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Oncogenes and genome of HIV, occupying a certain position in 3D space of host cell chromosome, up to some time do not manifest themselves as pathogenic factors. In that sense the behavior of HIV in the body of an infected person is unpredictable. The incubation period of HIV can vary from one week to 10 years. Is Considered, that there is a mechanism of induction of HIV infection from a status sleep latency, but the mechanism is not understood, and hence, missed an opportunity to force HIV to be "sleeping" in the human body is always. The body and the cells of their "don't notice" or even, as in the case of oncogenes, use the well-intended as growth factors. Why are they perceived to (correctly) the body before time X and semantically degenerate, causing managerial catastrophe in cells, after time "X"? Following our logic, You can think of, in pathological conditions, as well as normal, work, at least, four factors — the "golografičnost′" and "lingvističnost′" of the genome, his background (kontektnaâ) self-organization and its quantum nonlocality.
Evolution of Biosystems has created their own genetic "texts and genome-human computer as quasi-a sensible subject. He's on his level, "reads and understands these texts. It is extremely important for the support of this basic «reasonableness» of the genome, that natural (no matter in which language) human texts and genetic «texts» have similar mathematical-linguistic and further entropy-statistical characteristics. This applies, in particular, to this notion of how fraktal′nost′ the distribution of the density of the frequency of occurrence of letters (for genetic «texts», letters are nucleotides) [13].
Another confirmation of the genome code function linguistic interpretation was unveiled by American researchers [it's 14]. Working with "code" and "nekodiruûŝimi" Eukaryotic DNA sequences (from the old notions of genes viewpoint), they came to the conclusion, similar to our. It contradicts the dogma that, that iconic functions where located only in DNA protein encrypting sequences sites . They applied a method of statistical analysis of natural and musical texts, known as the law Tzipfa-Mandelbrot, as well as the famous postulate redundancy information text, Shannon, calculated as the entropy of texts (on the entropy of the texts and words in the texts of the distribution statistics., for example, work [15-18]). As a result, they found, that "nekodiruûŝie" areas of DNA (spejsovye, intronnye and other) more similar to natural languages, the "encoding". Proceeding from this, the authors suggest, the "nekodiruûŝie" sequence of genetic molecules are the basis for a (or more) biological language. In addition, the authors developed a statistical algorithm to find coding DNA sequences, which revealed, that protein-coding areas have significantly lower long-ranged-ranged compared with zones, separating these areas. The distribution of DNA sequences has proved so complex, the methods used to stop an effective work at the lengths, exceeding the range of 100 to 10000 base pairs. Zipf distribution-Mandelbrot to occurrence "word frequency" with the number of nucleotides 3 to 8 showed better match the natural language noncoding sequences encoding relatively. We Remind, What encoding the authors understand how to record information about the amino acid sequence, and only. And this paradox, which forced them to, the nekodiruûŝie regions of the DNA is not just "junk" (Eng. -"trash"), and language structures, for some goals with unclear until the appointment. Long-range correlations in these structures the authors also do not understand the, Although an increasing complexity of non-coding sequences in the evolution of Biosystems. And this is demonstrated by the example of the myosin heavy chain gene family in the transition from low to high taxa evolution. The above data [it's 14] fully in line with our ideas, made earlier and independently [1, 2], about, that "nekodiruûŝie" DNA sequence, which is about% of the genome, are the strategic content of the chromosomes. It has the material and the wave nature and therefore is multidimensional and is, in essence, How holographic associative-shape and at the same time as the semantic and semiotic program èmbriologičeskogo start, Semantic and logical end any Biosystems. Intuitively understanding the livability of the old model of genetic coding, authors [it's 14] with a nostalgic sadness to say goodbye to the old and well which served as the model for the genetic code, not offering, to tell the truth, Nothing in return.
Omonimo-synonymous ambiguity genetic texts. What they are for the body.
Shared fundamental semiotiko-semantic property of natural and genetic texts is their synonymy and Homonymy. This provides for chromosomes, as well as for natural text and speech, sverhizbytočnost′ information, its multiplicity of meanings, and adaptive flexibility. The polysemy of the same genetic texts is unambiguous because of changing the DNA sequences in the genome through their transpositions and/or transpositions side context. It is similar to the situations in texts and speech, sinonimo-omonimičeskie ambiguity when parts of the semantic field are removed the context or "background" (see. «background» pritncip [19]).
