Teachers | Each Staff | |
---|---|---|
Grade, Semester | Year 3 1st semest [Department of Biosciences, Faculty of Science and Engineering] | |
Category | Special Subjects | |
Elective, Credits | Elective 2credit | |
Syllabus Number | 5M373 |
This course is an omnibus style lecture, and will be presented by each professor in the department of biosciences. The topics are covered in this course include subjects of biosciences as well as those of environmental sciences and chemistry. Since this course provides students with the individual research themselves of the professors, it will be helpful selecting the graduation research. Therefore, this course, students must attend all lectures.
Please check the schedule before the beginning of the course.
The major aim of this course is to present an opportunity for students to obtain a basic knowledge of every branch of the biosciences. Upon successful completion of this course, students will have gained a fundamental understanding of biosciences.
Each instructor asks for submission of an assignment such as an exam and a report every time. Evaluate based on the total. Final test will not be conducted.
Kind | Title | Author | Publisher |
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Textbook | |||
References |
1 | Plant environmental response and acclimation (Prof. Asahina). |
2 | Chemical synthesis of bioactive substances and their structural analysis(Prof. Uchida) |
3 | The neuroscience of developmental disorders(Prof. Uchino) |
4 | Function and use of animal products(Prof. Enomoto) |
5 | Brain development-How we construct our brain during the development?(Prof. Hirasawa) |
6 | Invitation to fieldwork using novel technology(Prof. Kajitani) |
7 | Application of ceramides ingredient to health food (Prof. Koga) |
8 | Plant immunity(Prof. Miyamoto) |
9 | Mechanisms of the germ cell formation (Prof. Ota) |
10 | Bioactive substances with function in environment(Prof. Sakuda) |
11 | Photo-perception and light harvesting in green plants and microorganisms (Prof. Shinomura) |
12 | Discovery of bioactive compounds from microorganisms (Prof. Takahashi) |
13 | The Chromosomal theory of inheritance.(Prof. Takayama) |
14 | Chemistry of Supercritical Fluids (Prof. Yanagihara) |
15 | Conclusion |