2016 Molecular and Cellular Biology

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Academic unit or major
Graduate major in Life Science and Technology
Instructor(s)
Iwasaki Hiroshi  Kimura Hiroshi  Yamaguchi Yuki  Wakabayashi Ken-Ichi  Aizawa Yasunori 
Course component(s)
Lecture
Day/Period(Room No.)
Tue1-2(J221,S222)  Fri1-2(J221,S222)  
Group
-
Course number
LST.A401
Credits
2
Academic year
2016
Offered quarter
1Q
Syllabus updated
2016/4/27
Lecture notes updated
2016/5/26
Language used
English
Access Index

Lecture

Lecture 1 Structure and function of cell nucleus, chromatin, and chromosome: (1) The structure

2016.4.5(Tue.) 1-2Session

Lecture

Lecture 2 Structure and function of cell nucleus, chromatin, and chromosome: (2) The function

2016.4.12(Tue.) 1-2Session

Lecture

Lecture 3 Structure and function of cell nucleus, chromatin, and chromosome: (3) Chromatin and epigenetics

2016.4.15(Fri.) 1-2Session

Lecture

Lecture 4 Regulation of transcription: (1) Molecular mechanism of the initiation, elongation and termination

2016.4.19(Tue.) 1-2Session

Lecture

Lecture 5 Regulation of transcription: (2) Molecular mechanism of gene repression and activation

2016.4.22(Fri.) 1-2Session

Lecture

Lecture 6 Regulation of transcription: (3) Coupling mechanism of transcription with other processes

2016.4.26(Tue.) 1-2Session

Lecture

Lecture 7 Functional genome and chromatin: (1) The structure and dynamics

2016.4.29(Fri.) 1-2Session

Lecture

Lecture 8 Functional genome and chromatin: (2) Heterochromatin, euchromatin, and inter-chromatin interaction

2016.5.6(Fri.) 1-2Session

Lecture

Lecture 9 Functional genome and chromatin: (3) Centromere, telomere, and nuclear positioning

2016.5.10(Tue.) 1-2Session

Lecture

Lecture 10 DNA transaction: (1) Molecular mechanism of eukaryotic DNA replication

2016.5.13(Fri.) 1-2Session

Lecture

Lecture 11 DNA transaction: (2) Molecular mechanism of DNA repair and disease

2016.5.17(Tue.) 1-2Session

Lecture

Lecture 12 DNA transaction: (3) Molecular mechanism of DNA recombination and meiosis

2016.5.20(Fri.) 1-2Session

Lecture

Lecture 13 Cell cycle, growth, and motility: (1) Regulation and diversity of cell cycle

2016.5.24(Tue.) 1-2Session

Lecture

Lecture 14 Cell cycle, growth, and motility: (2) Regulatory mechanism of cell growth and differentiation

2016.5.27(Fri.) 1-2Session

Lecture

Lecture 15 Cell cycle, growth, and motility: (3) Cytoskeleton and molecular motors

2016.5.31(Tue.) 1-2Session

Lecture

Lecture 16  

2016.6.3(Fri.) 1-2Session

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