MTL - Bringing the Supermarket to the Apocalypse-Chapter 515

A method of raising a special statement to the general statement or the principle of the law of theorem. The science of experience comes from observation and experimentation. It categorizes a large number of original records into a few law theorem, forming a well-ordered knowledge system. This is the process of the formation of empirical science. It can be seen that the induction is effective and reliable, which is the most important issue to be studied by empirical science. Since the scientific extension in the strict sense, it has never stopped exploring and arguing in this area.

A method of deriving a special statement or deriving another statement from one statement using the general statement or the axiom of the axiom law. In the deductive argument, the universal conclusion is the basis, and the individual conclusion is the argument. Deductive reasoning is contrary to inductive reasoning, which reflects the general-to-individual logical relationship between arguments and arguments.

The main form of deductive reasoning is syllogism, that is, major premise, minor premise and conclusion. The premise is that the general premise of the general matter is that the conclusion of the individual things of the argument is the argument. Demonstration by deductive method must conform to the form of deductive reasoning.

Here, I have to mention the products that make people horrible in the last days, and the most madness of scientists. The virus, the cause of the end of the world, is also the origin of everything.

Virology is a new subject formed by viruses as a research object through the mutual penetration and fusion of virology and molecular biology. Specifically, it is based on a thorough understanding of the general morphology and structural characteristics of the virus, studying the structure and function of the viral genome, exploring viral genome replication, gene expression and its regulatory mechanisms to reveal viral infections and pathogenic molecules. The essence is the science that provides the theoretical basis and basis for the development of viral genetic engineering vaccines and antiviral drugs as well as the diagnosis, prevention and treatment of viral diseases.

Virology is a science based on the smallest non-cellular biological virus. As a kind of biological factor in the Earth's biosphere, human understanding of the nature of the virus and its life laws has also gone through a century, virology. It has achieved tremendous development and has become an important branch of the life sciences. Virology research covers all aspects of life, such as the type, composition, structure, metabolism, growth and reproduction, inheritance, evolution, and distribution of viruses, and the relationship between viruses and other organisms and the environment.

Virology research is closely related to life sciences and biotechnology, because viruses are the simplest model for studying life activities, providing a powerful tool for modern research on the structure and function of biological macromolecules, and efficient expression and regulation of genomes. The process provides a lot of basic information. At the same time, the virus can cause diseases of animals, plants and humans on the one hand, such as AIDS, which is still a huge threat to human survival. On the other hand, it can be used to eliminate pests and use as an expression vector for foreign genes. Can be used by humans. Virology involves a wide range of fields such as medicine, veterinary, environmental, agricultural, and industrial, and has evolved into phage, medical virology, veterinary virology, environmental virology, plant virology, and insect virology. Virology has become a key discipline in which people must understand the nature of life, develop the national economy, and ensure the health of humans and animals.

Medical virology is an important branch of virology, mainly from the medical point of view to study viral characteristics, sometimes called medical molecular virology. The scope of medical virology research includes the nature of the virus, the mode of transmission and pathogenesis, and the application of drug and vaccine research. It is closely related to molecular biology and pharmacology.

It does not show any life characteristics outside the cell, and all its life activities can only be carried out in the host cells of life. This parasitic way is different from the parasites of certain microorganisms such as M. leprae, rickettsia, and chlamydia. They are mainly derived from the lack of exogenous nutrients or exogenous metabolic intermediates that need to be provided by the host.

First, viruses are a pathogen that infects almost all cell types and causes disease. According to preliminary statistics, human infectious diseases of 6070 are caused by viral infections. From common colds, measles, mumps, polio, rabies, hepatitis, various encephalitis, to epidemic hemorrhagic fever, senile dementia, AIDS, and many cancers. Therefore, viral infectious diseases are still one of the main diseases that seriously endanger the health of our people. The reason is that the viral genes are constantly mutating under the combined pressure of natural selection and crowd immunization, and the aging of the social population and the acceleration of urbanization. The interaction of factors, the prevalence of certain viral infectious diseases not only failed to be effectively controlled, but even more embarrassing. The prevalence of hepatitis A, B, C, AIDS, influenza and various enterovirus diseases is still very serious. In addition, many results indicate that the virus is closely related to the occurrence of malignant tumors and a variety of chronic diseases.

At the same time, because the virus can also cause diseases of poultry, livestock, wild animals, crops, forest trees and many other economic animals, plants and microorganisms, it will cause great harm to human economic activities and ecological environment. To study molecular virology, it is necessary to fully understand the characteristics of the virus, to elucidate the relationship between the structure and function of viral genes and products at the molecular level, to reveal the pathogenic mechanism and nature of the virus, and to ultimately control viral diseases. Popularity provides an important theoretical basis and scientific basis.

Second, because some viruses can also invade organisms that are harmful to humans, they can become an important means of biological control. For example, bacteriophage bactericidal action is used to treat diseases such as cholera, dysentery and typhoid, and insect viruses are used to control harmful insects.

Finally, since the virus is the simplest living unit known to date, based on its relative simplicity in extracellular and the complex nature of the interaction between the virus and the host cell within the cell, it has become a molecular biology research. Ideal for replication, information transfer, mutations, and other molecular biology issues. Using molecular biology methods to conduct research, the results not only promote the study of virology, but also play a huge role in promoting the development of molecular biology. In short, molecular virology is a cross-infiltration and mutual promotion of various natural sciences. Its research and development play an important role in clarifying more important topics of modern biology and promoting the development of biotechnology. To be continued.

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