AllatRa by Anastasia Novykh 2 www.allatra.org

AllatRa by Anastasia Novykh
while during the cell division they are tightly twisted in a spiral, figuratively speaking in
the shape of two entwined serpents... Well, and you remember that among the DNA
functions are the information storage, its transmission and the implementation of the
genetic programme of development.
Generally, if we examine the biochemistry of animals, including human beings, in more
detail, we can find a great variety of types of spirals (left-handed spirals, right-handed
spirals, triple-stranded spirals and so on). For instance, the typical collagen molecule
consists of three polypeptide chains of different types (α-spirals). They are usually
twisted in the form of the right-handed threefold spiral. Yet, what is collagen? It is the
most widespread thread-like protein in animal organisms, which makes up nearly 25%
of the total amount of protein. It makes the base of collagenous connective tissue fibres,
securing its strength and flexibility. Therefore, bones (including the cranium, spine,
etc.), cartilages, and tendons consist of it.
Here’s another example. What is hair and nails of humans and feathers, claws, quills and
hair of animals? All these structures mostly consist of keratin (horn matter). Keratin,
being a structural protein, is also mainly built in the form of a spiral, like, for example,
the structural protein of human or animal hair α-keratin. The longest part of its peptide
chain is twisted in the right-handed α-spiral. And two peptide chains form a single lefthanded
super spiral. Figuratively speaking, this is an entwined spiral in the shape of two
serpents. Super spirals, in their turn, are combined into tetramers, and the latter are
combined into a more complex structure. Eight of such complex structures already form
a microfibril of hair. These are simply processes which are visible in the material world
and which form at the invisible energy level of the organisation of mater.
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