Is it possible to study biotechnology in college and only take professional courses?

Hehe, your feelings have been in college when I was in college, I am also a student of biotechnology, as a person who has come over, and you want to mention a few points of my opinion, in fact, in the university to study advanced mathematics, physics, chemistry and other subjects, and biology is most closely related to chemistry, other disciplines on the line, there is no impact on biology, the degree of influence of chemistry on biology and your future development is related, if your professional biotechnology belongs to the normal category, then you are more willing to be a teacher, Chemistry in college will not have much impact on your future biology teaching, just know a little bit about it; If you don't want to be a teacher, but want to take the postgraduate examination, then you need to learn chemistry better, because at least it is very helpful for you to learn the most basic course biochemistry, and you will also feel very labor-saving when you take the postgraduate examination.

If your major is a non-normal class, then maybe you will enter the factory, for this employment direction, chemistry is of great help to you, at least you have to have a general understanding of the synthesis of common substances, for example, when we went to the internship, we went to a factory to specialize in the production of citric acid, of course, as a technician, you must know the specific structure of citric acid and some of its synthesis processes, at this time chemistry will still play a certain role in you; Of course, if you still have to choose to go to graduate school, then you should focus on chemistry just like the above.

Hehe, I hope it can help you. It's normal to feel confused in college, but you just need to know what you're working on and then judge your attitude towards chemistry. For other small subjects, it's fine. Let's do our best.

Personally, I don't think that the very important courses can be passed, and the professional courses must be learned well, but like mathematics is a basic course, you can't lose it, chemistry has a lot to do with your major, or study hard, come on!!

Creatures are crosses of crosses, and it's already a sophomore anyway, so keep up the good work.

If you don't know math, you can't learn math! To learn!

You can't be biased.

If you're talking about an undergraduate major, biology.

It seems that there are only "biological sciences", "biotechnology", "bioengineering", etc., but there is no "life science", and "life science" is generally the name of the college in the university.

The undergraduate "biological sciences" curriculum is nothing more than: botany, zoology, ecology, microbiology, cell biology, aquatic biology, molecular biology, biochemistry, anatomy, physiology, genetics, organic chemistry, etc.

Of course, if you are studying at a university (especially an undergraduate), no matter what your major, there will be common basic courses such as college English and advanced mathematics.

The Biological Sciences (also known as Life Sciences) major includes two major directions: Biological Sciences and Biotechnology

Animal Biology, Plant Biology, Microbiology, Biochemistry, Cell Biology, Genetics, Developmental Biology, Neurobiology, Molecular Biology, Ecology, etc.

There is a way out. There are too many directions to study biology, such as basic science, agriculture, medicine, ecological environment, biological information, biological information, etc., but if you want to find a good way out, you still have to rely on personal efforts.

Biological science is an undergraduate major in ordinary colleges and universities, which is an important branch of natural science, and is a science for people to observe and reveal life phenomena, the essence of life and discover the inner laws of life.

The basic knowledge of the major includes core courses such as animal biology (zoology), plant biology (botany) or general biology, microbiology, biochemistry, cell biology, genetics, molecular biology, etc., and cultivates students to master the basic theories, basic knowledge and basic experimental skills of biological sciences.

Through study and training, students will have good self-learning habits and abilities, good expression and communication skills, and certain computer and information technology application skills; Have the ability to comprehensively apply the theoretical knowledge and skills mastered to engage in scientific research in biological sciences and related fields; Have strong innovative thinking, innovative spirit, entrepreneurial awareness and ability to innovate and start a business.

The undergraduate biology major courses include "Cell Engineering", "Genetic Engineering", "Modern Genetics", "Fermentation Engineering", "General Microbiology", "Biochemical Engineering", "Drug Synthesis", "Biotechnology Pharmaceuticals", and "Bioinformatics".Some colleges and universities are trained in the following professional directions: edible fungi, tea testing, functional food, and biopharmaceutical.

Basic requirements for the business aspect

1. Master the basic theories, basic knowledge and basic skills of biological sciences, and receive systematic professional theory and professional skills training.

2. General knowledge of literature, history, philosophy, sociology, management, art, law, psychology, etc.

3. Master the basic theories and knowledge of mathematics, physics and chemistry, and have the basic knowledge of computer and information science.

4. Be proficient in reading professional journals and conducting literature retrieval in foreign languages, and have preliminary foreign language communication and scientific and technological writing skills.

The main courses of study of the Biotechnology major: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.

The core knowledge areas of biotechnology are: the chemical and molecular basis of life, the structure, function and major life activities of cells, the structure and function of organisms and biodiversity.

Characteristics and metabolism of microorganisms, genetics and evolution of organisms, biology and environment, principles and applications of biotechnology.

The training objectives of the biotechnology major.

This major cultivates students with a strong foundation in mathematics, physics and chemistry, with an international vision, and is trained in rigorous scientific thinking, professional theories and professional skills, and mastering biological sciences.

Compound talents who are engaged in scientific research, technology development, talent training and management in teaching, scientific research, biotechnology industry and related fields with the basic theories, basic knowledge and basic skills of technology, and can use the theoretical knowledge and skills mastered.

1. Main discipline: biology.

2. Main courses: Microbiology, Cell Biology, Genetics, Biochemistry, Molecular Biology, Genetic Engineering, Cell Engineering, Microbial Engineering, Biochemical Engineering, Downstream Technology of Bioengineering, Fermentation Engineering Equipment, etc.

The major courses of biotechnology mainly include microbiology, cell biology, genetics, biochemistry, molecular biology, genetic engineering, cell engineering, microbial engineering, biochemical engineering, bioengineering downstream technology, enzyme engineering, and fermentation engineering equipment.

Biotechnology graduates should have the knowledge and abilities in the following areas:

1. Master the basic theoretical knowledge of mathematics, physics and chemistry.

2. Master the basic theories and experimental skills of molecular biology, biochemistry and microbiology.

I have a good friend, and she isMajor in BiotechnologyWe often chat together, so I'm a major in biological sciences.

It's also more familiar, so let me talk about my views on the biotechnology profession!

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