arthritis?

It's a conceptual problem only if you think of cells as a drug, because you wonder how can one drug be perfect for everything. If you understand live cellular therapy and the fundamentals of how our repair system works, it makes sense because we have the same stem cells floating around our bodies from our bone marrow that go anywhere there's damage and effect repair. So, we don't always have to have a different stem cell for every single condition.

If we're looking at reducing degenerative, inflammatory or traumatic conditions it actually makes sense that we we might use the same cells. The key is what happens when the cells interact with the damage and that damaged area make the cells change. They activate and
they respond appropriately. Sometimes they'll make cartilage, sometimes they'll make blood vessels and nerves, sometimes they'll make retinal tissue. So it depends on what tissue they're interacting with and what they're reading as a damage signal.

The primitive cells that we have in our stromal vascular fraction, which is the part of your fat, has the cellular portion that is very rich in mesenchymal stem cells and there's a lot of other cells in it also, there's immune regulatory cells, white cells, red cells and many other
different types of cells.

These stem cells are called adult mesenchymal stem cells. These cells respond to damage and change and they are capable of fixing many things. We found that adult mesenchymal stem cells from the soft tissue surrounding the fat and and the blood vessels that that are interspersed around the fat can form any kind of tissue you can imagine. They can form nerve tissue, they can form blood vessels, they can form many, many things. It just depends on the signal that they're reading and it's an on-demand system. They are smart, they're smarter than we are and they figure out what needs to be done to affect repair and they do that naturally.

Please look at Healthcarerev.org.

https//www.healthcarerev.org/

Thought leaders in healthcare speak about the NEW ERA in medicine. Namely, Stem Cell Therapies.

Featuring physicians and scientists from Harvard, Johns Hopkins, Stanford, Mayo Clinic, Cambridge, Yale and University of Pennsylvania.

It features our very own, Dr. Mark Berman, Dr. Elliot Lander, Dr. Thomas Grogan and Dr. Christopher Duma from Cell Surgical Network.

The Healthcare Revolution – Discover Our Future of Medicine

Stem Cells are your body's natural healing cells. They are recruited by chemical signals emitted by damaged tissues to repair and regenerate your damaged cells. Stem Cells derived from your tissues may well be the next major advance in medicine. Columbus Stem Cell Network has the technology to produce a solution rich with your own stem cells. Under investigational protocols, these can be deployed to treat a number of degenerative conditions and diseases.

Our multi-disciplinary team of physicians spanning Orthopedic Surgery, Internal Medicine, Emergency Medicine, Functional and Regenerative Medicine, and Family Medicine will talk with you at your initial consultation to determine whether stem cell therapy might be appropriate for you.

Dr. David Garcia is a graduate of Ohio University College of Osteopathic Medicine. He is a Fellow in Anti-Aging and Regenerative Medicine and a Fellow in Stem Cell Therapies through the Metabolic Medical Institute (MMI), affiliated with the George Washington University School of Medicine and Health Sciences.

www.ColumbusStemCellNetwork.com

An Affiliate of Cell Surgical Network See less

columbusstemcellnetwork.com At the Columbus Stem Cell Network, we provide care for people suffering from diseases that may be alleviated by access to adult stem cell based regenerative treatment.