Since the intrauterine period, we have printed programs that the RSP is able to identify. Some are positive and beneficial, others are negative and disruptive. Both are stored in a multitude of synapses and inhibited by a coded molecule

• 33-1– Epigenetics
• 33-2- Start up cycle

33-1 – Epigénétics

In the early 2000s, as we advanced in our observations and research in PSR, we thought that programs could be recorded in the first months of design. This approach was validated in February 2015 when the scientific journal Nature published the first map of the human epigenome. It is the conclusion of a set of data from some twenty studies carried out by researchers participating in the Epigemonics program. After sequencing the human genome, which remains broadly identical throughout life, the scientists wanted to understand how gene activation could be influenced by our eating habits and environment.

Epigenetics – from the ancient Greek epi (above the gene) and genetics – is concerned with a layer of complementary information responsible for changes in gene expression. The latter may be required to express a score other than the one printed in their matrix. And yet, there is no change in the DNA sequence, which remains immutable.

« The distinction between genetics and epigenetics can probably be compared to the difference between writing a book and reading it. Once the book is written, the text (the genes or information stored as DNA) will be the same in all copies distributed to the public. However, each reader will have a slightly different interpretation of the story, which will arouse in him or her emotions and personal projections over the course of the chapters » wrote Joël de Rosnay in 2011 in « The Symphony of the Living » (Edition les liens qui libent – 2018).

The recent highlighting of these epigenetic means of adaptation of a species to its environment is essential because it demonstrates how much our daily behavior acts on the expression of our genes. The cell constantly receives a multitude of signals relating to this environment – diet, smoking, stress, pleasure, family, physical balance, emotions, etc. – which encourage it to specialize or adjust its activity to the situation.

The modification of gene expression by epigenetics helps to explain the behavioral modification observed in RSP. Contrary to what Crick and Watson, the discoverers of the structure of DNA, predicted, the path followed does not necessarily go from the nucleus to the cell. It can also be travelled in reverse: RNA molecules circulate in the body constantly and contribute to the production of small molecules that will attach to enzymes. This information – methyl groups – is imprinted on histones – the protein sheath that surrounds DNA – and changes our behaviour.

Tens of thousands of chemical modifications regulating gene expression have been identified. A methyl group attaching to histones can cause DNA to shut down, preventing gene expression. The opening of the histones, on the other hand, allows the latter to recognize this new information, to transcribe it into messenger RNA which, in turn, will make it possible to manufacture proteins and enzymes carrying this new data

The scientific community agrees that pregnancy is a period conducive to epigenetic changes. Within the embryo, the cells are initially all identical. They will quickly receive highly orchestrated signals leading them to activate or inactivate some of their genes. By differentiating into this or that cell line, they build the organism, which leads Dr. S. Dayan, an eminent American researcher, to say that « pregnancy revives the conflicts and major difficulties of childhood that have long been kept away from consciousness. » Thus, the fetus absorbs, in the form of programs, all the tensions of its environment that will later be expressed by health problems – somatization, behavior – when they are reactivated. This is what we have seen in RSP for many years during our research and observations.

Epidemiological studies suggest the existence of links between various exposures during intrauterine life and the occurrence of chronic diseases in adulthood. Many uncertainties remain around the processes involved, but researchers are now largely convinced that epigenetic abnormalities contribute to the development and progression of diseases such as cancers, neurodegenerative diseases (Alzheimer’s, Parkinson’s, amyotrophic lateral sclerosis, Huntington’s disease, etc.), metabolic diseases (obesity, type 2 diabetes, etc.) and aging.

Alteration of the mechanisms of cell division or differentiation can transform healthy cells into cancer cells either through epigenetic abnormalities that activate oncogenes – genes whose overexpression promotes carcinogenesis – or through the inhibition of tumor suppressor genes. Similarly, mutations affecting genes encoding the enzymes responsible for epigenetic markings have been identified in tumor cells. But it is still too early to know whether these phenomena are the cause or the consequence of the development of cancer. They seem to participate in tumor progression.

It is not in vain to think that in the years to come, with other approaches, such as stem cells, a broader therapeutic palette will make it possible to better manage health.  « It’s not just the genetic code that can influence the disease, » says William Cockson, a genomic doctor and professor at Imperial College London. Together with Miriam Moffat, he formed a research group dedicated to understanding the genetic causes of asthma. He believes that « the way genes are read » could play an « even more important » role.

Anyway, they are there and when we have to deal with a situation, they are reactivated. Each of them is specific and activates the same trigger code which will always lead to the same series of strategies to achieve the same result. This is how, unconsciously, we repeat the same patterns. The shutter release is nothing more or less than a switch that goes into « on » mode. It reacts to a resonance that echoes lived experiences whose meaning is important enough for us to be moved in this way. The notion of analogy is unavoidable. It is characterized by a single emotion or several mixes, the same person or the same situation. This is how the activation of a program can respond to periodic cycles as found in RSP.

Chinese medicine has described a multitude of them. Let’s take as an example the hourly cycle that repeats every day at the same time. One of my patients was experiencing daily pain at the end of the afternoon, at kidney time, which had caused him to take time off work. A thorough reading of his X-ray revealed a kidney stone. Once the program had been identified and assimilated by the patient – a feeling of powerlessness to solve a family problem – he was able to take advantage of his sick leave to perfect his skiing technique, as his attending physician did not agree with the calculation and prolonged the stoppage!

Other periods have been highlighted, such as the monthly cycle, linked to the moon, of which the female cycle is the best representation. The seasonal cycle repeats itself every year at the same time, like the allergy that arises in spring. The annual cycle, that of the sun, occurs regularly on an anniversary date. There are also longer cycles, those found in numerology, the seven years relating to spiritual disturbances and the nine years to the end of cycles… Finally, Chinese medicine defines the sixty-year-old term in connection with the interferences produced by the influences of the earth and the sky and which governs the climates.

33-2 – Start up cycle

The one we find in RSP concerns the passage of the stages of life. The conception is the starting point, in fact the real birth. From this period, program information is imprinted on our histones, as the scientific community believes, which agrees that pregnancy is a period conducive to epigenetic modifications. Within the embryo, the cells, which are all identical at the beginning, will quickly receive highly orchestrated signals leading them to activate or inactivate some of their genes. Saadi Khochbin, director of research at the Albert-Bonniot Institute (CNRS) in Grenoble, puts it: « An embryonic cell in the process of differentiation is much more sensitive to chemical marks than an adult cell that is already differentiated. »

Birth  is the second stage, that of his relationship with the outside world and disturbed conception can rhyme with difficult birth. A new level to be crossed occurs between the ages of six and seven with the awareness of the ego and the installation of the guilt pattern. It is a period when, by reactivating buried programs, the child may have to live through a difficult period. Puberty is a new stage, the birth of the Other who is no longer an asexual being. It is easy to understand that a suffering conception will have repercussions on this period of life. It will be crossed with more or less success, some doing it cheerfully, others on the contrary closing in on themselves. The adolescent’s voice changes, he becomes a man while the girl’s chest appears, she becomes a woman.

This state will last over time and be reactivated at the time of procreation. The difficulties of his own conception may resurface on this occasion. A final stage remains to be passed, that of menopause or andropause. Like the others, it is no longer possible to go back, but it is irreversible. Procreation becomes impossible and some suffer from not having done what they would have liked to do. It can be a time of regret and remorse for not having had the children they wanted. It is an important step because it will program the new phase of life that opens up to the individual, that of wisdom, that which leads to peace. Below is the start line identified in RSP.Celui que nous retrouvons en RSP concerne le passage des étapes de la vie. La conception en est le point de départ, en fait la vraie naissance. Dès cette période, des informations-programmes s’impriment sur nos histones comme le pense la communauté scientifique qui s’accorde sur le fait que la grossesse est une période propice aux modifications épigénétiques. Au sein de l’embryon, les cellules qui, au départ sont toutes identiques, vont rapidement recevoir des signaux très orchestrés les conduisant à activer ou inactiver certains de leurs gènes. Saadi Khochbin, directeur de recherche à l’Institut Albert-Bonniot (CNRS) à Grenoble l’exprime : « une cellule embryonnaire en cours de différenciation est beaucoup plus sensible aux marques chimiques qu’une cellule adulte déjà différenciée. »

Throughout our existence, whenever we find ourselves in a situation analogous to an older one, a source of repressed suffering, we activate and repeat the buried programs. Before seeing how to free ourselves from it, we will identify the manifestations observed in the RSP.