Stem Cell Treatment for Anti-Aging
Eternal-youth seekers have great reason to cheer with the revelations of science about stems cells and anti-aging. Evidence is increasingly coming to the forefront that regenerative properties of stem cells can cure many age-related complications and delay aging.
Stem cells found in our body are non-specific cells without having any tissue-specific structure. They can easily replicate themselves to form specific cells like heart muscle cells, blood cells, sperm cells, nerve cells etc. and perform specific functions. This regeneration property makes stem cells ideal for anti-aging therapy.
With aging, the cells of the body begin to decay. They lose their ability to regenerate and repair tissue. Changes begin to show on the skin; the internal organs such as the heart, the sex glands, the immune system etc. begin to lose their functional efficiency. At this point, you begin to look and feel aged.
Aging also opens the door to a number of diseases like arthritis, Parkinson's, Alzheimer's, diabetes, heart complications, and even cancer. Most of them can be traced to deficiencies at the cellular level.
Research is now showing that stem cells can reverse the progress of some of these diseases by replicating into specific cells and replacing the damaged cells in the body, restoring the vitality and functionality of the organs. In fact, stem cells can be developed outside the body, under laboratory conditions, and later returned to the body to give back your organ's functional efficiency.
Anti-Aging Stem Cell Therapy is done by extracting the patient's own cells one day, then infusing the stimulated cells back into the body using IV the next day. Cost is $3,900 USD.
Begin the evaluation and scheduling process now! Click Here >>>
Telomerase Therapy for Anti-Aging
Eternal-youth seekers have great reason to cheer with the revelations of science about Telomeres, Telomeras Therapy and Stems Cell Treatment for anti-aging. Evidence is increasingly coming to the forefront that regenerative properties of stem cells can cure many age-related complications and delay aging.
In the early 1970s we learned that when cells divide, the genetic material inside that cell needs to be copied. This process is called DNA replication. This presents a limitation on cell division which is rooted in the very nature of DNA replication. The enzymes that replicate a strand of DNA are unable to continue replicating all the way to the end, which causes the loss of some DNA.
Fortunately, our cells have long repetitive sequences of DNA at the end of each of each chromosome, which can shorten during the normal DNA replication process without effect on the important DNA.
These repetitive end sequences are called "telomeres."
As telomeres get shorter we get older.
Yet there must be a way for our bodies to re-lengthen telomeres. Otherwise, our sperm and egg cells would contain telomeres the same length as the rest of our cells, which would yield embryos as old as we are.
However, our reproductive cells do not exhibit telomere shortening, and show no signs of aging.
The reason these cells are immortal is that our reproductive cells produce an enzyme called telomerase. Telomerase acts like an assembly line inside our cells that adds nucleotides to the ends of our chromosomes, thus lengthening our telomeres.
In a cell that expresses telomerase, telomeres are lengthened as soon as they shorten, it's as though every time the "telomere clock" inside our cells ticks once, telomerase pushes the hands of the clock back one tick.
Telomerase works by filling the "gap" left by DNA replication.
The reason that most of our cells don't express telomerase is that the gene is repressed in them. There are one or more regions of DNA neighboring the telomerase gene that serve as binding sites for a protein, and, if that protein is bound to them, telomerase will not be created by the cell.
However, it is possible to coax that repressor protein off its binding site with the use of a small-molecule that binds to the repressor and prevents it from attaching to the DNA. If we find the appropriate compound, we can turn telomerase on in every cell in the human body!
Compounds such as these have very recently been discovered!
As it turns out there are 8 chemical compounds which can be made from natural ingredients that can improve telomares production in cells. A delivery system effective enough to deliver those botanicals with enough potency to support the telomares production is needed. This is done by smooth segmenting those natural ingredients and then by symbiotically overlaying them and delivering them to your system.
This product is called Isagenix Product B
Click Here to check out Isagenix Products and Superfoods for maximum nutritional telomares production to promote maximum healing and youthful aging!
At The Universal Institute of Stem Cell Treatment advanced stem cell procedures are performed at some of the most scientifically advanced hospitals in the world.
No international flights required! Patients fly to the San Diego International Airport, are shuttled into the clinic in Tijuana for extraction and treatments, and can stay in San Diego overnight.
Begin the evaluation and scheduling process now! Click Here >>>
Our team and their associates have evaluated thousands of stem cell treatment candidates over the past 25 years. They have treated over 7,500 patients.
Located in the heart of the stem cell research capital of the world, San Diego, California, we work hand in hand with top research centers. Even though some stem cell research is being conducted in the U.S., most stem cell implementation must take place outside of the country. We are strategically located to take advantage of both.
We currently have available treatments with stem cells utilizing patient bone marrow and younger donor sources. Treatments are available in the following areas: Anti-Aging, Prostate Cancer, Spinal Cord Injury, Arthritis, Parkinsons Disease, Autoimmune disease, Cerebral Palsy, Diabetes, Heart Failure, Multiple Sclerosis, Alzheimers Disease, and Stroke, just to mention a few.
It is believed that by the practical application of stem cells, the need for liver, kidney and heart transplants can be reduced dramatically. In addition, a cure for diabetes, nerve restoration and the extension of ones life expectancy by more than 50 years are on the horizon.