Protein
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Corresponding Wikipedia article: Protein
The organic life matrix is the helical molecules of DNA (deoxyribonucleic acid), which create the protein molecules and the helical aetheric vortices within the environmental magnetic field. The carcass for these molecules is formed by the phosphate groups. The information is embedded in a sequence of the nitrogenous bases (nucleotides), which are attached to the external carcass by the ribose.
The organisms are developing from their birth (conceiving) to their death, according to their DNA program.
ATP, ADP, AMP are the energy carriers and the raw materials for DNA/RNA, which consist of a phosphate group, a ribose and an adenine. The energy is released with the ATP hydrolysis.
The immunity of the organisms is based on a fundamental principle of protecting "friends" against "foes" at a genetic base. So the immune system is powerless against the factors, which produce the genetic changes:
- Poisonous substances, which do not exist in the metabolism or damage it. So, the substances concentration is not regulated by the organism. For example, the heavy metals.
- Radiation damage, which produce the unpredictable molecular changes.
A genetic modification (mutation), in a best case, kills the organism (totally or partially), and in a worst case, it creates a pathological life form, which substitutes the normal form.
The DNA repair is based on the field (aetheric) DNA replication, when the surrounding DNA copies transmit their information into the damaged DNA. A repair succeeds, when the damaged DNA amount is much less than the normal DNA amount. Otherwise, the damaged information is distributed, producing a malignant tumor (cancer), for example.
The DNA replication has two kinds:
- Field (aetheric). The magnetic field in a form of the soliton wave, which is generated by the helical DNA, is modulated by the nucleotides fields. A set of the DNA images creates the nearly identical DNA molecules from the raw materials. An example is the Luc Montagnier's and Gariaev's experiments. Gariaev also uses a laser-based standing wave instead of a natural soliton wave.
- Chemical (commonly known), which is based on the complementarity principle.
The complementarity means a complement by the oxygen atoms, which produce the weak intermolecular hydrogen bonds. The presence of an oxygen atom means "yang" (masculine, giving), and the absence means "yin" (feminine, receiving). The double DNA helix contains the complementary nitrogenous bases, i.e. both “yin” and “yang”.
The RNA (ribonucleic acid) is a molecule, which is derived from a DNA by the transcription. It is dedicated for the transport and for the creation (translation) of the proteins, and therefore it does not need a helical shape. The RNA differs from DNA by the excessive oxygen atoms, and it is like a son (masculine essence) of a maternal DNA (feminine essence). Thus, a living cell is similar to the social insects colony, where the nucleus with its DNA is like a queen, and the RNAs are like the mobile males.
| Nitrogenous base | Oxygen atoms | Essence | |
|---|---|---|---|
| DNA (yin) | RNA (yang) | ||
| Thymine (T) | Uracil (U) | 2 | yang |
| Guanine (G) | 1 | yang - yin | |
| Cytosine (C) | 1 | yin - yang | |
| Adenine (A) | 0 | yin | |
The linear RNA (DNA) segments describe the amino acids chains, which constitute the proteins. The nitrogenous bases are sequentially grouped into the triplets, forming the codons, which encode the amino acids. A codon corresponds to three pairs of the binary values (see "Informatics"), i.e. there are 64 code values for the 20 amino acids and aslo two stop codons. The coding structure is such, that each of 64 values is used, thus the error rate is reduced due to a redundancy:
| Codon | Amino acid | ||||
|---|---|---|---|---|---|
| A | U | G | M | Met | Methionine (start) |
| A, C | I | Ile | Isoleucine | ||
| U | |||||
| C | U | T | Thr | Threonine | |
| C, A | |||||
| G | |||||
| A | G | K | Lys | Lysine | |
| A | |||||
| C | N | Asn | Asparagine | ||
| U | |||||
| G | U | S | Ser | Serine (1) | |
| C | |||||
| A, G | R | Arg | Arginine | ||
| C | A, G | ||||
| C | |||||
| U | |||||
| A | U | H | His | Histidine | |
| C | |||||
| A | Q | Gln | Glutamine | ||
| G | |||||
| C | G | P | Pro | Proline | |
| A, C | |||||
| U | |||||
| U | U | L | Leu | Leucine | |
| C | |||||
| A, G | |||||
| U | A, G | ||||
| C | F | Phe | Phenylalanine | ||
| U | |||||
| C | U | S | Ser | Serine (2) | |
| C | |||||
| A, G | |||||
| A | A, G | stop | |||
| C, U | Y | Tyr | Tyrosine | ||
| G | C, U | C | Cys | Cysteine | |
| A | stop | ||||
| G | W | Trp | Tryptophan | ||
| G | G | G | Gly | Glycine | |
| A, C | |||||
| U | |||||
| A | U | D | Asp | Aspartic acid | |
| C | |||||
| A, G | E | Glu | Glutamic acid | ||
| C | A, G | A | Ala | Alanine | |
| C | |||||
| U | |||||
| U | U | V | Val | Valine | |
| A, C | |||||
| G | |||||
The fibrous proteins are the durable lightweight polymer materials, which exceed the polyamide fibers (Kevlar, for example) specifications. The helical form of these molecules produces the rope effect, when a fraction of the longitudinal tensile stress is converted into the transverse contraction, which strengthens the intermolecular bonds. The intermolecular gaps provide a thermal insulation. Examples:
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