What is Biopharma Technology? What abilities do you need to learn?

First of all, it should be clear that medicine-related majors are the most relevant majors to people's lives and health, which is naturally very difficult. But it's not as difficult as it is spread on the Internet, after all, all the sessions have come over, and the industry still needs such talents. I am from Beijing University of Chinese Medicine.

I am also in graduate school now, and my understanding of this direction is that there are still many doctoral supervisors and innovative drug experts in the current technical bottleneck, and the stability of drugs? Drug targeting? and other technical issues have yet to be resolved!!

During my graduate studies, Fanzen's research direction was very related to biological research, and the outbreak of the epidemic made people pay more attention to biopharmaceuticals.

The importance of technology, the efficacy of the drug is closely related to the onset of action.

In terms of professional courses, it is not recommended for liberal arts students. Because I didn't have a foundation in physics or chemistry in high school, it would be quite difficult to study biopharmacy. Basic chemistry courses include biology, analytical chemistry, organic chemistry, inorganic chemistry, biochemistry, etc.

And then. Around the third year, I will take some more specialized classes, and then I will major in pharmacy.

It is divided into pharmaceutical analysis, medicinal chemistry, pharmaceutical preparations, pharmacology.

and other majors, which is also the direction of postgraduate entrance examination.

In addition, I think that the study of biopharmaceuticals should go to a better school, a first-level discipline.

Biology and pharmacy are double first-class disciplines.

For future employment, whether you take the public fiber dust test, or enter the enterprise and hospital, it is very popular. But if it is a more ordinary school, it is recommended to raise the academic qualifications a little more.

Social recognition: in some first- and second-tier cities with relatively fast development.

The salary of pharmacy majors can be said to be really not low, but in some backward places, students can't find a good job, and if they want to go home after graduation, they can only take the public examination, and then there will be fewer corresponding majors. Therefore, it is recommended that we must first develop in a better city, and the current development of biological drugs is superior to that of Chinese and Western medicines, which is very promising.

In general, pharmaceutical biotechnology will be a key industry at present and for a long time to come, and those who are interested in pharmacy can consider more.

In the context of the epidemic, pharmaceutical biotechnology has great employment prospects on the one hand, and science for life on the other hand.

to contribute to the advancement of the . The main reason is that the development and mutation of the epidemic are too fast, and the research and development of vaccines, antibodies, etc. is very lacking, and there is no specific drug for the current new crown, and there will definitely be a large investment in research in this area, so the research and development of biotechnology is very promising.

The curriculum system of pharmaceutical biotechnology majors includes "Biochemistry", "Microbiology", "Pharmacology", "Medicinal Chemistry", "Pharmaceutics", "Toxicology", "Microbial Application Technology", "Pharmaceutical Microbial Detection Technology", "Pharmaceutical Analysis and Testing Technology", "Pharmaceutical Administration and Regulations".

Pharmaceutical biotechnology is a junior college major in China's ordinary colleges and universities. Pharmaceutical biotechnology mainly studies the basic knowledge and skills of chemistry, pharmacology, toxicology, drug testing technology, pharmaceutical management, etc., and carries out drug production, inspection, analysis, quality control, etc.

For example: the production of biological drugs such as insulin, vitamins, antibiotics, penicillin, etc., the inspection and analysis of specific components and content of drugs, and the inspection and control of drug efficacy and quality.

The main professional competence of pharmaceutical biotechnology major

1. Have the ability to learn new knowledge and new skills and the ability to innovate and start a business;

2. Have the ability to find problems and find solutions to problems in work;

3. Have the ability of preliminary research and development of new drug biotechnology technologies;

4. Master the basic knowledge and skills of microbial culture, fermentation, product extraction and animal and plant cell culture, and have the ability to produce and operate biological drugs;

5. Master the relevant knowledge and skills of quality management in the production process, and have the ability to monitor the quality of the production process of biological drugs;

6. Master the process technology and application of biological drugs, and have the ability to manage the production process and equipment of biological drugs;

7. Understand the structure, working principle and basic operation of relevant production equipment, and have the ability to use and maintain biological drug production equipment.

It aims to cultivate practical talents who are proficient in the practical technology of bioengineering, proficient in the management of modern biotechnology laboratories and biological product production workshops, and good at the promotion of biological products. By the time of graduation, students will be proficient in the basic skills of organic chemistry, analytical chemistry, biochemistry, general biology technology, molecular biology technology, animal and plant tissue and cell culture technology, microbial fermentation technology, biopharmaceutical technology, laboratory safety and management and other biological experiment techniques. Graduates can be engaged in biotechnology product research, development, production management, marketing and other work in enterprises, institutions, scientific research institutions, colleges and universities, and biotechnology companies.

Professional courses: College English, Inorganic and Analytical Chemistry, Organic Chemistry, Biochemistry, General Biology, Microbiology, Molecular Biology, Pharmaceutics, Microbial Fermentation Technology, Pharmacology, Genetic Engineering Technology, Immunology, Pharmaceutical Management, Plant Tissue Culture Technology, Biopharmaceutical Technology, Cell Engineering.

Laboratory courses: Inorganic Chemistry Experiment, General Biology Experiment, Molecular Biology Experiment, Organic Chemistry Experiment, Microbiology Experiment, Basic Analytical Chemistry Experiment, Biochemistry Experiment.

Internship: Set up internship training content according to the needs of the talent market, mainly including marketing practice of biological products, laboratory basic skills practice, practical practice in scientific research institutes, and graduation internship.

The introduction is as follows:

This major should not only learn to master the multidisciplinary comprehensive knowledge required by the biopharmaceutical major, but also have the ability to solve complex problems in the biopharmaceutical field, the awareness and ability of engineering design, product development, quality control, technology application, learning self-directed learning and lifelong learning in the biopharmaceutical field.

It is also necessary to have a solid basic theory and basic knowledge of biotechnology and pharmacy, a preliminary understanding of the production and sales process of biotechnology pharmaceutical enterprises, and a good grasp of the common experimental procedures of modern biotechnology and pharmaceutical technology.

Development prospects: Biopharmaceuticals have become one of the fastest-growing industries in the world and in China. Biopharmaceuticals have become the focus of China's high-tech development. Graduates can be engaged in resource development, product development, production, technology management, quality control and other work in biological drugs.

Although after years of development, China's biomedical industry has a good foundation, compared with the biomedical industry in the world's advanced countries, China's biomedical industry still has many gaps. China's biopharmaceutical industry will be a difficult road from scientific research to industrialization. From the national to the local level, we will continue to strengthen our efforts to support the development of the biomedical industry.

China has basically achieved filial piety in industry and established a sound socialist market economic system and a more active and open economic system. At the same time, the social security system is relatively sound, and a relatively complete modern medical and health system will be formed. These two factors will create a huge market space and a good development environment for the biomedical industry.

Biopharmaceutical technology mainly studies the basic knowledge and skills of chemistry, biology, biopharmaceutical technology, etc., and conducts research, development, production management, and marketing of biotechnology products. For example: the use of genetically modified, antibody engineering, microbial fermentation and other technologies for pharmaceuticals, cell** and immune checkpoint inhibitor drug research and development pharmaceuticals, drug production and sales, etc.

Extended content: employment direction.

Pharmaceutical enterprises and institutions: research and development of biological drugs, production of biological drugs, operation and management of biological drugs, drug testing, pharmaceutical engineering design, drug foreign trade, medical representatives, drug technology promotion and marketing.

Professional articulation. Examples of continuing undergraduate majors: pharmaceutical preparations; Pharmacy.