Stem Cells, Hyperbaric Oxygen Therapies
In this video, David Steenblock spends about 22 minutes speaking on "Stem Cells, Hyperbaric Oxygen Therapies" at the 38th Annual Cancer Convention held on Labor Day weekend by the Cancer Control Society.
About David Steenblock
DAVID STEENBLOCK, M.D., D.O. was born and raised on a farm in Northern Iowa. His B.S. Degree was in Zoology and Chemistry from Iowa State University, Ames and his M.S. Degree in Biochemistry and his Doctor of Osteopathy (D.O.) Degree both from Des Moines, Iowa. Dr. Steenblock did a rotating Internship at Providence Hospital in Seattle, Washington and then for two years practiced in a rural logging town as a Solo Practitioner, Surgeon and Gerontologist. He did residences at Case Western Reserve University in Cleveland, Ohio and the University of Oregon Health Sciences Center in Portland, Oregon.
In 1978, Dr. Steenblock founded The Health Restoration Medical Center which evolved into The Brain Therapeutics Medical Clinic in Mission Viejo, California. He has been a Medical Editor of Total Health, Let’s Live and a contributor to a variety of other scientific and health publications. In April 2002, Dr. Steenblock was awarded the Charles Farr Pioneer Award for Outstanding Achievement in Research and Development in Oxidative Medicine for his use of Hyperbaric Oxygen in his comprehensive rehab programs for stroke and other brain injured patients.
Dr. Steenblock uses Hyperbaric Oxygen, Intravenous Glutathione, Magnetic Therapies, Acupuncture, External Counterpulsation, Intermittent High Altitude Therapies, Physical Therapy (RPT), Nutrition, etc. for the prevention and treatment of stroke, brain injuries, cerebral palsy, autism, Alzheimer’s Disease, intestinal disorders, diabetic complications, etc.
Currently Dr. Steenblock is working internationally with other scientists studying the application of umbilical cord stem cells for the treatment of a variety of health conditions. His Clinic phone is 949-367-8870 and his website is http://www.stemcellmd.org
Transcription
Thank you. Thank you. Thank you, everybody. It's great to be here. This is it. Is this the 30th here? Thirty eight. Thirty eight.
I was gonna say because I'm thirty one years ago, I came to the Cancer Control Society on my honeymoon with my sweet wife, and we're still married. And I know she's here in the audience, but I think she is. So I just want to say thank you very much, knowing me for being with me for all these years.
I'm trying to get on the good side here, guys.
And next, how do I do this? Do I. Do I run the stickers? Just say next.
How do I push this? Spacebar. Spacebar.
OK, we start off always with an FDA disclaimer. Everything presented here should be considered experimental results presented may not be typical and you may not have any results whatsoever from a bone marrow transplant. No claims or promises stated here after are approved by the FDA.
Amy asked the party or medical boards of California there what our stem cells, stem cells have the potential to regenerate tissue over your lifetime. The potential, the potential sat meaning that they're going to.
But it's the potential and it's that potential that we're working with are going to try to make better. So we tried to make the best better. STEM cells are the fundamental healing cells of the body. They're found in high number in the bone marrow and in your fat.
There are three different types of stem cells in your bone marrow that aquatic mesenchymal and endothelial. Now, this is a picture of the bone marrow there in the center. You see that big bone there. And inside that, there's red. That's the red bone marrow. And when we're children and babies are bone marrow, those are filled with this material. The red bone marrow, the red bone marrow is the part of the bone marrow that has the stem cells in it. As we get older and older, that some of that red marrow turns into fat and turns into yellow bone marrow. And so that's just fat and it doesn't work. So the older we get, the more fat we get in are not only in our in our tummies, but also in our bones. And one of the things that we want to do is say stay young and healthy is to keep that bone marrow red and fully active with growing healthy stem cells. And as you can see there, these stem cells can come out of the bone marrow and go to other tissues and form other tissues.
And. And I find a pointer