- Lecturer
- Kondoh Shinae
- Place
- Thr3-4(B225)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 79009
- Syllabus updated
- 2012/4/8
- Lecture notes updated
- 2012/3/26
- Semester
- Spring Semester
Outline of lecture
Syllabus for Advanced Life Science and Nanomedicine
1. Initiation and progression of cancer
2. Warburg effect & Metabolism
3. Macrophage & Inflammation
4. EMT & Metastasis
5. Epigenetics
6. Cancer stem cell
7. RNA world
Purpose of lecture
It aims to obtain the rudimentary knowledge of life sciences, and to understand the latest studies related to an advanced medical treatment that applies nanotechnology, the cellular engineering, molecular biology, and the genetic engineering.
Plan of lecture
01. Initiation and progression of cancer (Lecture)
02. Initiation and progression of cancer (Discussion)
03. Initiation and progression of cancer (Report)
04. Warburg effect & Metabolism (Lecture)
05. Warburg effect & Metabolism (Discussion)
06. Warburg effect & Metabolism (Report)
07. Macrophage & Inflammation (Lecture)
08. Macrophage & Inflammation (Discussion)
09. EMT & Metastasis (Lecturer)
10. EMT & Metastasis (Discussion)
11. Macrophage & Inflammation (Report)
12. EMT & Metastasis (Report)
13. Epigenetics (Lecture & Discussion)
14. Cancer stem cell (Lecture & Discussion)
15. RNA world (Lecture & Discussion)
Textbook and reference
References are announced in the previous class or via i-OCW.
Related and/or prerequisite courses
None
Evaluation
Graduate students are expected to attend lectures and to actively participate in discussion. Following
lectures, graduate students will be requested to present their own reports on particular subjects Lecture, presentation, and discussion will be provided in English only (no Japanese!).
Comments from lecturer
Active participation in discussion is required.
