Integrated medicine requires a lot of knowledge and is complex. Therefore, it is convenient for everyone to take the postgraduate entrance exams if they understand the direction of the major and the comprehensive situation of the major disciplines. We have compiled and shared the relevant content of "Introduction to the Medical Discipline of Guangdong Pharmaceutical University: Introduction to the Master's Degree in Biology and Medicine", let's take a look.
Introduction to the Authorization Point for Master's Degree in Biology and Medicine
Biology and medicine are closely related to human health. The related fields have a wide range of directions, a wide caliber, and a wide coverage, and include multiple engineering technology categories or Cross-fertilization of fields. The biological and pharmaceutical industry has the characteristics of high innovation costs, high investment risks, and long R&D cycles. New knowledge, new methods, and new directions in industry-related engineering technology are emerging one after another. As a rising leading industry, it has become a key factor in the adjustment of the national industrial structure. The strategic focus and new economic growth point will become the most promising and promising sunrise industry for our country to catch up with the productivity level of developed countries in the world and achieve late-mover advantages and leap-forward development. The development of biology and medicine-related fields will surely play a major role and have a profound impact on the progress of human beings and society. With the approval of the Academic Degrees Committee of the State Council, the fields covered by our school’s original engineering master’s professional degree authorization category were adjusted to the biology and medicine (0860) master’s professional degree authorization point.
Discipline direction
Based on social needs and subject characteristics, the main fields of biology and medicine in our school are: pharmaceutical engineering, biotechnology and engineering, and food engineering.
1. Pharmaceutical Engineering
Pharmaceutical engineering is an engineering technology discipline at the intersection of chemistry, biology, pharmacy (TCM) and engineering. In order to cultivate students with knowledge in pharmaceutical engineering, they can engage in the research and development and manufacturing of medicines and related products, the development of new processes, new equipment, new varieties, and business management in the pharmaceutical, pesticide, fine chemical and biochemical sectors. Qualified research and application-oriented professionals.
1. Training objectives
In line with the Healthy China strategy and the development needs of the big health industry, students in this field should cultivate both ability and political integrity, a solid foundation, good political quality and professional ethics, and the ability to engage in Full-time graduate students with a professional degree in the field of pharmaceutical engineering who are capable of research, development, and production of chemical pharmaceuticals, traditional Chinese medicines, and pharmaceutical preparations. They are high-quality comprehensive talents with innovative spirit and practical ability.
2. Tutor team
We have an academic team with reasonable structure, clear direction and strong scientific research ability. There are currently 80 teachers, including 61 master's degree supervisors, 1 doctoral supervisor, 27 full professors, 44 associate professors, 67 with doctoral degrees, 16 with overseas experience, 1 outstanding teacher from South Guangdong, 1 outstanding young person from Guangdong Province, " The "Thousand Hundreds and Ten Project" training targets 1 person at the provincial level and 2 people at the school level.
In the past five years, there have been a total of 262 scientific research projects with a funding of 60 million, including 41 national-level scientific research projects with a funding of 12 million, 87 provincial and ministerial-level scientific research projects with a funding of 20 million, and 182 horizontal projects with a funding of 40 million. Published 62 monographs and 762 academic papers. There is one first prize and two second prizes for outstanding teaching achievements at the provincial and ministerial level or above. 10 results were transformed or applied, and the patent transfer contract amount was 6 million.
3. Employment direction and situation
Graduates can work in colleges and universities, scientific research institutes, production and marketing enterprises, drug supervision and management and other departments related to pharmaceutical engineering and other fields. Drug production, management, marketing, inspection and supervision, research and development and other related work. You can also apply for doctoral candidates in biotechnology, pharmacy and related majors.
2. Biotechnology and Engineering
This field is based on modern life sciences and uses methods that combine biology, pharmacy and engineering to use organisms or biological raw materials to produce human products. Applied disciplines such as producing desired products, obtaining desired traits, and transforming ecosystems and environments. Covering biochemistry, molecular biology, microbiology, genetic engineering, cell engineering, enzyme engineering, fermentation engineering and other disciplines.
It has scientific research and teaching such as the National Biomedical Innovation Talent Training Experimental Area, the Guangdong Provincial Key Laboratory of Biotechnology Candidate Drug Research, the Guangdong Provincial Biopharmaceutical Comprehensive Engineering Training Center, and the Guangdong Provincial Biotechnology Specialties. In recent years, the platform has undertaken dozens of vertical and horizontal scientific research projects at all levels, including the national "Major New Drug Creation" major science and technology project, the National 863 Program, and the National Natural Science Foundation.
This major has a professional laboratory area of ??more than 4,000 square meters, with relatively complete instruments and equipment, including laser focus microscope, analytical and sorting flow cytometer, gene expression analysis system, fully automatic fermentation tank, and high-power ultrasonic disruption. instrument, full-wavelength scanning multi-function reader, AKTA chromatograph, PF-2D target protein rapid separation system, fluorescence quantitative PCR instrument, high-speed refrigerated centrifuge and many other large-scale instruments and equipment, which can better meet the needs of scientific research in this profession. , teaching and talent training needs.
1. Training objectives and research characteristics
Cultivation of students with solid professional basic theories and basic knowledge, innovative and pioneering thinking ability, and ability to master the basics of biotechnology and biopharmaceutical fields High-level talents who have the ability to independently engage in research, development, production and management in the fields of biotechnology and biopharmaceuticals.
This field focuses on major issues in biotechnology and biopharmaceutical research, focusing on the creation of new antibodies, genetic engineering, immune cell engineering, new materials for biotechnology drug delivery systems and new nucleic acid drug candidates. Biopharmaceutical technology platform; technology platform with the themes of biological resource development and utilization, environmental microbial improvement technology and application; gene technology represented by new immunotherapy technologies such as CAR-T, TCR-T tumor immunotherapy, immune monitoring point blockade, etc. Engineering and cell engineering technology platform.
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