Major Periods Of Microbiology Development

The post-grade period is “shaping” in the 1970s of the twentieth century. This is facilitated by the revolution in learning (the computerization of science), the inability to meet a number of scientific challenges without integrating the knowledge of various scientific disciplines, without taking into account the role and place of human beings in the research systems. Thus, gene technologies based on molecular biology and genetic methods are being developed at this time, aimed at designing new, previously unborn genes. On the basis of these, at the earliest stages of the study, artificial insulin, interferon, etc. The main purpose of gene technology is to change DNA. A fundamentally new method has been developed which has led to a turbulent development of microbiology cloning.

The introduction of evolutionary ideas in the field of chemical research has led to the emergence of a new scientific direction, an evolutionary chemical. Thus, through its discovery, in particular the development of the concept of self-sustaining discovery, in particular the development of the concept of self-sustaining open catalytic systems, it was possible to explain the self-sustained (without human intervention) rise from low-lying chemical systems to higher levels.

The mathematicalization of the natural environment has been further strengthened, which has led to an increase in its abstractity and complexity. Thus, the development of abstract methods in physical reality studies has led to the creation, on the one hand, of highly effective theories, such as quantum chromodynamics and others, and on the other, to the so-called core particle physics crisis.

The development of computing equipment is linked to the creation of microprocessors, which were also based on the creation of software stations, industrial robots. Advanced technologies have been used previously and are now being used to create automated jobs, automated management systems (ASS).