1 |
Literature review, individual research. |
Introduction of the course: Introduction, objectives and learning objectives |
Lecture & question and answer |
2 |
Literature review, individual research. |
Cell survival curves |
Lecture & question and answer |
3 |
Literature review, individual research. |
Cell survival curves |
Lecture & question and answer |
4 |
Literature review, individual research. |
Radiation effects on tumor cells |
Lecture & question and answer |
5 |
Literature review, individual research. |
The effects of radiation on normal tissues |
Lecture & question and answer |
6 |
Literature review, individual research. |
Radiation dose and fractionation time |
Lecture & question and answer |
7 |
Literature review, individual research. |
LET-RBE formula |
Lecture & question and answer |
8 |
- |
MID-TERM EXAM |
- |
9 |
Literature review, individual research. |
Dose rate effects |
Lecture & question and answer |
10 |
Literature review, individual research. |
The combination of radiotherapy and chemotherapy |
Lecture & question and answer |
11 |
Literature review, individual research. |
Radiotionprotectors |
Lecture & question and answer |
12 |
Literature review, individual research. |
Radiotionsensitizers |
Lecture & question and answer |
13 |
Literature review, individual research. |
Radiation effect on total body |
Lecture & question and answer |
14 |
Literature review, individual research. |
Cancerogenesis |
Lecture & question and answer |
15 |
Literature review, individual research. |
Radiation Protection |
Lecture & question and answer |
16 |
- |
FINAL EXAM |
- |
17 |
- |
FINAL EXAM |
- |