Law and Politics of human Rights in global Culture

To understand the basic conditions for the idea of human rights in global context from the viewpoint of legal and political theory, with referring to Japanese cases

· 08/Aug/2016 - 26/Aug/2016

· Undergraduate Level

· Number of students: 50

· English

· School of Law

29. LEADING AND ADVANCED BIOLOGICAL AND POLYMER CHEMISTRY AND ENGINEERING I （THE BIOLOGY OF TUMOR SUPPRESSION）

（1）The cell cycle and tumor suppression: CKIs,RB/E2Fs, P53
（2）Cellular mechanisms of tumor suppression: apoptosis and senescence
（3）Metabolism and cancer
（4）Aging the price of tumor suppression
（5）SOCS1 connects cytokine signaling to p53 and cellular senescence

· 13/Jun/2016 - 17/Jun/2016

· Graduate Level

· Number of students: 25

· English

· Graduate School of Chemical Sciences and Engineering

30. LEADING AND ADVANCED BIOLOGICAL AND POLYMER CHEMISTRY AND ENGINEERING II （CONJUGATED POLYMERS: FUNDAMENTALS AND APPLICATIONS）

Conjugated polymers are gaining a lot of interest due to their inherent functional properties and applications in plastic electronics. Their characteristic charge transporting and conducting properties will be talked in this lectures.

· 01/Aug/2016 - 05/Aug/2016

· Graduate Level

· Number of students: 60

· English

· Graduate School of Chemical Sciences and Engineering

31. LEADING AND ADVANCED BIOLOGICAL AND POLYMER CHEMISTRY AND ENGINEERING III （EPIGENETICS: FROM GENES TO INDIVIDUAL ORGANISMS）

Explore ”Epigenetics”, which is a field covering broad biological processes such as gene expression, cell proliferation and developmental regulation, and important to understand cancer, iPS cell and more!

· 07/Jun/2016 - 10/Jun/2016

· Graduate Level

· Number of students: 50

· English

· Graduate School of Chemical Sciences and Engineering

32. LEADING AND ADVANCED MATERIALS CHEMISTRY AND ENGINEERING I （ORGANOMETALLIC CHEMISTRY OF OXOPHILIC METALS AND THEIR APPLICATION TO POLYMERIZATION CATALYSIS）

Representative Aspects of the Coordination, Reactivity Trends of Main Group Metal/Heteroatom Species: Selected Examples of their Use in Contemporary Homogeneous Catalysis

· 05/Jul/2016 - 08/Jul/2016

· Graduate Level

· Number of students: 20

· English

· Graduate School of Chemical Sciences and Engineering

33. LEADING AND ADVANCED MATERIALS CHEMISTRY AND ENGINEERING II （EXPLORING THE MATERIALS PROPERTIES FROM THE MOLECULAR DETAILS）

This seminar covers the recent studies on advanced wide-field optical microscopy that enables the mapping of local refractive index at high spatial and temporal resolution for bio-materials including enzymic catalyst. The principle, history and recent development of this technique will be introduced. It will be focused on how to resolve localized molecular interactions and electron transfer processes occurring on heterogeneous interfaces.

· 01/Aug/2016 - 03/Aug/2016

· Graduate Level

· Number of students: 20

· English

· Graduate School of Chemical Sciences and Engineering

34. LEADING AND ADVANCED MATERIALS CHEMISTRY AND ENGINEERING III （SOLID STATE AND SURFACE/INTERFACE NANO CHEMISTRY）

This course is designed to acquire basic knowledge in functional materials chemistry, such as solid state of chemistry, energy band structure, and surface/interface nano structures, which are essential for the research and development functional materials.

· 26/Jul/2016 - 29/Jul/2016

· Graduate Level

· Number of students: 50

· English

· Graduate School of Chemical Sciences and Engineering

35. LEADING AND ADVANCED MOLECULAR CHEMISTRY AND ENGINEERING I （DEVELOPMENT OF NEW ORGANIC REACTIONS FOR CHEMICAL BIOLOGY）

This subject deals primarily with the advanced knowledge to understand the synthetic strategy of the various organic molecules for investigation of chemical biology.

· 13/Jul/2016 - 20/Jul/2016

· Graduate Level

· Number of students: 50

· English

· Graduate School of Chemical Sciences and Engineering

36. LEADING AND ADVANCED MOLECULAR CHEMISTRY AND ENGINEERING II （STEP POLYMERIZATION: CONTROLLED SYNTHESIS OF FUNCTIONAL POLYMERS）

In this course, basic mechanism of step polymerization will be discussed, followed by in-depth discussion on how we extend our understanding of step polymerization to make condensation polymers in a controlled way.

· 28/Jun/2016 - 30/Jun/2016

· Graduate Level

· Number of students: 50

· English

· Graduate School of Chemical Sciences and Engineering

37. LEADING AND ADVANCED MOLECULAR CHEMISTRY AND ENGINEERING III （ORGANIC CHEMISTRY FOR ADVANCED MOLECULAR STRUCTURES）

This subject deals primarily with the advanced knowledge to understand the synthetic strategy of the various organic molecules including natural products, organic materials.

· 10/Jun/2016 - 21/Jun/2016

· Graduate Level

· Number of students: 50

· English

· Graduate School of Chemical Sciences and Engineering

38. LIFE SCIENCE SPECIAL LECTURE III （ADVANCED LIGHT MICROSCOPE IN LIFE SCIENCE RESEARCH）

This course is on advanced fluorescence microscopy imaging and spectroscopy techniques for quantitative study of molecular transport and interactions in live cells by using Fluorescence Correlation Spectroscopy and Fluorescence Cross Correlation Spectroscopy

· 25/Jul/2016 - 29/Jul/2016

· Graduate Level

· Number of students: 46

· English

· Graduate school of science

39. LIFE SCIENCE SPECIAL LECTURE III （PRACTICAL BIOIMAGING WORKSHOP FOR INTERNATIONAL LIFE SCIENCE）

The course is on mainly laboratory sessions, discussion sessions and a project work for understanding basic and advance techniques of FCS and FCCS. Participants are encouraged to have lecture session of advanced microscopy course.

· 25/Jul/2016 - 29/Jul/2016

· Graduate Level

· 14

· English

· Graduate school of science

40. LOGIC: INTRODUCTION TO LOGIC

Students will be guided into the realm of contemporary logic （especially, propositional logic, first order logic, and modal logic）, and learn what formulas, truth, validity, inferences, proofs, soundness, and completeness are.
No prior knowledge of logic is assumed.

· 25/Jul/2016 - 29/Jul/2016

· Graduate Level

· Number of students: 10

· English

· Graduate School of Letters