Students will learn the fundamental mechanisms that regulate the mechanism of action of biological drugs, their pharmacokinetics and studies for their authorization process to market. Also, students will learn about techniques used for the development of biotechnological products and clinical applications of some classes of these drugs. Students will learn how to approach to scientific experiments and how interpret results.
Traditional classes. Students are invited to actively participate with questions and comments on discussed topics.
B. d. production
B.d. Pharmacokinetics
Preclinical and clinical drug development
Biosimilar drugs
B. d. used for glucose metabolism
B. d. for hematopoiesis and hemostasis
B. d. used in cancer therapy
Vaccines
Experimental procedures
How to obtain and validate scientific data
Data interpretation from scientific articles
Subjects | Text References | |
---|---|---|
1 | Identification of molecular targets for biological drugs (b. d.) | see textbook tab |
2 | B. d. production | see textbook tab |
3 | B.d. Pharmacokinetics | see textbook tab |
4 | Preclinical and clinical drug development | see textbook tab |
5 | Biosimilar drugs | see textbook tab |
6 | B. d. used for glucose metabolism | see textbook tab |
7 | B. d. for hematopoiesis and hemostasis | see textbook tab |
8 | B. d. used in cancer therapy | see textbook tab |
9 | Vaccines | see textbook tab |
10 | Experimental procedures | see textbook tab |
11 | How to obtain and validate scientific data | see textbook tab |
12 | Data interpretation from scientific articles | see textbook tab |