| 1. Define, look for, organize and elaborate works with information of the subject
2. Cooperatively workout exercise resolution
3. Use of telematic tools and other sources for autonomous learning
CELL BIOLOGY
4. Know the origin, evolution and internal organization of eukaryotic cell
5. Recognize the relationships between eukaryotic cell components in the different cell cycle phases
6. Know the general characteristics of embryonic development.
7. Recognize the diversity and organization of animal tissues.
8. Microscopically identifying eukaryotic cell and animal tissue components.
9. Establish relationships between cell organization and cell and tissue function.
GENETICS
10. Importance of DNA in biology
11. Apply the scientific method and basic research technologies in Genetics
12. Learn how to establish genetic hypotheses and strategies to refute them
13. Manage the basic mechanisms for the transmission of the hereditary material
14. Know the molecular structurer, the regulation and the expression of the hereditary material
15. Know the basic genomic principles and their biotechnological applications.
16. Know the origin of the biological diversity and the evolutionary history of the species |
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B1
B2
B3
B4
B5
|
C9
C11
|
D1
D2
|
