Pharmaceutical preparation majors train senior scientific and technological talents with basic theoretical knowledge and basic experimental skills in pharmacy, pharmacy and pharmaceutical preparation engineering, who can engage in research, development, process design, production technology improvement and quality control in pharmaceutical preparations and related fields.
The challenge of the development trend of medicinal chemistry to pharmacy. With the development of structure-activity relationship, combinatorial chemistry, biology and cell biology, the design of chemical drugs is more reasonable, the purpose is more clear and the success rate is higher. In the past, a large number of problems that needed to be solved by pharmacists, such as absorption, solubility and targeting, were all completed in the drug molding stage.
Programmed and standardized formulation and process design With the standardization of excipients and computerization of pharmaceutical equipment, formulations and processes are controlled by artificial intelligence systems, and most dosage forms and preparations are programmed. Computer operators can solve problems that need to be solved by pharmacists.
Theory and technology of drug delivery system design: design of new oral sustained-release system, target discovery and location of targeted drug delivery system, design and methodology research of non-invasive other drug delivery systems.
The modernization of traditional Chinese medicine dosage forms depends on the organic combination of internal and external material basis, pharmacodynamic basis and traditional Chinese medicine theory.
Combinatorial chemistry:
The development of biotechnology challenges pharmacy; With the rapid increase of the variety of biomacromolecule drugs, the demand for non-injection forms is also increasing, especially for safe and non-invasive oral and transdermal administration. The research of drug route dosage forms is an important development direction.
Gene therapy vector system Gene therapy uses gene transfer technology to introduce foreign recombinant genes or nucleic acids into human target cells to correct gene defects or abnormal expression. Inactivated virus, liposome and other particles are common vector systems, and the design of this delivery system is an important link to realize effective gene transfer and smooth development.
Biochip has become an important part of pharmaceutical preparations. It is a revolutionary breakthrough in the field of biomedicine. The standardization, precision and practicality of biochip have become a reality, and will be widely used in life science, medical research, environmental protection and agriculture.