Pathology Evolutionary

Evolutionary pathology is a branch of P. science that studies, in a comparative aspect, diseases, pathological conditions and processes in representatives of the animal and plant worlds at various stages of evolutionary development.

Evolutionary pathology studies not only diseases and pathological conditions, but also the processes of their development and spread. It allows us to understand how evolution influences the spread and development of diseases, and how changes in the environment can influence these processes.

One of the basic principles of evolutionary pathology is the study of diseases and pathological processes in the context of evolutionary changes. This allows us to understand what factors influence the development of diseases, and what changes can lead to their disappearance or the appearance of new ones.

Evolutionary pathology also studies how various environmental factors, such as climate, nutrition, social structure, etc., affect the spread of diseases. For example, climate change may lead to changes in the distribution of infectious diseases, and changes in social structure may lead to changes in the distribution of diseases associated with human behaviour.

The study of evolutionary pathology is important for understanding how changes in the environment and evolutionary processes affect our health and well-being. It can also help develop new methods of treating and preventing diseases that are more effective and safer for people.

In the article we will look at the history of the development of evolutionary pathology. A comparative analysis of diseases in humans, animals and plants makes it possible to understand the cause of their occurrence and the mechanism of development, as well as to develop new methods of treating and preventing diseases. Scientists have noticed that the etiology and pathogenesis of all living things have similar features. From this we can conclude that the patterns in the sequence of life of living organisms are not the same - they are conditionally divided into two types. This article will consider the first species, which became the prerequisite for the emergence of such a scientific direction as evolutionary pathology