Center for Bioinformatic

What is bioinformatics? Bioinformatics is a science that deals with the study of software systems of biological organisms, which means: decoding, preservation, modulation and transfer of biologically active software bases. Applied bioinformatics involves the use of biologically active cellular software programs designed to treat and cure pathological conditions in all living organisms. Worldwide, Bioinformatics is a field in which much time and attention is devoted due to the fact that it provides a perspective like no other known medical branch yet. In order for the principle of functioning of the human organism to be clarified, we can give an example that it is composed as a hardware and software. Software is the "invisible" part of a complex system like the software on a computer or phone that we do not see physically, but is present and necessary to make that system work. Analogue bioinformatics is a segment of bioinformatics that uses physically present sources of information, such as medicinal herbs, homeopathy. When talking about digital bioinformatics information is taken from an intangible basis. Studying and knowledge of the cell programming language allows us to "read" and to address the cells with the same programming language, in order to give them instructions and directions on how to return to normal function or to regenerate. The regeneration software exists in all cells of the human organism, and it is unconsciously activated in certain conditions, for example when we have a cut on the skin, these pores quickly regenerate and the wound closes. It is also well known that the liver is rapidly regenerating. All cells have the same DNA, which means that all cells have the regeneration software. The main purpose of applied bioinformatics is to activate the regeneration software in certain cells when needed. What is meant by the term Bioinformatical therapy? The bioinformatical therapy is not based on a chemical substance as the main factor for healing, but it is based on the Information Complex (software cellular complex of information written on the chemical carrier) of a particular cellular software language as the only factor of treatment. In that case, the chemical substance serves only as a median of the information carrier from a "computer" to a biological computer (human). Pathologies that have been successfully treated so far include: allergic diseases, asthma, COPD, carcinogens, gastrointestinal disorders-gastritis, colitis, skeletal gonadotrophic system disorders, discopathy, ischialgia, periarthritis, carpal tunnel, neurological disorders and depression conditions, autism, nervousness, insomnia, middle ear inflammation, dizziness, eye disorder, macular degeneration, sports injuries, regeneration of genital organs, high blood pressure, facial and body skin regeneration, circulation problems...