What Is Cellular Therapy ?
Cellular therapy is based on the ability of biologically active cellular extracts from animal fetuses to communicate genetic information to other cells of our organism that are biologically attenuated. These cells are thus stimulated to produce proteins that are biologically more active. This acts to revitalize and regenerate the human body. Cellular therapy offers the following advantages:
Fetal cellular extracts are still little differentiated and are less antigenic, which means they are well tolerated by the human body. As they are in full biological vigor, fetal cellular extracts provide a beneficial stimulation that is felt throughout the body. The Cellvital extracts act as a model for the production of new proteins and integrate their genome into the human genome.
This integration of two genomes allows descendants to be produced that are suitable for synthesizing polypeptide chains which are free ofDNA transcription errors. These new proteins start a fresh multiplication cycle that is freed from all the damage accumulated during the passage of time or past illnesses. Studies conducted in German universities using cellular extracts marked with radioisotopes have proven that they migrate to the target organ. That is to say, extracts from the liver are found in the tired liver, extracts from the lungs are found in the affected lung and so on.
We can now say with certainty that the material in the injected cellular extracts targets the organs concerned and increases their overall productivity. Nowadays, it is thought that administering cellular extracts revitalizes and regenerates the human body’s tired organs by “reprogramming” their genetic material.
The Cellvital Method
In order to increase the safety and perfect cellular therapy, Dr. A. Pfister developed the Cellvital method, distinguishing it from all other forms of cellular therapy. Biological products and cell tissues are rapidly denatured by the action of different proteolytic enzymes that break down the living material of cells, i.e., proteins. It is essential that the cells and tissues be conserved in order, firstly, so as to maintain the biological value of the proteins contained in cellular extracts over time and, secondly, to give the laboratory the time they need to conduct adequate tests and checks in order to avoid all possibility of the presence of infectious or toxic agents affecting the cellular extracts.
The method of conservation is known as the Cellvital method. The Cellvital method is based on using a stabilizing liquid that is non-toxic, non-pyrogenic, sterile and measurable in which the different cellular extracts from animal fetal organs and tissues are diluted according to well-proven proportions. There is no freezing or freeze-drying (lyophilization).
Thanks to our unique know-how, secondary effects are very rare and are usually limited to small, local reactions. A thorough medical examination determines which organs are tired and require revitalizing. The patient can then be given all the cellular extracts that their body requires. Each organ is treated with cellular extracts from the corresponding organ and not with extracts from a single unique organ. Cellvital therapy is, therefore, personalized and targeted, and as a result, particularly more effective.
Cellvital Cellular Therapy and Scientific Research
Even though the precise way in which cellular extracts regenerate the body and slow the ageing processes is not fully known, many researchers and theories try to explain this clinically proven phenomenon. Let us look at three of them : 1) Instability of the genome According to several researchers, as human and animal cells multiply, they produce new proteins that are defective or deficient in one or several amino acids.
This phenomenon is amplified by each cell division (Woytyk & Goldstein, 1980). The principal effect of administering cellular extracts is that they attach to the receiver’s genome like a genomic transplant. Cellvital cellular extracts make essential repairs and act as models for the production of new healthy proteins. 2) Free radical production Free radicals are atoms that have one or more “bachelor” electrons orbiting outside the nucleus. They seek other electrons in order to form a new stable particle.
Free radicals can be considered as damaging products created by cellular metabolism, in the same way as exhaust fumes are the damaging byproducts of an automobile’s engine (C.W. Olanow, 1993). Free radicals are unstable and attack cell components, damaging lipids, proteins and DNA. This process can start a chain reaction that results in illness. Some of their potential sources are ionizing radiation, ultraviolet rays, environmental pollution and cigarette smoke.
Free radicals are known to be implicated in more than 100 illnesses. Cellvital cellular extracts try to prevent the formation of free radicals and repair the damage that they have already done. 3) Telomere theory The compound structure at the end of chromosomes in eucaryotic organisms is called telomeres. Telomeres are indispensable for preserving the integrity of the genetic material during each cell division. The length of the telomeres reduces with each cell division and, after a certain number of divisions, the chromosomes can no longer replicate themselves. Research has shown that adding an enzyme, telomerase, can stop telomere length reduction (L. Maillet, C. Boscheron, M. Gotta, S. Marchand, 1996). Cellvital cellular extracts regenerate chromosomes in altered cells.
Tests and Research Conducted By The Health Center Clinique Lémana
Over the years, many improvements have been made to Cellvital production and preparation techniques and also to the tests, checks and trials of the finished product so as to guarantee its innocuousness, increase its efficacy and eliminate any possibility or suspicion of the presence of pathological or toxic agents. Examples of tests and checks Gradually, as research progressed,
Health Center Clinique Lémana regularly introduces new modifications in order to optimize the Cellvital material. Several years ago, for example, we introduced tests to check the proportion of proteins in Cellvital. This dosage, considered as a biological marker for the product, is a control that allows us to measure its quality. As a result, we can ensure that our product is always irreproachable and has a high level of biological activity.
Another test involves ensuring that Cellvital cellular extracts have no cytopathogenic effects on different cell lines when they are mixed together. This test is repeated for each cell line and each batch of Cellvital cellular extract. As a result, we are able to guarantee the innocuousness of our product on living cells. Scientific research To conform to new regulations concerning laboratory animals, Health Center Clinique Lémana already decided several years ago to stop conducting tests and experiments on animals.
Consequently the Clinic does all its research on cloned living cells in appropriate environments. These new methods offer numerous advantages, notably to ensure that the material has no cytopathogenic effects on the various cell lines. In addition, the possibility to observe microscopically the contrasts phases of the cell itself, as well as other specific tests, gives rapidly medically useful informations.
Experiments to determine the effect of Cellvital cellular extracts on the resistance and viability (number of divisions) of different cells or on micro-organisms have been conducted in our laboratories.
Previous experiments have shown the effect of Thymus Cellvital on cultures of Chorio-epithelium A 549 cells. Cell colony plaques that were in contact with Thymus Cellvital were larger and 50% more numerous than control cell cultures that had not been in contact with reference extracts. Cells that had stopped growing inMEM began to develop again after the adding of 1% of Thymus Cellvital extract. Preliminary studies have shown that Thymus Cellvital extracts have a positive effect on the culture of white blood cells, which are responsible for the immune defenses of the human body. Growth improved markedly and the number of daughter cells was increased.
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