Research and Development for Agro-Biomedical Science I University of Tsukuba
In this course, students learn the principles and methodologies of research related to Agro-Biomedical Science through working on specific research themes in the common laboratory for Agro-Biomedical Science (equivalent to 1.5 credits) and a lab managed by instructors (equivalent to 1.5 credits). The instructors from University of Tsukuba will nurture the fundamentals of Health and Food sciences, evaluating biotic effects and safety of substances, etc. Evaluation criteria is described in the following section ‘Grading Philosophy’.
1. To be able to survey the research topics of instructors. 2. To be able to explain subjects and methods of each experiment/analysis. 3. To be able to explain and discuss about results and interpretation of each experiment/analysis. 4. To be able to explain the purpose of each experiment and analysis in the current research topic. 5. To be able to explain the significance of the current research topic from the standpoint of Agro-Biomedical Science.
To nurture the fundamentals for Agro-Biomedical Science such as ability to connect heath and food resources, ability to engage in issues related to health security, and ability to engage in food security, through attending laboratory practices hosted by instructors.
The activities in the common laboratory (equivalent to 1.5 credits) and supervisor’s lab (equivalent to 1.5 credits) will be separately evaluated, and finals score will be these total (as 3 credits). The common laboratory activities will be evaluated based on class participation (50%) and report (50%). Theme of this report is “Summary of your research results and discussion including introduction“. The activity in supervisor’s lab will be evaluated based on the activity report from supervisors and the additional report from students. Theme of student report is “Summary of your research in the lab, and its relation to AgroBiomedical Science”. Grading Criteria is A+ (Superior), A (Excellent), B (Good), C (Average) and D (Failure).
Common laboratory activity This course deal with the analytical methods related to Agro-Biomedical Science (i.e. extraction of phytochemicals, effects of the extract etc…). All of the experiments are held in the common laboratory for Agro-Biomedical Science. The course is organized by Yumi Abiko. Supervisor’s laboratory activity Students need to stay in the lab hosted by one instructor listed below, and participate in the practices in the lab. Theme 1: Environmental medical science (--------------, Masahiro Akiyama) Theme 2: Stem cell biology (Osamu Ohneda) Theme 3: Global health (Masao Ichikawa) Theme 4: Bacterial genetics (Kazuya Morikawa) Theme 5: Integrated Study on Health Information (Ryosuke Ohniwa)Theme 6: Experimental Pathology (Ling Zhen) Theme 7: Plant parasitic mycology (Yuichi Yamaoka) Theme 8: Molecular genetics and breeding (Hiroshi Ezura) Theme 9: Plant molecular breeding (Chiaki Matsukura) Theme 10: Plant Parasitic Mycology (--------------------------) Theme 11: Mycorrhizal fungi (Peter Junichi Abe) Theme 12: Food and biomass engineering (Yutaka Kitamura) Theme 13: Plant physiology (Lombardo Fabien Claude Renaud) Theme 14: Toxicology (-----------------------) Theme 15: Cellular and physiological biology (Norihiko Obayashi) Theme 16: Water resources management (Atsushi Ishii)
Training/Lab Experiments/Practical Application
Online Course Requirement
Zheng Ling,LOMBARDO Fabien Claude Renaud,Ezura Hiroshi,Kitamura Yutaka,Ohneda Osamu,Abe Junichi P.,Ichikawa Masao,Matsukura Chiaki,Morikawa Kazuya,Ohniwa Ryosuke,Ohbayashi Norihiko,Ishii Atsushi,Koganezawa Tadachika,Shigemori Hideyuki
Site for Inquiry
Please inquire about the courses at the address below.
Contact person: Kitamura Yutaka,Shigemori Hideyuki,Abe Junichi,Ohbayashi Norihiko
Email address: email@example.com,firstname.lastname@example.org ,email@example.com,Teams-chat: firstname.lastname@example.org
Link to the syllabus provided by the university