Stem cells and autoimmune disease and Genetic Disease

[Guest guest]

Everyone MUST listen to this. THIS IS SO AMAZING. Click on the

presentation below - listen to AT LEAST THE FIRST 5 MINUTES.

Also be sure to scroll down past this for Dr. Reg's CV and the

technical information below that. Don't miss any of it!

 

Gina Kindscher

831-722-4207

 

The information in the audio archived below is absolutely amazing. This

is cutting edge,... practical and theoretical science at it's best. It

shows the powerful mechanisms that God our Creator has designed to

enable the human body to heal itself from all kinds of afflictions. We

now understand that much healing occurs when generic adult stem cells

migrate from the bone marrow to replace sick or damaged tissue by

growing into new healthy new specialized cells. Evidence is documented

to show that Glyconutrients significantly enhance this process.

 

These are NOT embryonic stem cells, human embryos are not involved at

all. These stem cells are already in our bodies and it is estimated

that by taking about a teaspoon of Glyconutritionals daily, ONE adult

alone can produce more stem cells than all the research embryos

currently in all of North America combined!

 

What if you could " get " your own " stem cell therapy " with all the

potential regeneration benefits, and do it at a fraction of the

conventional medical cost ($100,000+), and do it without any risk?

 

According to Dr. Reg McDaniel, the body is able to do its own natural

" stem cell therapy " when it receives enough Glyconutrients. Evidently,

according to Dr. Reg, there are numerous free floating stem cells in

your blood that are available to be assigned to do " stem cell therapy "

wherever it is most needed in the body, and they are ACTIVATED and

enabled to do their work by Glyconutrients.

 

Dr Reg McDaniel

 

A presentation on his research on Stem Cells and the positive findings

with Parkinson Disease,

Alzheimers, Cerebral Palsy, Type 1 Diabetes, F.A.S. and more!

 

 

Click This Link To Play The Audio Message

http://PlayAudio-123.com/play.asp?m=113422 & f=HLXKSR & ps=6 & p=1

 

 

 

 

Dr. McDaniel is a graduate of the University of Texas Southwestern

Medical School

& has spent 30 years practicing anatomical & clinical pathology,

including positions

as the Director of Pathology & Laboratories and Director of Medical

Education at

Dallas-Ft Worth Medical Center. In 1981 he began research at Fisher

Institute for Medical Research

using a bean extract to stimulate the immune system. In 1985, he took

the work of scientists

that had isolated the active principle of the Aloe Vera Plant, and

conducted the first

government-monitored studies in humans using this Glyconutrient, aloe

polymannose (manapol®),

and the results were without precedent. He devoted his attention to the

potential of

Glyconutrients and other plant micronutrients to restore health for

numerous conditions through the

nutritional support of normal biochemistry under gene control.

 

In 1996, the American Naturopathic Medical Association recognized this

work with

their annual “Discovery of the Year Award”. Dr. McDaniel was a consultant to

Carrington Laboratories for 9 years, and Medical Director for Mannatech,

Inc.

for their first 8 years. Mannatech, Inc. is taking the micronutrient

research and

technology to the mass market. Currently, he has taken on the role of

Medical Director of MannaRelief Ministries. Dr. McDaniel assists in the

mission

to get micronutrients to children whose parents could never afford the

products. www.mannarelief.org He has published numerous educational papers

on the effects of glyconutritionals in relation to various disease

conditions.

 

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Published Research Papers

 

Adult stem cells effective in tissue repair

 

Stroke—Adult stem cells from brain, bone marrow, and umbilical cord

blood provide

 

therapeutic benefit after stroke. The cells appear to " home " to sites of

damage.

 

*Arvidsson A et al.; " Neuronal replacement from endogenous precursors in

the adult brain after stroke " ;

 

Nature Medicine published online; 5 August 2002

 

*Riess P et al.; " Transplanted neural stem cells survive, differentiate,

and improve neurological motor

 

function after experimental traumatic brain injury " ; Neurosurgery 51,

published online October 2002

 

*Li Y et al.; " Human marrow stromal cell therapy for stroke in rat " ;

Neurology 59, 514-523; August 2002

 

*Chen J et al.; " Intravenous administration of human umbilical cord

blood reduces behavioral deficits after

 

stroke in rats " ; Stroke 32, 2682-2688; November 2001

 

Spinal Cord Injury—Adult stem cells capable of re-growth and

reconnection in spinal cord.

 

*Hofstetter CP et al., " Marrow stromal cells form guiding strands in the

injured spinal cord and promote

 

recovery " , Proc Natl Acad Sci USA 99, 2199-2204; 19 February 2002

 

*Sasaki M et al., " Transplantation of an acutely isolated bone marrow

fraction repairs demyelinated adult rat

 

spinal cord axons, " Glia 35, 26-34; July 2001

 

*Ramón-Cueto A et al., " Functional recovery of paraplegic rats and motor

axon regeneration in their spinal

 

cords by olfactory ensheathing glia, " Neuron 25, 425-435; February 2000.

 

Diabetes—Liver or pancreatic adult stem cells can form insulin-secreting

islets.

 

*Horb ME et al.; Experimental conversion of liver to pancreas. Current

Biology, 13, 105–115; 21 Jan 2003

 

*Abraham et al.; " Insulinotropic hormone glucagon-like peptide-1

differentiation of human pancreatic isletderived

 

progenitor cells into insulin-producing cells " ; Endocrinology 143,

3152-3161; August 2002

 

*Yang L et al.; " In vitro trans-differentiation of adult hepatic stem

cells into pancreatic endocrine hormoneproducing

 

cells " ; Proceedings of the National Academy of Sciences USA, 99,

8078-8083; 11 June 2002

 

*Ramiya VK et al.; " Reversal of insulin-dependent diabetes using islets

generated in vitro from pancreatic

 

stem cells, " Nature Medicine 6, 278-282, March 2000.

 

 

 

Adult stem cells effective in

tissue repair

 

Heart Damage—Bone marrow and muscle stem cells repair damage after heart

attack.

 

*Stamm C et al.; " Autologous bone-marrow stem-cell transplantation for

myocardial regeneration " ; The

 

Lancet 361, 45-46; 4 January 2003

 

*Tse H-F et al.; " Angiogenesis in ischaemic myocardium by

intramyocardial autologous bone marrow

 

mononuclear cell implantation " ; The Lancet 361, 47-49; 4 January 2003

 

*Strauer BE et al.; " Repair of infarcted myocardium by autologous

intracoronary mononuclear bone

 

marrow cell transplantation in humans " ; Circulation 106, 1913-1918; 8

October 2002

 

*Menasché P et al. " Myoblast transplantation for heart failure. " Lancet

357, 279-280; 27 January 2001

 

*Toma C et al.; " Human mesenchymal stem cells differentiate to a

cardiomyocyte phenotype in the adult

 

murine heart " ; Circulation. 105, 93-98; 1/8 January 2002

 

*Orlic D et al., " Mobilized bone marrow cells repair the infarcted

heart, improving function and survival " ;

 

Proceedings of the National Academy of Sciences USA 98, 10344-10349, 28

August 2001.

 

*Orlic D et al.; " Bone marrow cells regenerate infarcted myocardium " ;

Nature 410, 701-705; 5 April 2001

 

Parkinson’s Disease—Neural stem cells can form all neuron types, migrate

throughout

 

brain to repair damage, and prevent loss of neurons associated with

Parkinson’s disease.

 

*Åkerud P et al.; " Persephin-overexpressing neural stem cells regulate

the function of nigral dopaminergic

 

neurons and prevent their degeneration in a model of Parkinson’s

disease " ; Molecular and Cellular

 

Neuroscience 21, 205-222; Nov 2002

 

*Ourednik J et al.; " Neural stem cells display an inherent mechanism for

rescuing dysfunctional neurons " ;

 

Nature Biotechnology 20, 1103-1110; Nov 2002

 

Using the patient’s own adult neural stem cells, a group at Los Angeles

Cedars-Sinai

 

Medical Center report a reversal of symptoms in the first Parkinson’s

patient treated.

 

American Association of Neurological Surgeons meeting, 8 April 2002

 

Current Clinical Uses of Adult Stem Cells

 

• Cancers—Lymphomas, multiple myeloma, leukemias, breast cancer,

 

neuroblastoma, renal cell carcinoma, ovarian cancer

 

• Autoimmune diseases—multiple sclerosis, systemic lupus,

 

rheumatoid arthritis, scleroderma, scleromyxedema, Crohn’s disease

 

• Anemias (incl. sickle cell anemia)

 

• Immunodeficiencies—including human gene therapy

 

• Bone/cartilage deformities—children with osteogenesis imperfecta

 

• Corneal scarring-generation of new corneas to restore sight

 

• Stroke—neural cell implants in clinical trials

 

• Repairing cardiac tissue after heart attack—bone marrow or

 

muscle stem cells from patient

 

• Parkinson’s—retinal stem cells or patient’s own neural stem cells

 

• Growth of new blood vessels—e.g., preventing gangrene

 

• Gastrointestinal epithelia—regenerate damaged ulcerous tissue

 

• Skin—grafts grown from hair follicle stem cells, after plucking a few

hairs from patient

Disclaimer- Please note that none of this information is intended to be

construed to be a medical claim for any product. No nutritional product

does anything for any condition--they simply support that body's own

inherent design to heal itself. So when we see a " miracle " , it is not

directly due to any product--it is due to the reactivation of the body's

programming to heal itself once it has all the essential nutrients it

needs to operate at full healing capacity.

 

 

 

 

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