The 96th Annual Meeting of The Chemical Society of Japan

Date: March 24th - 27th, 2016

Venue: Doshisha University, Kyoto, Japan

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Rooms Sessions
Room S1
Keidokan Building 104		 [Luminescence Chemistry Ensemble: Innovations in Scientific Principle, Intellectual Property, and Human Resource Development]
[Invitation to the life science controlled by reactive oxygen species & free radicals]
[The Chemical Record Lecture 2016]
[Special Lecture]
[Activities of women and men for a society of great diversity]
[CSJ Commentary Forum: Future Issues of Human Resources Development]
[What is expected Activities in Corporate Research?(Group Discussion)]
Room S2
Keidokan Building 106		 [A New Paradigm for “MONODZUKURI”: Initiated with Innovative Synthetic Transformations]
[CO2 Recycling in Biomolecular Chemistry: Toward Interdisciplinary Blending Native and Artificial Photosynthetic Researches]
[Current trends on "organ on a chip" and possible contribution to bimolecular science]
[Controlled Supramolecular Polymerization: Examples and Hints]
[Recent Advances in Single-Molecule Science toward Single-Molecule Technologies]
Room S3
Keidokan Building 201		 [CSJ Award Presentation]
[President Lecture / Ceremony]
[Concert 2016]
Room S4
Keidokan Building 202		 [Creation of precise organic synthesis and functional materials based on molecular space]
[SPring-8 Symposium on XAFS—Fundamental Guidance and Applications]
[Brush up your English ability for attractive presentations and abstracts]
[Japan-US joint symposium " Nanocarbon Minisymposium in Honor of ACS President Donna Nelson"]
[Coordination Asymmetry: New Frontiers of Materials Science based on Asymmetric Molecular Design and Anisotropic Integration]
[New trend of functional materials design based on microscopic molecular motions]
[Topology/Geometry-driven Electron Systems toward New Horizon of Functional Materials]
Room S5
Keidokan Building 203		 [The next generation of medical and veterinary technology-collaboration of medical, medicinal, and veterinary science and engineering]
[How much do we know about self-assembly mechanism: From amyloid to artificial systems]
[Reaxys Prize Club Symposium in Japan 2016]
[10th Chemical Heritage Public Lecture]
[23rd Chemical education forum]
[Functional materials and devices open up new bioanalyses]
[Chemical Approaches for Integrated Single Cell Analysis]
Room S6
Keidokan Building 204		 [The Prospects for Photofunctional Soft Crystals]
[Molecular Self-Assembly for the Future]
[Hyper-nano-space technology Symposium  CREST＆PRESTO(JST)]
[Elements Strategy for the Future Materials]
[Scope for molecular information systems with molecular spin]
[Development of cooperative photoresponsive molecular system]
Room S7
Keidokan Building 301		 [Emerging Areas in Chemical Biology - Innovation in life science powered by instrumental analysis]
[The Nakanishi Symposium on Natural Products and Bioorganic Chemistry 2016]
[Future prospect for renewable energy: Spiraling-up development of solar cell and artificial photosynthesis]
[CSJ Public Lecture]
[Effective Synthesis of Bio-functional Middle-size Molecules by Reaction Integration]
[Element-Block Materials as Innovative Chemical Technology for Vivid Future of Japan]
Room S8
Keidokan Building 302		 [New prospects created by Molecular design and Molecular technology]
[CSJ Journal Forum "Let's take advantage of the CSJ Journals for your research!"]
[Creating the Future Vision by Organocatalysts]
[Forefront and future of low-dimensional inorganic/polymer nanocomposites materials with advanced functions and novel structures]
[Science of movable molecules realizing new functions]
Room S9
Chishinkan1 Building 222		 [Molecular Science for Complex Systems: Approach to Novel Functional Design]
Room SA
Chishinkan3 Building 117		 [6th Artificial Photosynthesis Forum]
Room A1
Chishinkan1 Building 101		 [Education and History of Chemistry]
Room A2
Chishinkan1 Building 102		 [Resources Utilization Chemistry]
[Environmental and Green Chemistry]
Room A3
Chishinkan1 Building 103		 [Energy and Related Chemistry, Geo and Space Chemistry]
Room A4
Chishinkan1 Building 105		 [Chemical Biology]
Room B1
Chishinkan1 Building 110		 [Catalysts and Catalysis]
Room B2
Chishinkan1 Building 113		 [Catalysts and Catalysis]
Room B3
Chishinkan1 Building 114		 [Analytical Chemistry]
Room B4
Chishinkan1 Building 115		 [Theoretical Chemistry, Chemoinformatics, and Computational Chemistry]
Room B5
Chishinkan1 Building 119		 [Polymer]
Room B6
Chishinkan1 Building 120		 [Polymer]
Room B7
Chishinkan1 Building 121		 [Colloid and Interface Chemistry]
Room B8
Chishinkan1 Building 122		 [Colloid and Interface Chemistry]
Room C1
Chishinkan1 Building 124		 [Natural Products Chemistry]
Room C2
Chishinkan1 Building 125		 [Natural Products Chemistry]
Room C3
Chishinkan1 Building 126		 [Biofunctional Chemistry ; Biotechnology]
Room C4
Chishinkan1 Building 131		 [Biofunctional Chemistry ; Biotechnology]
Room C5
Chishinkan1 Building 132		 [Biofunctional Chemistry ; Biotechnology]
Room D1
Chishinkan1 Building 210		 [Materials Chemistry]
Room D2
Chishinkan1 Building 211		 [Functions of Materials]
[Asian International Symposium -Advanced Nanotechnology-]
Room D3
Chishinkan1 Building 212		 [Functions of Materials]
Room D4
Chishinkan1 Building 213		 [Applications of Materials]
Room D5
Chishinkan1 Building 214		 [Inorganic Chemistry]
Room D6
Chishinkan1 Building 215		 [Coordination Chemistry, Organometallic Chemistry]
Room E1
Chishinkan1 Building 216		 [Coordination Chemistry, Organometallic Chemistry]
[Asian International Symposium -Coordination Chemistry, Organometallic Chemistry-]
Room E2
Chishinkan1 Building 217		 [Coordination Chemistry, Organometallic Chemistry]
Room E3
Chishinkan1 Building 218		 [Physical Chemistry -Chemical Kinetics and Dynamics-]
[Asian International Symposium -Photochemistry-]
Room E4
Chishinkan1 Building 219		 [Physical Chemistry -Properties-]
Room E5
Chishinkan1 Building 220		 [Coordination Chemistry, Organometallic Chemistry]
Room E6
Chishinkan1 Building 221		 [Physical Chemistry -Structure-]
[International Symposium on Molecular Science - Physical Chemistry / Theoretical Chemistry, Chemoinformatics, Computational Chemistry - Cosponsored by Japan Society for Molecular Science]
Room E7
Chishinkan1 Building 222		 [Organic Crystals]
Room F1
Chishinkan3 Building 101		 [Physical Organic Chemistry Structures and Properties]
Room F2
Chishinkan3 Building 102		 [Physical Organic Chemistry Structures and Properties]
Room F3
Chishinkan3 Building 103		 [Physical Organic Chemistry Structures and Properties]
Room F4
Chishinkan3 Building 104		 [Physical Organic Chemistry Structures and Properties]
Room F5
Chishinkan3 Building 105		 [Physical Organic Chemistry Reaction Mechanism]
Room F6
Chishinkan3 Building 106		 [Organic Chemistry -Reaction and Synthesis- Heterocyclic Compounds]
Room F7
Chishinkan3 Building 107		 [Organic Chemistry -Reaction and Synthesis- Heteroatom Compounds]
Room G1
Chishinkan3 Building 114		 [Topical Technology - New Materials Holding the Key to the Practical Use]
Room G2
Chishinkan3 Building 115		 [Challenge for the emerging issues with new biotechnologies]
Room H1
Chishinkan3 Building 201		 [Organic Chemistry -Reaction and Synthesis- Aliphatic and Alicyclic Compounds]
Room H2
Chishinkan3 Building 202		 [Organic Chemistry -Reaction and Synthesis- Aliphatic and Alicyclic Compounds]
Room H3
Chishinkan3 Building 203		 [Organic Chemistry -Reaction and Synthesis- High-Throughput Synthesis]
Room H4
Chishinkan3 Building 204		 [Organic Chemistry -Reaction and Synthesis- Aromatic Compounds]
Room H5
Chishinkan3 Building 205		 [Organic Chemistry -Reaction and Synthesis- Organic Photochemistry]
Room H6
Chishinkan3 Building 206		 [Organic Chemistry -Reaction and Synthesis- Organic Electron Transfer Chemistry]
Room H7
Chishinkan3 Building 207		 [Organic Chemistry -Reaction and Synthesis- Organometallic Compounds]
Room J1
Chishinkan3 Building 210		 [Organic Chemistry -Reaction and Synthesis- Organometallic Compounds]
Room J2
Chishinkan3 Building 213		 [Organic Chemistry -Reaction and Synthesis- Organometallic Compounds]
Room J3
Chishinkan3 Building 214		 [Resource, Next Generation Energy and Environment]
Room J4
Chishinkan3 Building 215		 [Resource, Next Generation Energy and Environment]
Room P
Davis Memorial Auditorium		 [Education and History of Chemistry]
[Physical Organic Chemistry Reaction Mechanism]
[Organic Chemistry -Reaction and Synthesis- Organic Electron Transfer Chemistry]
[Organic Chemistry -Reaction and Synthesis- High-Throughput Synthesis]
[Analytical Chemistry]
[Energy]
[Resources/Environment/GSC(Green Sustainable Chemistry)]
[New Materials]
[Electro-Communications/Electronics]
[Medical Care/Health Care/Biotechnology]
[Physical Chemistry -Structure-]
[Physical Chemistry -Properties-]
[Physical Chemistry -Chemical Kinetics and Dynamics-]
[Materials Chemistry]
[Functions of Materials]
[Applications of Materials]
[Inorganic Chemistry]
[Organic Chemistry -Reaction and Synthesis- Aromatic Compounds]
[Catalysts and Catalysis]
[Resources Utilization Chemistry]
[Energy and Related Chemistry, Geo and Space Chemistry]
[Environmental and Green Chemistry]
[Theoretical Chemistry, Chemoinformatics, and Computational Chemistry]
[Coordination Chemistry, Organometallic Chemistry]
[Biofunctional Chemistry ; Biotechnology]
[Organic Crystals]
[Physical Organic Chemistry Structures and Properties]
[Organic Chemistry -Reaction and Synthesis- Heterocyclic Compounds]
[Organic Chemistry -Reaction and Synthesis- Organic Photochemistry]
[Natural Products Chemistry]
[Chemical Biology]
[Organic Chemistry -Reaction and Synthesis- Aliphatic and Alicyclic Compounds]
[Organic Chemistry -Reaction and Synthesis- Heteroatom Compounds]
[Organic Chemistry -Reaction and Synthesis- Organometallic Compounds]
[Polymer]
[Colloid and Interface Chemistry]

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