Which school is good for biology and chemistry?

I'm a junior majoring in biology. Indeed, as I said upstairs, although biology is a very popular major, it will not have a great future in China in recent decades. It's more difficult to find a job after our biology undergraduate, and the salary is not high, think about it, don't you read so many books just to find a good job, if you can't find a good job, why do you want to study this biology.

I really didn't know that biology was hard to find a job at the time, so I regret it now. Let's tell you about the better school for biology majors, I'm a biology student, so I still know better. The schools with better biology are:

Tsinghua University, China Agricultural University, Shandong University (strong microorganisms), Wuhan University (strongest virology in the country), Huazhong Agricultural University (strong microorganisms, agriculture), Jiangnan University (strong fermentation and food), Xiamen University, Fudan University. If you are from Hubei or Shandong, I can help you make the schools in these two provinces clearer. It is recommended that you apply for a major in economics and have a good job, which is the most realistic advantage.

I saw the landlord's words.

Biology does not have high requirements for mathematics, but you still have to learn mathematics at the undergraduate level, but you don't have to take mathematics for graduate school.

Chinese Language and Literature (Literature, Linguistics, Philology).

History Philosophy.

Journalism and Communication.

Broadcaster and host interviews (all journalism majors).

Management (Business Management, Financial Management, Business Administration, Mathematics; Administration Depends on the situation).

Librarianship.

Labor and social security.

Tourism majors (most of them do not need to be determined by the school).

Industrial Design Fashion Design.

Decoration design (depending on the school).

Landscape design (depending on the agricultural school).

Arts (vocal music, fine arts, physical education).

Medicine (depending on the school).

Psychology (depending on the school, in applied psychology, statistics required), sociology, law.

Biological Sciences (depending on the school).

English (some schools require a test of English for science and technology).

Don't study biology, everyone knows that there is no future if you learn it, and it doesn't matter if you have to go to a dead end, you will understand it when you grow up. The schools with strong biological points are Tsinghua University, Peking University, Beijing Normal University, Wuhan University, Xiamen University, and China Agricultural University. Biology that can go to school, and can't go to other schools is even more useless.

The chemistry is not very clear, Tianda and Nankai are good, and the others are not known.

Sichuan University's biological base class is also very good

The one on the first floor doesn't know what to toss blindly and misleads people.

Biology is a discipline that is very closely related to life. Of course, if you just know a little bit about it and start commenting, I'm speechless. Biology is currently the fastest-growing natural science, and it is very promising if you want to further your studies.

In the Faculty of Biology, mathematics is used, but it can be taken as an elective. There may be a biostatistics course, but it depends on the school.

What kind of major is biochemical engineering?

Biochemical engineering is a cutting-edge branch of chemical engineering.

It applies the principles and methods of chemical engineering to study and solve the basic theoretical and engineering problems in the production process with the participation of organisms or bioactive substances, that is, in the process of biological reactions. As a marginal discipline between biochemistry, microbiology and chemical engineering, it is an indispensable and important part of biotechnology to transform the achievements of modern biology into productivity.

The major of biochemical engineering is an engineering and technical talent who can be engaged in design and production management and new technology research and new product development in the field of biotechnology and engineering by mastering the basic theories and basic skills of biotechnology and its industrialization, process technology process and engineering design.

The major of biochemical engineering cultivates senior application-oriented technical talents who can be engaged in production, product technology research and development, quality inspection and enterprise management in the fields of health care products and pharmaceuticals with all-round development of morality, intelligence, physical fitness and aesthetics, adapting to the needs of the market economy system and reform and opening up, mastering the basic theories and basic skills of modern bioengineering technology and its industrialization scientific principles, process and engineering design.

(1) Extended reading for majors related to biochemistry:

Key research content of biochemical engineering:

1. Research and development of new bioreactors, especially for recombination.

The production of new products obtained by DNA technology and cell fusion technology, the rise of animal and plant cell mass culture technology, the need for high-viscosity and high-density fermentation broth, and the development of various new bioreactors and their related basic principles.

2. Development of new separation methods and equipment, at present, although there are many separation and refining methods suitable for biological chemicals, most of them only stay at the laboratory scale, and the application of these methods to production is a very urgent topic.

3. The establishment of various mathematical models to describe biological reaction processes will be conducive to the control and optimization of processes and the use of computers.

Fourth, the transformation of production process control means, the focus is to solve the development of various sensors that can reflect the characteristics and parameters of the reaction process changes and the improvement of computer control systems.

Chemical biology studies the life phenomena and life processes in biology through the theory and methods of chemistry, including the occurrence and development of diseases, the intervention of artificial drugs in the pathological process, etc., such as: the causes of influenza and its best measures, the research and development of anti-cancer drugs, and the testing of human hormone indicators.

The main courses of chemical biology are "Bioinorganic Chemistry", "Bioorganic Chemistry", "Cell Bioleakage", "Molecular Biology", "Chemical Biology", "Bioinformatics", "Introduction to Bioinformatics", "Fundamentals of Chemical Engineering and Chemical Drawing", "Instrumental Analysis", "Polymer Chemistry", etc.

Chemical biology majors can be engaged in bioengineering, biochemical technology, etc. in industrial enterprises, and can also be engaged in drug research and development, biochemical pharmaceuticals, chemical testing, pharmaceutical analysis, etc. in pharmaceutical enterprises.

The universities include Tsinghua University, Peking University, Sun Yat-sen University, Nankai University, Xiamen University, Northwest University, Northwest A&F University, Hubei University, Guizhou University, Sichuan Agricultural University, Tianjin Normal University, Anhui University of Technology, South-Central University for Nationalities, Yunnan Agricultural University, Southwest Forestry University, Guizhou Medical University, Hengyang Normal University, Changzhi University, etc.

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1. Chemistry Major: To cultivate senior professionals who have the basic knowledge, basic forward theory and basic skills of chemistry, and can engage in scientific research, sock beam teaching technology and related management work in chemistry and chemistry-related science and technology and other fields.

2. Biochemistry: The discipline of using the principles and methods of chemistry to study life phenomena. By studying the chemical composition, metabolism, nutrition, enzyme function, genetic information transmission, biofilms, cell structure, and molecular diseases of organisms, life phenomena are elucidated.

3. Both chemistry and biochemistry need to learn the basic knowledge and basic theories of chemistry, but the emphasis is different. Sue Ji Yun.

Fourth, the direction of employment:

1. Chemistry: To cultivate senior professionals who have the basic knowledge, basic theories and basic skills of chemistry, and can engage in scientific research, teaching technology and related management in chemistry and chemistry-related science and technology and other fields.

2. Biochemistry: The discipline of using the principles and methods of chemistry to study life phenomena. By studying the chemical composition of organisms, lead metabolism, nutrition, enzyme function, genetic information transmission, biofilms, cell structure, and molecular diseases, life phenomena are elucidated.

3. Both chemistry and biochemistry need to learn the basic knowledge and basic theories of chemistry, but the emphasis is different.

Fourth, the direction of employment:

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<> good job prospects in chemical biology. Chemical biology is an interdisciplinary discipline that integrates chemistry and biology to study the chemical composition, molecular structure, interactions, and biological processes in living systems. Regarding the employment prospects of chemical biology majors, you can refer to the following points:

1.Growing industry demand: With the rapid growth of the biotechnology and pharmaceutical industries, the demand for professionals with a background in chemical biology is also increasing.

These industries need professionals to engage in research and development in the fields of new drug research and development, genetic engineering, biomedicine, etc. 2.Research & Development Institutions:

Graduates majoring in chemical biology can engage in scientific research and development in scientific research institutions, university laboratories, hospitals, etc., and participate in project research and laboratory work. 3.Pharmaceutical & Biotech Companies:

Pharmaceutical and biotechnology companies of all kinds need chemical biology professionals for drug discovery, quality management, manufacturing, and marketing. 4.Application & Testing Laboratory:

Graduates majoring in chemical biology can work in sample analysis, laboratory management, and quality control in environmental monitoring laboratories, food safety testing institutions, and medical diagnostic laboratories. Overall, chemical biology majors have good job prospects. However, it should be noted that the market is also highly competitive, so having higher academic qualifications, practical experience and professional skills can better enhance the competitiveness of employment.