What is the role of biochemistry and biotechnology in social development 5

Biochemistry and biotechnology are emerging disciplines, and their scientific research results are widely used in various fields, which has greatly promoted the development of society. It has played a great role in solving the problems faced by human society in the fields of population, health, food, energy, ecology and environment. For example, biomedicine that we often see around us can lead to more diseases and prolong people's life expectancy; There are also many applications in bio-agriculture, bio-energy, bio-manufacturing, bio-environmental protection, etc., and it has become a leading industry.

Accelerating the development of the bio-industry and bio-economy is of special strategic significance to China.

Biochemistry and biotechnology play a huge role in social development, for example, genetic engineering is applied to clinical practice, which can solve many unsolvable diseases of human beings, so learning biotechnology well benefits mankind.

I work on the development of the creature and the good life by a chemical method!

The relationship between the development of biological sciences and the development of social economy is as follows:

1. Influencing people's ideas, such as evolutionary ideas and ecological ideas, are being accepted by more and more people.

2. Promote the improvement of social productivity, such as the biotechnology industry is forming a new industry; Agricultural productivity has increased significantly as a result of the application of bioscience and technology.

3. With the development of biological sciences, more and more people will engage in careers related to biology.

4. Promote people to improve their health and quality of life, and prolong their life expectancy.

5. Influencing people's way of thinking, such as the development of ecology to promote people's holistic thinking; With the development of brain science, bioscience technology will help improve the human mind.

6. The impact on the ethical and moral system of human society, such as IVF, organ transplantation, artificial modification of human genes, etc., will challenge the existing ethical and moral system of human society.

7. The development of bioscience and technology may also have a negative impact on society and the natural world, such as the mass production of genetically modified organisms and the natural gene pool of modified species, which may affect the stability of the biosphere. Understanding the relationship between science and technology and society is an important part of scientific quality.

Biological science is an undergraduate major in ordinary colleges and universities, which is a biological science major, with a basic study period of four years and a science degree. Biological science is an important branch of natural science, which is a science for people to observe and reveal life phenomena, the essence of life and discover the internal laws of life.

Significance. Organisms are very closely related to many aspects of human life. Biology, as a basic science, has traditionally been the foundation of agriculture and medicine, involving cropping, animal husbandry, animal husbandry, medicine, medicine, health, and so on.

With the continuous progress of biological theories and methods, its application fields are also expanding. The impact of biology has extended to food, chemical industry, environmental protection, energy, metallurgy, etc. If you consider the factor of bionics, it also affects the development of mechanics, electronics, information technology and many other fields.

It is mainly reflected in the ...... of clothing (producing better clothing) and eating the best genetic foodMedicine (biotechnology allows us to produce drugs faster and better, diseases).

1. The electrophoresis pattern of creatine kinase isoenzyme in serum is used for the diagnosis of coronary heart disease, aminotransferase is used for the diagnosis of liver disease, and amylase is used for the diagnosis of pancreatitis.

2. In terms of **, the discovery of sulfonamides has opened up a new field of using antimetabolites as chemotherapy drugs, such as 5-fluorouracil for ** tumors.

3. The discovery of penicillin has ushered in a new era of antibiotics and chemotherapy drugs, coupled with the widespread application of various vaccines, many infectious diseases that seriously endanger human health have been controlled or basically eliminated.

1. The main courses are different.

1. Biotechnology: Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Botany, Zoology, Biochemistry, Microbiology, Pharmacology, Pharmaceutical Analysis, Genetics, Molecular Biology, Cell Biology, Immunology, Plant Tissue Culture, Biochemical Separation Technology, Genetic Engineering, Cell Engineering, Enzyme Engineering, Fermentation Engineering, etc.

2. Biological Sciences: Animal Biology, Plant Biology, Microbiology, Biochemistry, Cell Biology, Genetics, Developmental Biology, Neurobiology, Molecular Biology, Ecology, etc.

Second, the training objectives are different.

1. Biotechnology: This major cultivates compound talents with a strong foundation in mathematics, physics and chemistry, an international vision, a rigorous training in scientific thinking, professional theories and professional skills, a mastery of the basic theories, basic knowledge and basic skills of biological science and technology, and a comprehensive understanding of the theoretical knowledge and skills mastered by the students in teaching, scientific research, biotechnology industry and related fields.

2. Biological Sciences: This major cultivates innovative talents who have the basic theories, basic knowledge and basic skills of biology, have the foundation of mathematics, physics and chemistry, the quality of humanities and social sciences, the international vision and the ability of scientific thinking, accept professional theory and professional skills training, and can use the theoretical knowledge and skills mastered to engage in scientific research, technology development, teaching and management in biology and related fields.

3. Set up different backgrounds.

1. Biotechnology: The biotechnology major aims to cultivate students who can meet the needs of China's economic and social development, develop morally, intellectually and physically, and master the basic theories, basic knowledge and basic skills of modern biology and biotechnology. Obtain preliminary training in applied basic research and scientific and technological development research, and have good scientific quality, strong sense of innovation and practical ability.

2. Biology Studies: The Biological Sciences major cultivates senior professionals in biological sciences who have the basic theories, basic knowledge and strong experimental skills of biological sciences, and can engage in scientific research, teaching and management in scientific research institutions, colleges and universities, enterprises and institutions. Resistant to celery.

The above content refers to Encyclopedia - Biological Sciences.

The above content refers to Encyclopedia - Biotechnology.

Biological sciences and biotechnology are two different concepts, and while they have some overlap, they differ in focus and areas of application.

Biological sciences are:The study of the structure, function, evolution, and interactions of organisms and their constituent parts. Biological sciences include ecology, genetics, cell biology, molecular biology, physiology, evolutionary biology and other fields, aiming to reveal the nature and laws of life phenomena and provide human beings with more in-depth biological knowledge and foundation.

Biotechnology isA method of applying biological fissure, knowledge, and technical means to study and solve biological problems. The research content of biotechnology includes biomaterials, bioreactors, bioseparation, cell culture, genetic engineering, protein engineering, biochips, biosensors and other fields, aiming to develop new biological products and bioprocesses, bringing more opportunities and challenges for human health and economic development.

In short, biological science is mainly concerned with the nature and laws of life phenomena, while biotechnology is the use of biological knowledge and technical means to solve biological problems and develop new biological products and biological processes.