The ideas of pleomorphism prof. Enderlein and the possibilities of their implementation using the IMEDIS system

AUTHORS : Kempe N.

RELEVANT UNIVERSITIES : Biosensor Research Group of the Ludwig Boltzmann Society, Graz, Austria

YEAR : 2004 | Category : Data

In recent years, the fight against parasites in the human body has become increasingly important in the treatment of various diseases. At recent conferences, many reports were presented on this topic, for example, the work of the doctors of the Center OI Eliseeva and many others. In this case, therapy is, as a rule, the nature of the destruction of the tested parasites. As for large multicellular parasites, this may be correct in most cases, but in the case of viruses, bacteria and fungi, the problems of pleomorphism should be taken seriously, and often a completely different approach is needed.

Thousands of years of evolution has led to the fact that the human body (and animals) has its own “multinational state” of cohabitants of varying degrees of complexity with its own complex laws. Moreover, this complex mechanism is in symbiosis necessary for the life of the organism, For centuries, humanity has been subjected to devastating epidemics (smallpox, cholera, plague, etc.). Bacteria were responsible for these pandemics. In 1872 Ferdinand Cohn (1828–1898) systematized bacteria. Science was born bacteriology.

From the very beginning, two opposite trends appeared in it: a number of scientists believed that bacteria cannot change the form of their existence, i.e. they are monomorphic, while the other considered it possible that bacteria fundamentally change the form of existence, i.e. that bacteria can be pleomorphic. Louis Pasteur (1822-1895) became the authority of the first direction, the second – Antoine Bechamp.