A. What is Biopharmaceutical Technology
It aims to cultivate practical talents who are proficient in practical bioengineering technology, proficient in the management of modern biotechnology laboratories and bioproducts production workshops, and good at the marketing of bioproducts. Upon graduation, students can master the basic skills of organic chemistry, analytical chemistry, biochemistry, general biology technology, molecular biology technology, animal and plant tissues and cell culture technology, microbial fermentation technology, biopharmaceutical technology, laboratory safety and management of biological laboratory technology; graduates can be engaged in enterprises, scientific research institutes, universities and colleges, biotechnology companies in biotechnology products, research, development, production management, marketing and so on, The graduates are able to work in research, development, production management and marketing of biotechnology products in enterprises, scientific research organizations, universities and colleges and biotechnology companies.
① Professional courses: English, inorganic and analytical chemistry, organic chemistry, biochemistry, general biology, microbiology, molecular biology, pharmacy, microbial fermentation technology, pharmacology, genetic engineering technology, immunology, pharmacy management, plant tissue culture technology, biopharmaceutical technology, cell engineering.
② experimental courses: inorganic chemistry experiments, general biology experiments, molecular biology experiments, organic chemistry experiments, microbiology experiments, basic analytical chemistry experiments, biochemistry experiments.
③ Internship: set up internship training content for the needs of the talent market, mainly in the marketing of biological products, laboratory basic skills internship, research institutes, practical internship, graduation internship.
Employment Oriented
The students can be engaged in the research and development of biological drugs, production, operation and management, drug testing, pharmaceutical engineering design, foreign trade, pharmaceutical representatives, marketing and other work in the relevant pharmaceutical enterprises, scientific research institutes, institutions of higher learning, pharmaceutical companies and other departments.
B. What kind of jobs are available for biopharmaceutical technology majors
If you are an undergraduate, most of them are to go to biotechnology companies to engage in sales, or to research institutes to do some basic research technical staff, and there are a few of them will go to the research and development department of some biopharmaceutical technology companies or related enterprises, the PR Department, the marketing department, etc. as employees.
If you want to engage in scientific research, you may need to study for a postgraduate degree or doctorate before you can work as a senior researcher in some pharmaceutical technology companies.
The best thing to do is to go to a research center and work as a technician.
C. What is biopharmaceutical technology and what is its scope
Biopharmaceutical technology, as a kind of high technology, was born in the early 70s with the invention and application of DNA recombination technology and lymphocyte hybridoma technology. For more than thirty years, the development of biopharmaceutical technology has opened up a broad prospect for the development of medical and pharmaceutical industries and improved people's lives. Therefore, countries around the world have identified biopharmaceuticals as the key technology and emerging industry for the development of science and technology in the 21st century.
Its scope includes: microbiology, biology, medicine, biochemistry and other research results from organisms, biological tissues, cells, organs, body fluids and so on. Comprehensive use of microbiology, chemistry, biochemistry, biotechnology, pharmacy and other disciplines for drug analysis.
(3) Biopharmaceutical Technology Professional Introduction Expanded Reading:Cultivation Objectives of Biopharmaceutical Technology:
Aims to cultivate practical talents who are skilled in practical bioengineering technology, proficient in management of modern biotechnology laboratories and bioproducts production workshops, and adept at the marketing of biologically based products.
Upon graduation, students will be able to master 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 laboratory technology.
Graduates are able to engage in biotechnology product research, development, production management and marketing in enterprises, scientific research institutions, colleges and universities, and biotechnology companies.
Biopharmaceutical Technology Main Courses:
Specialized Courses: English, inorganic and analytical chemistry, organic chemistry, biochemistry, general biology, microbiology, molecular biology, pharmacy, microbial fermentation technology, pharmacology, genetic engineering technology, immunology, pharmacy management, plant tissue culture technology, biopharmaceutical technology, cell engineering.
Laboratory courses: experiments in inorganic chemistry, experiments in general biology, experiments in molecular biology, experiments in organic chemistry, experiments in microbiology, experiments in basic analytical chemistry, experiments in biochemistry.
Internship: set up internship training content for the needs of the talent market, mainly in the marketing of biological products, laboratory basic skills internship, research institutes, practical internship, graduation internship.
References:
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Network - Biopharmaceutical TechnologyNetwork - Biopharmaceutical
D. Introduction to Biopharmaceutical Majors
There are a lot of biology-related majors: biotechnology, bioengineering, biopharmaceutical, biochemistry, and so on
In fact, their main courses are not the same as each other, for example, cell biology, biochemistry, genetics, anatomy, and so on
It can be said that the national policy on biology is being implemented by the state, and it is also the most important thing is that it is not the most important thing for the state.
It can be said that the national policy on biology is converging with the international development, but the development is still very imperfect If you choose to study biology, you have to be ready to go to graduate school, it's not good to find a job. I'm also a student of biology, Jilin University, and I'm preparing to go abroad to go abroad for pharmaceuticals, and if you are good at English, you have a good future to go abroad to further your studies.
E. What's the difference between Biopharmaceutical Technology and Pharmacy What is it that they are doing after graduating from college
1. The scope is different. Currently in pharmacy and clinical pharmacy in medical colleges or pharmacy university to open more, biopharmaceuticals are mainly in the comprehensive university or pharmacy university to open.
2, the discipline level is different. Pharmacy is a first-level discipline, biopharmaceuticals and clinical pharmacy are its second-level disciplines, that is, the branches of this discipline.
3, the content and academic system will be different, pharmacy academic system of four years, learning more, Chinese and Western medicine to learn, but Western medical colleges and universities in favor of chemistry, a variety of chemical, Chinese medicine colleges and universities in favor of pharmacy; Western medical colleges and universities, including pharmacology, pharmacy, pharmacy, pharmacy, pharmacy, pharmacy and chemistry of the four major drugs and medical school conventional courses such as departmental solution, physiology, etc., will be more than the opening of the subject of traditional Chinese medicine, but only as a matter of understanding.
Clinical pharmacy is a 5-year program, and the content of the study and pharmacy is similar, but will require more than one year of clinical internships in hospitals; biopharmaceuticals will favor microbiology and molecular biology some, but chemistry is also always to learn.
4, the degree is also a little different. Most schools categorize pharmacy and clinical pharmacy into science, and biopharmaceuticals into engineering or science. After graduation, you get a science or engineering degree instead of a medical degree.
Employment direction: Pharmacy later employment for hospitals, pharmaceutical companies, pharmaceutical companies, pharmacies, *** drug supervision departments, etc.; biopharmaceuticals is a biopharmaceutical, biochemical enterprises and pharmaceutical management engaged in technical management, production, product development work.
(5) Biopharmaceutical Technology Professional Introduction Extended reading:
Biopharmaceutical Technology Teaching content: pharmacology, medicinal chemistry, microbiology, drug analysis, human anatomy and physiology, antibiotic process, immunology, introduction to fermentation engineering, biostatistics, biochemistry, biopharmaceutical processes, pharmacy, goldwork practice, Understanding internship, course design, production internship, graduation internship, graduation design, etc., as well as the main characteristics of each school's courses and practical links.
The main teaching content of pharmacy: physiology, cell biology, molecular biology, medical immunology, pathophysiology, medical microbiology, inorganic chemistry, organic chemistry, biochemistry, quantitative analysis, instrumental analysis, physical chemistry, basic chemistry experiments, medicinal chemistry, natural medicinal chemistry, pharmacy, drug analysis, pharmacology, basic toxicology, the spectral analysis of drugs, pharmacy management, etc. management, etc.
F. What are the basic courses in biopharmaceuticals
This program cultivates students with solid basic theories of biotechnology and pharmacy, basic knowledge,
proficiency in modern biotechnology and pharmaceutical technology commonly used experimental procedures, a preliminary understanding of biotechnology and pharmaceutical production and sales of pharmaceutical enterprises, and the ability to perform the basic requirements of modern biotechnology laboratories and biotechnology pharmaceutical enterprises, the basic requirements of the job. Biotechnology pharmaceutical enterprises to meet the basic requirements of the post of moral, intellectual, physical and aesthetic all-round development of biological talents.
Main Courses: Biochemistry, Microbiology and Immunology, Pharmacology, Natural Medicinal Chemistry, Fermentation Engineering Process, Pharmaceutical Preparation Technology, Biological Drug Analysis and Testing Technology, Pharmaceutical Equipment and Separation and Purification Technology, Animal Tissue Cultivation and Bioproducts Technology, Bio-pharmaceutical Processes, Pharmaceutical Management.
G. Learn biopharmaceutical technology, later can be engaged in what professional work
Biopharmaceutical: high demand
Salary level: As medical engineers cover more areas, employing the internal units of the situation and each person's capacity of education, ability to have different, so the salary of this career has a great deal of elasticity, the general college graduates monthly salary of 3,000 yuan The general monthly salary of college graduates is around 3,000 yuan.
Occupational outlook: the prospect of comprehensive talents with a combination of biology, medicine and engineering technology is promising. Such talents need to have two skills: one is the new product development, and the other is the operation of the instrument. Biomedical engineering field, biotechnology, bioinformatics, medical and health departments and other related units have a strong demand for this type of talent 。。。。。。
H. Biopharmaceutical technology is a how professional, employment direction and prospects
Employment direction: pharmaceutical, biochemical enterprises and pharmaceutical management department engaged in technology management, production, product development work.
Professional profile: biotechnology drugs have been widely used in the treatment of cancer, AIDS, anemia, dysplasia, diabetes, heart failure, hemophilia, cystic fibrosis and some rare genetic diseases. Many large pharmaceutical companies are faced with a large number of patents that are about to expire and at the same time a very low product stockpile, and are therefore forced to look to life science companies for new drugs. New drug discovery technologies are making it cheaper, faster and more accurate to find targets for specific diseases. China is the world's most populous country, but the number of people engaged in biotechnology industry research and development is 17,000, and the number of people engaged in production and operation is 0.9 million, which is only 1/4 of the number of people engaged in the biotechnology industry in the United States. Talents engaged in the research and development of biomedical products are even more seriously insufficient, which has become a bottleneck restricting the development of China's biomedical industry. The students should master the basic theoretical knowledge and professional skills in biochemistry, biochemical separation and analysis technology, biotechnology and industrial pharmacy, etc., and receive basic training in biopharmaceutical research and production technology, and be able to engage in the development of biopharmaceutical resources, product development, production, technical management, quality control and other work after graduation.
I. Biopharmaceutical Technology Professional Employment Prospects
It can be said that the employment prospects of the biological aspects of the profession are very bleak, I read this profession in 2000, when many people said that this specialized version of the industry has the prerequisite right to the 21st century sunrise profession, the fact that, 4 years later, I did not see, 10 years later, still did not see. The line of the line, fleeing the fleeing, the only a few adhere to the town of post, now fast doctoral graduation, miserable. Mixed well, mostly sales.