Course Number | Course | Professors | Course Introduction |
B011112
Nanosized Drug Delivery Systems
Qiang Xia
This course will give the complete knowledge of nanosized drug delivery system, a newly-developed research field in the drug delivery systems. Both the international and national progress in this field will be introduced and the outlook of the nanosizedDDS will be given according to the up-to-date literatures and industrial application. This course should be helpful to the future research work of graduate students who will focus on innovative drugs and DDS.
B011115
Biomolecular Conjugation Chemistry
Yang Chen
Without bioconjugate chemistry which is key to understand in order to produce the associated labeled, modified, or conjugated molecules, much of life science research as we know it today would be impossible. This course, Biomolecular Conjugation Chemistry, attempts to capture the essence of this field through three main sections: its chemistry, reagent systems, and principal applications which provides for the first time a practical overview.
B011116
Modern analytical instruments and experiments
Zhongdang Xiao
Master the principle and use of some analytical and fabrication instruments, and follow up the progress of analytical instruments and be able to choose the analytic methods in research after this course.
B011118
Supramolecular chemistry
Chunwei Yuan
The course is intended to introduce the concepts, the line of development and the perspectives of the field of supramolecular chemistry to students. Supramolecular chemistry, defined as chemistry beyond the molecule, involves non-covalent interactions (van der Waals, electrostatic, and hydrophobic interactions, hydrogen and coordination bonds). Molecular interactions form the basis of the highly specific recognition, reaction, transport, regulation. Studying supramolecular chemistry will help us to understand better phenomena occurring in biology.
Course Number | Course | Professors | Course Introduction |
B011119
Combinatorial Chemistry
Nongyue He
The course is intended to introduce the concepts, the line of development and the perspectives of the field of combinatorial chemistry to students. Combinatorial chemistry, defined as chemistry in which many chemicals can be simultaneously synthesized in one single process, is involved in the preparation of substrates (for example, beads of reins, glass beads, glass slides, films, etc.), the designing of synthesis approaches, the labeling methods, designing of medicine, and in situ synthesis of biochips. Studying combinatorial chemistry will help us to get more libraries of compounds with much shorter time than those conventional methods, to select and test more active medicines candidates in much shorter time than usual, etc.
B011120
Polymeric Biomedical Materials
Jizhong Zhang
Biomedical materials is one of the four major parts of biomedical engineering, and includes polymeric biomedical material, inorganic biomedical material and metallic biomedical material. Polymeric biomedical material can be categorized as natural polymers or synthetic polymers and for the time beings have been widely used in artificial organs, medical devices and instruments, drugs and tissue engineering scaffolds.
This course systemically introduces the development and trends of polymeric biomedical materials to train graduated students to be able to design and develop polymeric biomedical material for our country.
It is necessary to acquire the basic content of polymeric biomedical materials, especially the application of the structure and properties of polymeric biomedical material in artificial organs, tissue engineering scaffolds and drugs. At the end of the course students will understand the principles for design and development of polymeric biomedical material, and effectively employ evaluation methods to test the biocompatibility of polymeric biomedical material.
B011122
Biomaterial Surfaces: Properties and Characterization
Ningping Huang
This course introduces importance of the role of study on biomaterial surfaces for the application of biomaterial and biomedical devices. The topics include surfaces and clinical needs, surface properties, surface modification techniques, surface characterization and quality assurance, surface-biomolecule interactions, cell-surface interactions, and in vitro and in vivo performance related to material surface properties. The concepts and methods are capable of being applied to biomaterials made of polymers, metals, ceramics, and composites. From this course, students should learn methods to fabricate and characterize biointerfaces, which provide fundamental knowledge for further study in the area of biomedical engineering, eg. biomaterials, biomedical devices, and biosensors, etc..
B011123
Microscopic analysis and nanostructure physics
Long Ba
This Course will supply the enhanced understanding of physical problems of nanostructures and basic theoretical training for graduated students. Students are required to understand the physical mechanisms of the properties of typical nanostructures, to understand the physical foundation of theoretical descriptions and study methods, and to understand the update research activities. The common and basic theory and experimental methods will be introduced in the course. This course will supply a further introduction of mesoscopic physics in various relative fields.
