Cancer cell biology
1.
Course/module (in English and Polish)
Cancer biology / Biologia nowotworów
2.
Language of instruction
English
3.
Faculty
Faculty of Biotechnology
4.
Course/module code
5.
Course/module type (mandatory or elective)
mandatory
6.
Programme
Medical Biotechnology
7.
Study cycle
2nd cycle
8.
Year
2nd
9.
Semester (autumn or spring)
autumn
10.
Form of tuition and number of hours
lecture 15h
11.
Name, Surname, academic title
Ewa Marcinkowska; prof. dr hab.
12.
Initial requirements (knowledge, skills, social competences) regarding the course/module and its completion
knowledge of cell biology
13.
Objectives
To gain the knowledge about origin of cancer cells, about factors that enhance cancerogenesis, and about the molecular bases of anticancer therapies. Molecular features of cancer cells, and features of cancer environment will be explained. Some history of cancer research will be presented, as well as elements of cancer epidemiology.
14.
Content
Causes of cancerogenesis. Cancer genetics and epigenetics. Oncogenes. Tumor suppressor genes. Multi-step cancerogenesis. Cross-talk between cancer and cancer environment in the organism. Cancer immunology. Anti-cancer therapies. Cancer epidemiology and diagnostics.
15.
Learning outcomes
provides qualitative and quantitative descriptions of complex biological phenomena and processes
consistently applies and disseminates the principle of strict interpretation of biological phenomena and biochemical processes in research and practical activities which are based on empirical data
possess advanced knowledge of medical and biological sciences, namely biomedicine and molecular biology
possess knowledge of the current issues prevailing in scientific literature
efficiently makes use of scientific literature in the field of biomedicine and biotechnology; reads professional literature in English
understands the need for a systematic review of professional literature in order to broaden and deepen his or her knowledge
Outcome symbols
K_W01
K_W02
K_W03
K_W05
K_U02
K_K05
16.
Recommended literature
1. Robert A. Weinberg ‘The Biology of Cancer‘, Garland Science
2. Actual scientific literature in case of new discoveries that have not been covered by Weinberg’s textbook.
17.
Methods of verification of the assumed learning outcomes
written exam (1,5h)
18.
Conditions of earning credits
positive outcome of an exam
19.
Student’s workload
Activity
Number of hours for the activity
Hours of instruction (as stipulated in study programme) :
lecture
15h
Student’s own work
- preparations before lectures,
- reading of relevant literature,
- preparations before final exam.
15h
Total number of hours
30h
Number of ECTS
2