Biomedical and Pharmaceutical Sciences
Biomedical and Pharmaceutical Sciences
Objective
This program is designed to cultivate professionals with a strong foundation in pharmaceutical engineering and fine chemical technologies. Graduates will be equipped to:
Develop innovative drugs, materials, and production technologies to meet the needs of the pharmaceutical and healthcare industries.
Conduct interdisciplinary research in drug design, green synthesis, process optimization, and advanced biomedical materials.
Address challenges in drug development, manufacturing safety, and sustainability through cutting-edge technologies and applications.
Research Areas
1. Pharmaceutical Engineering
Achievements: Published over 130 papers (80 indexed by SCI/EI), authorized 10+ patents, and developed commercial products such as the "Tang Bichi" hypoglycemic mulberry leaf tablet and "Lvxiang Tianxia" health drink. Contributions include the establishment of Beijing's pharmaceutical manufacturing safety standards and receiving a Second Prize for Outstanding Scientific Research Achievements in higher education.
Research Focus:
Development of new pharmaceutical products (chemical drugs, biologics, and traditional Chinese medicine).
Research on process scaling, quality monitoring, and equipment optimization.
Extraction of natural active ingredients and formulation of innovative drug delivery systems.
2. Fine Chemicals
Achievements: Published over 150 papers (100 indexed by SCI/EI), authorized 40+ patents, and industrialized technologies in drug intermediates and virus/viroid protein separation media. Recognized with awards such as the Henan Provincial Science and Technology Progress Award (Second Prize) and the Technology Invention Award (Third Prize).
Research Focus:
Development of drug delivery systems, in vitro diagnostic reagents, and virus/viroid protein separation media.
Green synthesis of pharmaceutical raw materials and drug intermediates.
Advancing biomedical materials for diagnostic and therapeutic applications.
Career
Graduates of this program will have diverse career opportunities in:
Pharmaceutical Industry: Research and development of new drugs, drug delivery systems, and natural product extraction technologies.
Biomedical Technology: Development of diagnostic reagents, vaccines, and biomedical materials for healthcare applications.
Fine Chemical Production: Design of green processes for pharmaceutical intermediates and advanced materials for medical devices.
Research Institutions and Regulatory Bodies: Contributing to drug safety standards, process optimization, and policy development in the healthcare sector.
This program prepares graduates to become leaders in drug innovation, biomedical research, and sustainable pharmaceutical manufacturing, driving advancements in global healthcare.