Anamnesis? A way for healing... 

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Publications

Childhood: a very difficult job? Individuality, development, evolution?

1. Individuality: possibility and difficulty present or absent in the environment: ROOTS and the EARTH
2. Development: with its regularity and concrete firmness: the TRUNK
3. Evolution: almost infinite in its differentiation and expansion: BRANCHES, LEAVES, FLOWERS, FRUITS, SEEDS....

1. involves a robust CONCRETENESS 
2. argues against feeble, “airy” theoretical hypotheses;
3. sets against inconsistent, ephemeral fashions and dictates;
4. warns against episodic descriptions: not meaningful but silly over-sentimental, empty as generalizations, and then capable only of impeding any recognition of the concrete connections between cause and effect; 
5. protects against ways of thinking unrealistic and dangerous: themselves cause of a direct “violence” (this was the basic argument expounded in the conferences on Violence against the child);
6. defies and advances against the scorn and the repudiation of MEMORY;
7. maintains finally IN FAVOR of completeness of FOUR dimensional beings: of TIME and not only in a poor and static three dimensional concept of space.

Pheromones

The idea of pheromones doesn't be a mere if not fantastic hypothesis: this is demonstrated straight away by their extensive commercialisation:

1. to produce perfumes of high sexual impact, (see for example that cited in Athena Institute)
2.  in agriculture to produce “organic” insecticides and antiparasites 
3.  in veterinary science to produce real medicines, for example physiological tranquilizers to control stress in domestic cats and dogs.

The only unscented human pheromone additives in a bottle

female of the codling moth

Pheromones are chemicals emitted by living organisms to send messages to individuals of the same species. The class most widely explored are the sex pheromones produced by female moths which are used to attract conspecific males for mating. Bombykol, the sex pheromone of the silkmoth, was first synthesized in 1959. The first pheromone ever identified (in 1956) was a powerful sex attractant for silkworm moths. A team of German researchers worked 20 years to isolate it.... When at last they obtained a chemically pure pheromone, they named it "bombykol" for the silkworm moth, Bombyx mori from which it was extracted. It signaled, 'come to me!' from great distances.
Evidence clearly indicates that a pheromone system exists, in insects at least. The question of whether the basic chemical communication exists in mammals has been harder to determine. An increasing number of studies, however, is showing that pheromones play a role in many species, including humans. The discoveries may provide a better understanding of mammalian communication, and also could lead to the development of new types of birth control or treatments to boost fertility.
In dealing with mammals, however, scientists faced an entirely different problem. Compared to insects, whose behavior is stereotyped and highly predictable, mammals are independent, ornery, complex creatures. Their behavior varies greatly, and its meaning is not always clear....
Established in 1996, when little was known about human pheromones, this site continues to serve as a comprehensive information resource for general and for scientific knowledge. No other domain provides you with all the information you need, and pheromones.com will continue to provide you with all the latest information about human pheromones.

.SCIENTIFIC EVIDENCE --

1. Scientific evidence that supports the concept of human pheromones.
2. Scientific information about human pheromones, with many meaningfull and concise interpretations of recent research findings.
3. Links to publications by other researchers who are examining the role of odors in human behavior.
4. The role of GnRH and the human sense of smell in reproductive physiology

Nosy Neurones: a tale of sex and the sense of smell In our daily lives we are surrounded by evidence of the powerful link between our sexuality and the sense of smell. Think only of the multi-billion pound perfume and deodorant industries! It appears that our reproductive processes are manipulated, not only by these expensive artificial odours, but by nature's own airbourne chemical signals, known as pheromones. In a recent article in Nature, scientists have shown that human pheromones can alter the timing of ovulation in women. But what is the basis of the association between our fertility and the sense of smell. For an explanation we must look at the development of the brain centres that regulate these two functions

The Nobel Prize in Physiology or Medicine 2004: for their discoveries of odorant receptors and the organization of the olfactory system

Integronics

The synthesys in the following figure:

human fingers

Experimental and Theoretical Contributions Main preocupation directions - key concepts. Anthropology of the individual - term proposed for a new field, makeing an interdisciplinary approach to the human individual, in his whole somatic, psychic and spiritual complexity. We have built a nuber of models for the human being: the systemic model (Fig.1), the interface modelling (Fig.2) and (Fig.3), the integronic model (Fig.4: look below). 
Body aura - universal and fundamental form of existence, which accompanies the material existence and the fields existence (gravitational and electromagnetic field). We have approached the scientific study using the electrographic method of the living and non-living bodies, and we have established a semiology for the electromagnetic signals appearing in the bodies' auras. 
Information of the aura - fundamental property, characterizing the bodies aura - present everwhere -, similar to the bodies mass which characterizes the quality of substance, and similar to the energy, which characterizes the quality of field. The aura's information shows up as archetypal information. We have highlighted the following archetypal forms: globular, ramnified, radial and floral. 
Integronics - this is a name proposed in 1977 for a new theoretical field which explains our experimental results, and studies the general laws of the coexistence of the three fundamental forms: the substance, the field and the aura. 
Electrography - method of scientific research (Romanian invention, Fl.I.Dumitrescu, 1975, completed by C. Guja, 1977-2002), used for the systematic study of body auras. The synthesis of our results has lead to human bioelectric types, with adaptive roles, similar to the adaptive roles of the blood groups. 

To call emotions by their authentic name...

- I know what I want to say, but I can’t manage to say it  is the most common explanation. On the contrary:
- How are harmful all those feelings which remain inside to rot, those deep-rooted thoughts without voice!

Emotions, instinct, contradictions

CANDACE B. PERT is a research professor in the department of physiology and biophysics at Georgetown University Medical Center in Washington, DC.. She discovered the opiate receptor in 1972 as a graduate student in Solomon Snyder'slaboratory. She then pioneered the field of neuropeptide receptors demonstrating that the classical view of separation of the hormonal, immune and neural system does not exist at the regulatory level of our physiology. Your Body Is Your Subconscious Mind by Candace Pert, Ph.D. Review and Excerpt Your brain is not in charge.
This revelation by Dr. Candace Pert challenges conventional science - and everyone interested in total wellness - to reconsider how our bodies think, feel, and heal. As the leading pioneer in a radical new science of life, this bestselling author and world class neuroscientist gives us an inside look at the molecular drama being staged within every cell of the human body and a glimpse into the future of medicine. In this two-cassette series with study guide, Your Body Is Your Subconscious Mind, Dr. Pert describes in her own words her extraordinary search for the grail of the body’s inborn intelligence with. Dr. Pert first came to prominence when she dazzled the scientific community with her discovery of the opiate receptor in 1972. But this breakthrough event was only the beginning of a uniquely productive  and often controversial career.
The Opiate Receptor .The discovery of proteins called opiate receptors in the brain showed how morphine and heroin affect the body and established an important new method for studying drugs. This led to the discovery of opiate-like chemicals produced in the body that control pain, immune responses, and other body functions. These findings promise to revolutionize pain relief and may lead to improved treatments for diseases ranging from alcoholism to rheumatoid arthritis. Humans have used opiate drugs such as morphine and heroin for thousands of years to lessen pain and produce euphoria. These drugs, originally derived from the juice of the opium poppy, have many benefits - but they also produce sobering side effects like addiction. In recent years, however, basic research on opiate drugs has led to many discoveries that could revolutionize not only pain relief but also the understanding of addiction, reproduction, and the immune system. Most recent advances stem from groundbreaking research first published in 1973, when scientists discovered the brain's opiate receptor and established the basic technique for studying brain receptors still used today. The opiate receptor and other brain receptors are proteins located on the surfaces of nerve cells, or neurons. The brain works through neurons communicating with each other by releasing signaling chemicals called neurotransmitters. These chemicals attach to receptors on nearby neuronsthe way a key fits a lock. Prior to 1973, scientists understood little about opiate drugs or about drug action in general. They knew opiate drugs acted on specific neurons, and that opiate drugs and drugs that blocked their action all had a similar molecular structure. This suggested that opiates worked by attaching to a receptor. But few receptor molecules of any kind had been found. The opiate receptor was initially hard to find because it was only a tiny percentage of brain tissue. Researchers - [Candace Pert] - got around the problem by using radioactive naloxone, a synthetic opiate with a strong attraction to the receptor. They showed that opiates bind specifically to cultured rat neurons and that non-opiate drugs do not bind to the receptor. This procedure, known as the receptor binding assay, became an important method of studying drugs.

Medicine, General Pathology, false medicine.

Emmi Pikler

Maria Montessori

Viginia Apgar

Sigmund Freud