1. Introduction to Integrative Bioscience

2015/05/14　13:30−15:30
Subject：No.1 Introduction of the educational program for Integrative bioscience
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Yamate campus, building 3, 9F Seminar room B　
2015/05/21　13:30−15:30
Subject：No.2 Development of novel technology 1. Principles of developing fluorescent probes and their application
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Yamate campus, building 3, 9F Seminar room B　 　
2015/05/28　13:30−15:30
Subject：No.3. I. Driving force for development of Biology 3-3）Principle and application of mass spectrometry to Identify molecules in trace amounts. II. Characteristics of contemporary life science 1.Elucidation of genetic (or molecular) pathways. 2-1) Genomics,
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Okazaki　Yamate campus, building 3, 9F Seminar room B　
2015/06/04　13:30−15:30
Subject：No.4 Characteristics of contemporary bioscience 2~From Multi-omics, the methodology and its application of Metagenomics, Epigenomics, Transcriptomics and Peptidomics will be covered.
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Yamate campus, building 3, 9F Seminar room B　
2015/06/11　13:30−15:30
Subject：Characteristics of contemporary bioscience 3.Proteomics：First, the basic method for proteomics, peptide mass fingerprinting will be explained then comes the brief coverage of proteomics subprojects(Interactomics,Phosphoproteomics,etc.)
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Okazaki　Yamate campus, building 3, 9F Seminar room B　
2015/06/18　13:30−15:30
Subject：No.6～ Characteristics of contemporary bioscience 4. Metabolomics and glycomics, their methodology and application
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Okazaki　Yamate campus, building 3, 9F Seminar room B　
2015/06/25　13:30−15:30
Subject：What is Integrative Bioscience?1.A classic example of networking:Gene regulatory network. 2.Systems biology as an integrative form of multi-omics, Its examples. 3.New trends of systems biology. 4.Integrative Bioscience=Systems Biology+new bioscience
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Okazaki　Yamate campus, building 3, 9F Seminar room B　
2015/07/02　13:30−15:30
Subject： No. 8. IV. Prospects of Integrative Bioscience. Four examples are chosen and their prospects will be discussed.At the end the “Report subject” will be given.
Date & Time：Introduction to Integrative Baioscience：Toshitaka Fujisawa
Place：Okazaki　Yamate campus, building 3, 9F Seminar room B