- Lecturer
- Yamamura Masayuki Nakamura Kiyohiko Konagaya Akihiko Kiga Daisuke Miyashita Eizo Kigawa Takanori Mochizuki Atsushi Shibata Takanori Honma Teruki Toyoizumi Taro Komiya Ken Tanaka Takuma Berrar Daniel
- Place
- Thr1-2(G311)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 94072
- Syllabus updated
- 2013/10/3
- Lecture notes updated
- 2013/9/20
- Semester
- Fall Semester
Outline of lecture
This lecture is a part of 窶彜ystems life science course窶 in the
curriculum of the department of systems science and
computational intelligence
ｮ It is also a part of 窶廣cademy of Computational Life Science窶
ｮ Advanced Topics on Systems Life Sciences
ｮ Autumn semester, 2 - 0 - 0 (English)
ｮ Teaching Staffs
ｮ <Genome & Biomedical Informatics>
ｮ Prof. Yamamura (J2-1706, ext 5212, mbox J2-51)
ｮ Prof. Konagaya (J3-1817, ext 5655, mbox J3-25)
ｮ <Cells & Molecular Systems Biology>
ｮ Assoc.Prof. Kiga (J2-1806, ext 5213 , mbox J2-55)
ｮ Assist.Prof. Komiya (J2-1707, ext 5208, mbox J2-51)
ｮ Prof. Kigawa (RIKEN)
ｮ Assoc.Prof. Honma (RIKEN)
ｮ <Neurological Therapy>
ｮ Prof. Shibata (AIST)
Purpose of lecture
The objective of this course is to introduce the state of art on
Systems Life-Sciences. Topics are chosen from Bioinformatics,
Genomic Researches, Systems Biology, Synthetic Biology,
Mathematical Biology, Biophysics and Brain Sciences.
Plan of lecture
10/ 3 Konagaya "Introduction"
10/10 konagaya "Personal Genome Sequence Analysis"
10/17 Kigawa "Structure and dynamics of protein systems elucidated by NMR
spectroscopy I"
10/24 Kigawa "Structure and dynamics of protein systems elucidated by NMR
spectroscopy II"
10/31 Honma "Prediction of ADME/Tox properties in drug discovery process I"
11/ 7 Yamamura "HPC screening on LCNS"
11/14 Honma "Prediction of ADME/Tox properties in drug discovery process II"
11/21 Shibata "Robot Therapy I"
11/28 Shibata "Robot Therapy II"
12/ 5 Yamamura "DNA Computing"
12/12 Yamamura "Artificial Life"
12/19 Komiya "DNA Nano-engineering towards Molecular Robotics (1)"
1/ 9 Komiya "DNA Nano-engineering towards Molecular Robotics (2)"
1/23 Kiga "Construction of artificial genetic code and artificial genetic
network I"
1/30 Kiga "Construction of artificial genetic code and artificial genetic
network II窶
Textbook and reference
Original handout prepared by teaching stuffs
Related and/or prerequisite courses
Requirements
ｮ Basics of life science
ｮ 窶廛iscrete Systems Theory窶 spring semester
ｮ 窶廛ynamical Systems Theory窶 spring semester
Related lectures
ｮ Advanced Topics on Systems Life-Sceicnes II
ｮ Spring semester, 2-0-0 (English)
ｮ <Genome & Biomedical Informatics>
ｮ Assoc.Prof. Berrar (G3-815, ext 5499, mbox G3-45)
ｮ <Cells & Molecular Systems Biology>
ｮ Prof. Mochizuki (RIKEN)
ｮ <Brain & Neuro Science>
ｮ Prof. Nakamura (G3-1117, ext 5209, mbox G3-46)
ｮ Assoc.Prof. Miyashita (G3-1114, ext 5573, mbox G3-51)
ｮ Assoc.Prof. Aonishi (G5-701, ext 5546, mbox G5-17)
ｮ Assist.Prof. Tanaka (G3-1122, ext 5202, mbox G3-46)
Evaluation
Simply total evaluations by each stuffs in various way;
attendance, reports or examinations
