Lack of central control
This leads us to the following question: How do entries existing in the genetic DNA code, located in chromosomes inherited from parents, control the complex processes of a forming organism and its development? If we discard the central control of cells, we shall remain with control of the entire process by individual cells basing on DNA information, within which we may distinguish a factor describing the environment and behaviour occurring therein. The formal notation of this conclusion would be as follows:
DNA Residue, context, behaviour
The term "cell behaviour" is taken to mean its biological, chemical and physical properties, together with control of its development and division. In turn, the term "cell context" is taken to mean its immediate biological, chemical and physical surroundings (acting forces). At this point, we shall take into consideration experiments conducted with embryonic stem cells, which provide proof of their universal nature and the dependence of type on their location in the organism. This means that their DNA code is as follows:
DNA Residue,
context1, behaviour1,
context2, behaviour2,
...
contextN, behaviourN.
Where “context" describes the immediate surroundings of cell type "i", while “behaviour" describes the functioning of the cell in this context. In short, the DNA fragment which contains the context and behaviour of the cell in this context shall be recorded by means of an ordered pair:
