1

94

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S1

330

131014004S1-01 21 13:1014:00

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150015504S1-03 15:0015:50

155016404S1-04 15:5016:40

S2

327

110012001S2-01 4711:0012:00

327 13001400

1S2-02 13:0014:00

143015301S2-03 14:3015:30

328

13401520

329

130014003S2-01 13:0014:00

143015303S2-02 14:3015:30

S3 1 121

327

133014301S3-01 13:3014:00

1S3-02 14:0014:30

143015301S3-03 QM/MM14:3015:00

1S3-04 15:0015:30

160017301S3-05 16:0016:30

1S3-06 --16:3017:00

1S3-07 17:0017:30

S4 1 131

327

133013351S4-01 13:3013:35

133515101S4-02 13:3514:10

1S4-03 14:1014:45

1S4-04 14:4515:10

152017051S4-05 15:2015:55

1S4-06 15:5516:30

1S4-07 16:3017:05

2

S5 1

- II

327

900 10201S5-01 09:0009:05

1S5-02 FIBER09:0509:30

1S5-03 JST 09:3009:55

1S5-04 RNA09:5510:20

102011201S5-05 10:2010:50

1S5-06 10:5011:20

112012301S5-07 11:2011:50

1S5-08 In Vivo JSTCREST11:5012:20

1S5-09 12:2012:30

2014

327

13301730

329

900 1210

329

13301730

330

133013554S5-01 13:3013:35

4S5-02 13:3513:55

135514454S5-03 Exciting New Enzymes From Fungal BiosyntheticPathwaysUin. of California, Los AngelesYI, Tang13:5514:25

4S5-04 14:2514:45

144515354S5-05 Semi-synthetic artemisinin: Using synthetic biologyto increase the supply of a crucial antimalarial drugAmyris, Inc.MICHAEL, Leavell14:4515:15

4S5-06 15:1515:35

153516154S5-07 15:3515:55

4S5-08 15:5516:15

S6 2

- 2014-

327

930 940 1S6-01 09:3009:40

940 10301S6-02 JASRI 09:4010:00

1S6-03 10010:0010:30

103011301S6-04 10:3011:00

1S6-05 11:0011:30

113012001S6-06 BiNiO3 11:3012:00

327

133015001S6-07 13:3013:40

1S6-08 13:4014:00

1S6-09 14:0014:20

1S6-10 14:2014:40

1S6-11 Pillar[n]arene14:4015:00

151016301S6-12 15:1015:30

1S6-13 ALCA, JST 15:3015:50

1S6-14 Photochemical Organocatalytic ReactionsICIQ,Institute of Chemical Research of Catalonia, SpainMELCHIORRE, Paolo15:5016:30

328

900 1110

The Chemical Record Lecture 2014

328

15301620

3

8

329

13301715

330

930 10304S6-01 09:3009:35

4S6-02 09:3510:00

4S6-03 10:0010:15

4S6-04 10:1510:30

104012304S6-05 10:4010:55

4S6-06 10:5511:10

4S6-07 11:1011:25

4S6-08 CREST11:3511:50

4S6-09 11:5012:05

4S6-10 12:0512:30

330

133013354S6-11 13:3013:35

133514004S6-12 13:3514:00

140014254S6-13 14:0014:25

142514504S6-14 14:2514:50

145015154S6-15 JST14:5015:15

151515404S6-16 15:1515:40

154016054S6-17 EL15:4016:05

160516304S6-18 OLED OPERA 16:0516:30

S7

JST

327

930 12101S7-01 Opnening RemarksTokyo Metoro. Univ.INOUE, Haruo09:3009:40

1S7-02 Activating solar energy fuctions in perovskite-type metal oxidesCALTECHYAMAZAKI, Yoshihiro09:4010:10

1S7-03 In situ characterization of photo energy conversion processes at solid/liquid interfacesNIMSNOGUCHI, Hidenori10:1010:40

1S7-04 Metal Binding by Organic Dyes under Chemical and PhotochemicalControlInst. Mol .Sci.MURAHASHI, Tetsuro10:4011:10

1S7-05 Development of Light-energy and Molecular Material ConversionCatalysts Constructed inside a Cage-type MoleculeOsaka Univ.FUNAHASHI, Yasuhiro11:1011:40

1S7-06 Creation of highly ecient water-splitting photocatalysts through thecontrol of surface band structureTokyo Inst.Tech.MAEDA, Kazuhiko11:4012:10

32713201800

1S7-07 Articial Photosynthesis Water Oxidation Is The KeyRoyal Institute of Tech. (KTH, SwedenSUN, Licheng13:2014:10

1S7-08 Development of highly ecient water oxidation catalysts usingpolyoxometalatesHiroshima Univ.SADAKAE, Masahiro14:1014:40

1S7-09 Optical Trapping and Photochemical Reactions/Energy Conversion ata Plasmonic Nano-AntennaOsaka City Univ.TSUBOI, Yasuyuki14:4015:10

1S7-10 Elucidation of regulatory mechanisms of photochemical reaction inphotosynthesis to create stable molecular devicesKyoto Univ.IFUKU,Kentaro15:2515:55

1S7-11 Elucidation of molecular mechanisms of highly ecient energyconversion and water oxidation by photosynthesis Ehime Univ.SUGIURA, Miwa15:5516:25

1S7-12 Articial metabolic processes powered by photosynthesisKanagawaUniv.NAGASHIMA, kenji V.P.16:2516:55

1S7-13 Multimodal spectral microscope for understanding chloroplast activityand overall cellular physiology in oil-producing algaeKyoto Univ.KUMAZAKI, Shigeichi16:5517:25

1S7-14 Super-resolution uorescence microscopy of biomineralization indiatomsYamagata Univ.HOTTA, Jun-ichi17:2517:55

1S7-15 Closing RemarksJST17:5518:00

328

133013402S7-01 13:3013:40

134015252S7-02 13:4014:15

2S7-03 14:1514:50

2S7-04 14:5015:25

153517202S7-05 15:3516:10

2S7-06 16:1016:45

2S7-07 --16:4517:20

4

S8 3

327

930 940 1S8-01 09:3009:40

940 10101S8-02 JST-ERATO 09:4010:10

101010401S8-03 10:1010:40

104011001S8-04 10:4011:00

111011301S8-05 palauamine11:1011:30

113012001S8-06 11:3012:00

120012301S8-07 ET743 12:0012:30

327

133014101S8-08 NIH 13:3013:35

1S8-09 13:3514:10

141014451S8-10 --14:1014:45

144515201S8-11 PET14:4515:20

152015551S8-12 15:2015:55

155516301S8-13 15:5516:25

1S8-14 16:2516:30

328

100010502S8-01 Visible light photoredox catalysis as key stepfor organic synthesisUniv. RegensburgOLIVER, Reiser10:0010:50

110011502S8-02 Photosynthetic membrane architecture investi-gated by mass spectrometric analysisWashington University in St. LouisBLANKENSHIP, Robert E.11:0011:50

328

133014452S8-03 5 CS3 13:3013:45

2S8-04 FLEC13:4514:15

2S8-05 !14:1514:45

144515452S8-06 (Mg,Li)14:4515:15

2S8-07 15:1515:45

154517152S8-08 CEMS15:4516:15

2S8-09 16:1516:45

2S8-10 16:4517:15

21

329

13301700

330

930 10354S8-01 09:3009:35

4S8-02 09:3509:55

4S8-03 -09:5510:15

4S8-04 WPI-ITbMJST-ERATO10:1510:35

103511254S8-05 G10:3510:50

4S8-06 WPI-ITbM10:5011:10

4S8-07 11:1011:25

112512154S8-08 11:2511:40

4S8-09 11:4011:55

4S8-10 11:5512:10

4S8-11 12:1012:15

330

133015104S8-12 13:3013:35

4S8-13 MANA 13:3514:10

4S8-14 14:1014:40

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5

152016304S8-16 15:2015:50

4S8-17 JST CREST15:5016:25

4S8-18 16:2516:30

S9 1

327

930 11151S9-01 09:3009:35

1S9-02 09:3510:00

1S9-03 10:0010:25

1S9-04 10:2510:50

1S9-05 10:5011:15

111512301S9-06 11:1511:40

1S9-07 JST11:4012:05

1S9-08 12:0512:25

1S9-09 JST12:2512:30

327

133014251S9-10 13:3013:35

1S9-11 13:3514:00

1S9-12 JST 14:0014:25

142515251S9-13 14:2514:55

1S9-14 14:5515:25

152516301S9-15 15:2515:55

1S9-16 LEDJST/ERATO 15:5516:25

1S9-17 JST 16:2516:30

328

133015202S9-01 13:3013:40

2S9-02 13:4014:05

2S9-03 JST CREST14:0514:30

2S9-04 14:3014:55

2S9-05 14:5515:20

152016452S9-06 15:2015:45

2S9-07 -JST-CREST15:4516:10

2S9-08 JST CREST16:1016:35

2S9-09 16:3516:45

329

13001700

X

330

930 12304S9-01 09:3009:35

4S9-02 X09:3510:05

4S9-03 X 10:0510:30

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4S9-05 CREST10:5011:10

4S9-06 X11:1011:30

4S9-07 X 11:3011:50

4S9-08 X11:5012:10

4S9-09 X 12:1012:30

330

133014304S9-10 13:3013:50

4S9-11 13:5014:10

4S9-12 14:1014:30

143015304S9-13 14:3014:50

4S9-14 14:5015:10

4S9-15 15:1015:30

153016304S9-16 15:3015:50

4S9-17 15:5016:10

4S9-18 Ge=Ge[2]16:1016:30

6

SA 2

327

930 12301SA-01 09:3009:50

1SA-02 - 09:5010:20

1SA-03 10:2010:50

1SA-04 11:0011:30

1SA-05 11:3012:00

1SA-06 SiWPI-MANAJST12:0012:30

327

133014351SA-07 13:3013:35

1SA-08 13:3514:05

1SA-09 PET14:0514:35

143515351SA-10 14:3515:05

1SA-11 15:0515:35

153516051SA-12 iPS15:3516:05

160516351SA-13 16:0516:35

Reaxys Prize Club in Japan 2014

328

14001700

14 2

329

13151730

330

930 11104SA-01 1 2 309:3009:55

4SA-02

09:5510:204SA-03 10:2010:45

4SA-04 10:4511:10

111012304SA-05 Si""NTT 11:1011:35

4SA-06 11:3512:00

4SA-07 12:0012:25

4SA-08 12 : 2512:30

330

133014504SA-09 13:3013:50

4SA-10 13:5014:10

4SA-11 JST 14:1014:30

4SA-12 14:3014:50

151016304SA-13 Kim 15:1015:30

4SA-14 15:3015:50

4SA-15 1 15:5016:10

4SA-16 16:1016:30

SB S21

329

13301740

7

(ATP)

F4 S10

327

130013101F4-25 13:0013:10

131016501F4-26 13:1013:40

1F4-29 Unstructured/Structured Interaction13:4014:10

1F4-32 HGF14:1014:40

1F4-35 14:4015:001F4-37 15:0015:30

1F4-40 15:3016:00

1F4-43 Phoenix Venture Partners (PVP)16:0016:30

1F4-46 16:3016:50

328

920 11002F4-03 09:2009:30

2F4-04 (FCEV)09:3010:20

2F4-09 45 PEFC10:2010:50

2F4-12 10:5011:00

110012102F4-13 11:0011:40

2F4-17 PEFC 11:4012:10

328 13101520

2F4-26 13:1014:00

2F4-31 14:0014:40

2F4-35 I2CNER14:4015:10

2F4-38 15:1015:20

152017202F4-39 Bloom EnergyJapan15:2016:00

2F4-43 16:0016:40

2F4-47 16:4017:20

329

130013103F4-25 13:0013:10

131014503F4-26 13:1014:00

3F4-31 14:0014:40

3F4-35 14:4014:50

145016103F4-36 14:5015:30

3F4-40 JST-CREST15:3016:10

161017003F4-44 16:1016:40

3F4-47 16:4017:00

F5 S11

327

900 10401F5-01 WPI-AIMR09:0009:101F5-02 LIXIL09:1009:40

1F5-05 09:4010:10

1F5-08 VOIGT Dagmar10:1010:40

104012201F5-11 10:4011:10

1F5-14 11:1011:40

1F5-17 11:4012:20

327 12501410

1F5-24 12:5013:40

1F5-29 TRIZ 13:4014:10

141015401F5-32 14:1014:40

1F5-35 RGB14:4015:10

8

1F5-38 15:1015:40

154017201F5-41 15:4016:10

1F5-44 R&D 16:1016:40

1F5-47 16:4017:20

328

101010202F5-08 10:1010:20

102012002F5-09 10:2011:10

2F5-14 11:1011:202F5-15 GSC11:2012:00

328 13001410

2F5-25 13:0013:30

2F5-28 13:3014:00

2F5-31 14:0014:10

141015302F5-32 14:1014:50

2F5-36 14:5015:20

2F5-39 15:2015:30

153016002F5-40 ( )15:3016:00

160016102F5-43 16:0016:10

329

130013103F5-25 13:0013:10

131014203F5-26 PE PET 13:1013:50

3F5-30 GP13:5014:20

142015403F5-33 14:2014:50

3F5-36 14:5015:003F5-37 QMONOS15:0015:40

154017003F5-41 15:4016:10

3F5-44 PET16:1016:50

3F5-48 16:5017:00

G6 S20

327

133015301G6-28 13:3013:401G6-29 13:4014:30

1G6-34 14:3014:401G6-35 14:4015:20

1G6-39 15:2015:30

153017101G6-40 CNT 15:3016:10

1G6-44 16:1016:201G6-45 16:2017:00

1G6-49 17:0017:10

328

930 940 2G6-04 JX09:3009:40

940 12002G6-05 09:4010:30

2G6-10 10:3010:402G6-11 10:4011:20

2G6-15 11:2012:00

328 13001550

2G6-25 5-13:0013:40

2G6-29 13:4014:20

2G6-33 14:2014:302G6-34 ACT-C 14:3015:10

2G6-38 15:1015:50

329

920 12103G6-03 09:2009:303G6-04 09:3010:20

3G6-09 10:2010:30

9

3G6-10 JST/ACT-C10:3011:10

3G6-14 11:1011:203G6-15 11:2012:00

3G6-19 12:0012:10

329 13101450

3G6-26 I2CNER : Powering the Future, InternationalizingResearchI2CNER, Kyushu Univ.SOFRONIS, Petros13:1014:00

3G6-31 Incubation Time14:0014:103G6-32 14:1014:40

3G6-35 14:4014:50

150016403G6-37 15:0015:40

3G6-41 15:4015:503G6-42 Lignocellulose 15:5016:30

3G6-46 16:3016:40

G7 S21

327

122015001G7-21 12:2013:10

1G7-26 13:1013:40

1G7-29 - -13:4014:20

1G7-33 14:2014:50

1G7-36 14:5015:00

150017201G7-37 15:0015:40

1G7-41

15:4016:201G7-45 16:2016:50

1G7-48 16:5017:20

H5 S30

327

100010101H5-07 FLEC10:0010:10

101012101H5-08 10:1011:00

1H5-13 Li11:0011:40

1H5-17 11:4012:10

327 13101450

1H5-26 13:1013:50

1H5-30 FLEC 13:5014:20

1H5-33 JST/ERATO14:2014:50

151016501H5-38 Development of Taste Sensing SystemFac. Sci. Tech.,Keio Univ.CITTERIO, Daniel; SUZUKI, Koji15:1015:50

1H5-42 JSRJSR 15:5016:20

1H5-45 NVRAM16:2016:50

328 900 1200

2H5-01 09:0009:40

2H5-05 09:4010:10

2H5-09 10:2011:00

10

2H5-13 TFT 11:0011:30

2H5-16 EL11:3012:00

328

130013102H5-25 13:0013:10

131015102H5-26 13:1014:00

2H5-31 14:0014:30

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153017102H5-40 15:3016:10

2H5-44 16:1016:40

2H5-47 16:4017:10

329 920 1040

3H5-03 09:2010:00

3H5-07 10:0010:40

104012203H5-11 XJST10:4011:10

3H5-14 11:1011:50

3H5-18 11:5012:20

329 13301530

3H5-28 13:3014:20

3H5-33 14:2014:50

3H5-36 14:5015:30

155017303H5-42 15:5016:20

3H5-45 JST 16:2017:00

3H5-49 17:0017:30

330 10001230

4H5-07 CZTS 10:0010:40

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4H5-14 11:1011:50

4H5-18 11:5012:30

P

32712301400

1PB-201

1PB-202

1PB-203 NEC

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1PB-207 CO2

1PB-208

1PB-209

1PB-210

1PB-211

1PB-212 GaN LED

1PB-213

1PB-214

1PB-215

1PB-216

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1PB-218 D-A

1PB-219

1PB-220

1PB-221

1PB-222

11

1PB-223 FLEC

1PB-224 BNCT BNCT

1PB-225 BNCT

1PB-226 -1,3-

1PB-227 JVCJVC

1PB-228

1PB-229 in vivo

1PB-230 Rational design of spirocyclic rhodamine derivatives for multi-colorcancer imagingGrad. Sch. Med., The Univ. of Tokyo; Grad. Sch. Pharm.,The Univ. of Tokyo; JST Basic Research ProgramIWATATE, Ryu john;KAMIYA, Mako; URANO, Yasuteru

1PB-231

1PB-232 1-acetoxychavicol acetate (ACA)

1PB-233

1PB-234

1PB-235 IER5/Cdc25B

1PB-236 HasA

1PB-237

1PB-238 Design and synthesis of antimalarial agents with indoloquinolonecoresGrad. Sch. Nat. Sci. Technol., Okayama Univ.WANG, Ning; LU,Wen-jie; HAYASHI, Ikuya; KAWAFUCHI, Hiroyuki; INOKUCHI,

Tsutomu

1PB-239 Network structures in polysaccharide gels and its eect onswallowingGrad. Sch. Marine Sci. and Technol., Tokyo Univ. of MarineSci. and Technol.MATSUKAWA, Shingo; BRENNER, Tom; SHIMADA,Ryota

1PB-240

1PB-241

1PB-242

1PB-243 TIMP

32715001630

1PC-201 JST ,C R E S T MUCKERMAN James T.

1PC-202 SPS

1PC-203

1PC-204 CaMn2O4*xH2O

1PC-205

1PC-206

1PC-207

1PC-208 GaN-Si

1PC-209 CO2

1PC-210 Block Copolymer-Mediated Transfer Printing of Nanostructures:Application in Solar CellsAIST Renewable Energy Research CenterMIZUNO, Hidenori; SAI, Hitoshi; MATSUBARA, Koji; KONDO, Michio

1PC-211

1PC-212

1PC-213 JST

1PC-214

1PC-215 JST CREST

1PC-216

1PC-217 JST CREST

1PC-218 Cs

1PC-219

1PC-220

1PC-221

1PC-222 5cm

1PC-223 WANGWanhuiMUCKERMAN James T.

1PC-224 Y/N

1PC-225

1PC-226

1PC-227

1PC-228

GSC1PC-229

1PC-230

1PC-231

1PC-232

1PC-233

12

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1PC-235 /JST CRESTUYANIK Muhammet

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1PC-237 --

1PC-238

1PC-239 Boronic Acid-DMAP(O) Cooperative Catalysis for DehydrativeCondensation between Carboxylic Acids and AminesGrad. Sch. Eng.,Nagoya Univ.LU, Yanhui; ISHIHARA, Kazuaki

1PC-240 -

1PC-241

1PC-242 Optical properties of confeito-like Au nanoparticles and theirapplicationsNational Univerisity of Science and TechnologyUJIHARA,Masaki; IMAE, Toyoko

1PC-243

1PC-244

1PC-245 PEG

1PC-246

1PC-247

1PC-248

1PC-249

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1PC-251

1PC-252

1PC-253

1PC-254

1PC-255

1PC-256

1PC-257

13

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327

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1A1-171A1-13 5,10-[5]

1A1-14 [33](1,3,5) Si-Si Aung

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1A1-16 1,2-, 1,3- 2-

1A1-17* Synthesis and Photochemical Reactivity of Caged-compounds withNovel Stilbene-based Two-photon ChromophoreGrad. Sch. Sci., HiroshimaUniv.BOINAPALLY, Srikanth; ABE, Manabu

327 13101410

PC 130013101A1-26, 1A1-29, 1A1-301A1-26

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1A1-38 2,6-

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1A1-40 (9-)()

1A1-41 DNA ATS

1A1-42 DNA

1A1-43

1A1-44 -5 PEG-

1A1-45

16401730 PC 163016401A1-47, 1A1-48, 1A1-49, 1A1-50,

1A1-511A1-47

1A1-48

1A1-49

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1A1-51 REMELLO SebastianNybin

328 950 1050

PC 9409502A1-06, 2A1-07, 2A1-08, 2A1-09,2A1-10

2A1-06

2A1-07

2A1-08 Kuttassery FazalurahmanMathew Siby

2A1-09 ALCA, JST

2A1-10* Re CO2XAFS

11001200 PC 105011002A1-13, 2A1-14, 2A1-15, 2A1-16,

2A1-17, 2A1-182A1-13

2A1-14

2A1-15 (III)

2A1-16

2A1-17 Viviani Vadim

2A1-18

328 13101410

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327

920 1010 PC 9109201A2-03, 1A2-04, 1A2-05, 1A2-06,

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1A2-05 --

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10201100 PC 101010201A2-09, 1A2-10, 1A2-11, 1A2-121A2-09 [2+2]

1A2-10 Regioselective synthesis of 1,4-bisfunctionalized fullerenes via NBS-promoted oxidation of fullerene monoradicalWPI-AIMR, Tohoku Univ.SI, Weili; ASAO, Naoki; YAMAMOTO, Yoshinori; JIN, Tienan

1A2-11 [5] INCS

1A2-12 INCS

11101150 PC 110011101A2-14, 1A2-15, 1A2-16, 1A2-171A2-14

1A2-15

1A2-16 [2+2+2]S

1A2-17 Iterative Suzuki-Miyaura Coupling for Oligo(naphthalene-2,3-diyl)swith a Chiral Terminal Boronyl Group: Synthesis and Control of the Chiral

ConformationGrad. Sch. Eng., Kyoto Univ.ISHIBASHI, Aoi;YAMAMOTO, Takeshi; SUGINOME, Michinori

327 13001400

PC 125013001A2-251A2-25

14101500 PC 140014101A2-32, 1A2-33, 1A2-34, 1A2-351A2-32 Suzuki

1A2-33 Diels-Alder

1A2-34 E

1A2-35* 132

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1A2-40 C2v

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1A2-42 The synthesis of ethynylhelicene oligomers with gunidinium terminusGrad. Sch. Pharm. Sci., Tohoku Univ.SAITO, Nozomi; YAN, Liwei;YAMAGUCHI, Masahiko

16101650 PC 160016101A2-44, 1A2-45, 1A2-46, 1A2-471A2-44 N-(III

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1A2-52 p J STCREST

1A2-53

328 900 950

PC 8509002A2-01, 2A2-02, 2A2-03, 2A2-04,2A2-05

2A2-01

2A2-02

2A2-03

2A2-04

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15

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2A2-15

2A2-16 3

2A2-17 -Pictet-Spengler

328 13001350

PC 125013002A2-25, 2A2-26, 2A2-27, 2A2-282A2-25 1 Grignard

2A2-26 1

2A2-27 1

2A2-28* Oxidative Dimerization of (Hetero)aromatic Amines Utilizing tert-Butyl Hypoiodite Leading to (Hetero)aromatic Azo CompoundsGrad. Sch.Eng., Osaka Univ.OKUMURA, Sota; LIN, Chun-hsuan; TAKEDA,Youhei; MINAKATA, Satoshi

14001450 PC 135014002A2-31, 2A2-33, 2A2-34, 2A2-352A2-31* Ecient synthesis of multisubstituted benzofurans from phenols byextended Pummerer reactionGrad. Sch. Sci., Kyoto Univ.MURAKAMI,Kei; YORIMITSU, Hideki; OSUKA, Atsuhiro

2A2-33 defucogilvocarcin M

2A2-34

2A2-35 3,3,5,5-

15001550 PC 145015002A2-37, 2A2-38, 2A2-39, 2A2-40,

2A2-412A2-37 N-

2A2-38 BiAr3

2A2-39

2A2-40

2A2-41

16001650 PC 155016002A2-43, 2A2-44, 2A2-45, 2A2-46,

2A2-472A2-43

2A2-44

2A2-45 2

2A2-46

2A2-47 Birch

329 900 950

PC 8509003A2-01, 3A2-02, 3A2-03, 3A2-04,3A2-05

3A2-01 Selective hydrogenation of nitroarenes catalyzed by Pd-based alloy

nanoparticlesWPI-AIMR, Tohoku Univ.; Grad. Sch. Sci., Tohoku Univ.YANG, Lin; ZHAO, Ming; ASAO, Naoki

3A2-02

3A2-03

3A2-04 RC

3A2-05

10001040 PC 95010003A2-07, 3A2-08, 3A2-093A2-07

3A2-08

3A2-09*

10501130 PC 104010503A2-12, 3A2-14, 3A2-153A2-12* RCIS

3A2-14 RCIS

3A2-15 2-

A3 5

C

327

900 1000 PC 8509001A3-01, 1A3-02, 1A3-04, 1A3-05,

1A3-061A3-01

1A3-02*

1A3-04 [4+1]

1A3-05 [3+2]

1A3-06

10101110 PC 100010101A3-08, 1A3-09, 1A3-10, 1A3-12,

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1A3-09

1A3-10*

1A3-12 1,2,3-

1A3-13 ---

11201220 PC 111011201A3-15, 1A3-16, 1A3-18, 1A3-19,

1A3-201A3-15 1,6-

16

1A3-16* Reformatsky

1A3-18 -Michael

1A3-19 C-H

1A3-20

327 13301430

PC 132013301A3-28, 1A3-29, 1A3-30, 1A3-31,1A3-32, 1A3-33

1A3-28 2,3-[3+2]Arteaga Fernando ArteagaNGUYEN Tue Minh-Nhat

1A3-29

1A3-30

1A3-31 2- C2

1A3-32

1A3-33 N-

14401540 PC 143014401A3-35, 1A3-36, 1A3-37, 1A3-38,

1A3-39, 1A3-401A3-35

1A3-36 2-

1A3-37

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1A3-39

1A3-40 1,3--5-

15501650 PC 154015501A3-42, 1A3-43, 1A3-44, 1A3-45,

1A3-46, 1A3-471A3-42

1A3-43

1A3-44 PN

1A3-45 E/Z

1A3-46 1,4--1,2,3--5-

1A3-47 2--2- 6

17001740 PC 165017001A3-49, 1A3-50, 1A3-51, 1A3-521A3-49 8, 8-

1A3-50

1A3-51 Mn()

1A3-52 Mn(III)

17501830 PC 174017501A3-54, 1A3-55, 1A3-56, 1A3-57

1A3-54 ,-

1A3-55 1,3--1,3- 1,3-

1A3-56 N-

1A3-57

328 900 1000

PC 8509002A3-01, 2A3-02, 2A3-03, 2A3-04,2A3-06

2A3-01

2A3-02 N- 8 C-H

2A3-03

2A3-04* Asymmetric synthesis and catalytic activities of novel avinium saltsThe University of Toledo Department of ChemistryYAMAMOTO, Kana;ARIMITSU, Kenji; ALMALITI, Jehad

2A3-06

10101110 PC 100010102A3-08, 2A3-10, 2A3-11, 2A3-12,

2A3-132A3-08* SHi

2A3-10 Diels-Alder

2A3-11 8

2A3-12 Furoxan

2A3-13 - 2,3-

11201220 PC 111011202A3-15, 2A3-16, 2A3-17, 2A3-18,

2A3-19, 2A3-202A3-15

2A3-16

2A3-17 Diels-Alder

2A3-18 2--3,1--4- 2--3,1--4-

2A3-19

2A3-20 1,5-

328 13301430

PC 132013302A3-28, 2A3-29, 2A3-30, 2A3-31,2A3-32, 2A3-33

2A3-28 2

2A3-29 2,2--1,1- N-[c]

2A3-30

2A3-31

2A3-32 O- 2,3--[4+2]

17

2A3-33 1,3-

329 900 950

PC 8509003A3-01, 3A3-02, 3A3-03, 3A3-053A3-01 3

3A3-02 5-

3A3-03* Synthesis of 2-Aryl-5-nitropyridines by Three Component RingTransformation of 3,5-Dinitro-2-pyridoneKUTLE, Thi song;ASAHARA, Haruyasu; SUGIMOTO, Ryuichi; KOBIRO, Kazuya; SAIGO,

Kazuhiko; NISHIWAKI, Nagatoshi

3A3-05 N-

10001050 PC 95010003A3-07, 3A3-09, 3A3-10, 3A3-113A3-07* Regioselective Rapid Synthesis of Fully Substituted 1,2,3-TriazolesMediated by Propargyl CationsGrad. Sch. Mat. Sci., NAISTZHANG,Huan; TANIMOTO, Hiroki; KAKIUCHI, Kiyomi

3A3-09 N-

3A3-10 1,3,5-[1,5-a]

3A3-11 [1,5-a]

11001150 PC 105011003A3-13, 3A3-15, 3A3-16, 3A3-173A3-13* tert- C4h

3A3-15 1,3,4-

3A3-16

3A3-17

A

329

13101410 PC 130013103A3-26, 3A3-28, 3A3-30, 3A3-313A3-26* Synthesis and Characterization of Rotaxanes Possessing ThermallyDegradable CounteranionsGrad. Sch. Sci., Eng., Tokyo TechZHU, Nan;ABE, Yoko; NAKAZONO, Kazuko; TAKATA, Toshikazu

3A3-28*

3A3-30 NMRPhan Son Thanh

3A3-31

14201510 PC 141014203A3-33, 3A3-35, 3A3-36, 3A3-373A3-33* Novel cyclic amide oligomer containing pi-conjugated unit: Designand chiral characterizationNagoya Inst. of Tech. Grad. School of Eng.YAMAKADO, Ryohei; MATSUOKA, Sin-ichi; SUZUKI, Masato;

TAKAGI, Koji; MASU, Hyuma; TAKEUCHI, Daisuke; AZUMAYA, Isao

3A3-35 2-

3A3-36 9,10-

3A3-37

15201620 PC 151015203A3-39, 3A3-41, 3A3-42, 3A3-43,

3A3-443A3-39*

3A3-41 S X

3A3-42

3A3-43

3A3-44 JST CREST

330 900 1000

PC 8509004A3-01, 4A3-02, 4A3-03, 4A3-04,4A3-05, 4A3-06

4A3-01

4A3-02 MAURIZOTVictor HUC Ivan

4A3-03 4,8-

4A3-04

4A3-05

4A3-06 [6]Cycloparaphenylene

10101110 PC 100010104A3-08, 4A3-10, 4A3-11, 4A3-12,

4A3-134A3-08* Conformational Analysis of Single Peruoroalkyl Chains by Single-Molecule Real-Time Transmission Electron Microscopic ImagingGrad. Sch.Sci., The Univ. of Tokyo; NTRC, AISTHARANO, Koji; TAKENAGA,Shinya; OKADA, Satoshi; NIIMI, Yoshiko; YOSHIKAI, Naohiko; ISOBE,

Hiroyuki; SUENAGA, Kazu; KATAURA, Hiromichi; KOSHINO, Masanori;

NAKAMURA, Eiichi

4A3-10 CH/

4A3-11 X

4A3-12 JST CREST

4A3-13 XJST

11201200 PC 111011204A3-15, 4A3-16, 4A3-17, 4A3-184A3-15 MiranMohammed

4A3-16 UV-vis

4A3-17 DPPH Cl

4A3-18

A4 1

A

327

10101110 PC 100010101A4-08, 1A4-09, 1A4-10, 1A4-11,

1A4-121A4-08

1A4-09 25

18

1A4-10

1A4-11 ()

1A4-12* (AIE) (PeT)

11201220 PC 111011201A4-15, 1A4-17, 1A4-18, 1A4-19,

1A4-201A4-15* Environment-Responsive Fluorescent Probe Containing a PhospholeOxideGrad. Sch. Sci., Nagoya Univ.YAMAGUCHI, Eriko;FUKAZAWA, Aiko; KOSAKA, Youhei; SATO, Yoshikatsu; SASAKI,

Taeko; UEDA, Minako; SASAKI, Narie; HIGASHIYAMA, Tetsuya;

YAMAGUCHI, Shigehiro

1A4-17 2,5- ESIPTWPI-ITbM

1A4-18

1A4-19 1,8-(-1-)

1A4-20 1-Acetylaminopyrene

327 13301430

PC 132013301A4-28, 1A4-29, 1A4-30, 1A4-31,1A4-32, 1A4-33, 2A4-28, 2A4-29, 2A4-30, 2A4-31, 2A4-32

1A4-28

1A4-29 (CPL)

1A4-30 (CPL)

1A4-31 (CPL)

1A4-32

1A4-33

B

328

133014202A4-28 -1,3-

2A4-29

2A4-30 ALCA,JST

2A4-31 2--3--(E)--1-

2A4-32 5-exo6-endo

14301530 PC 142014302A4-34, 2A4-36, 2A4-37, 2A4-382A4-34* Si-Si[2 + 1]

2A4-36 [2+2]

2A4-37 4,4-1,2--3,5-

2A4-38*

15401630 PC 153015402A4-41, 2A4-42, 2A4-43, 2A4-44,

2A4-452A4-41 -

2A4-42 : 31P NMR

2A4-43

2A4-44 C-C-

2A4-45

16401730 PC 163016402A4-47, 2A4-49, 2A4-502A4-47* Decoration of Porous Coordination Polymers with Nitroxyl Radicalsfor Selectively Catalytic Oxidation of AlcoholsiCeMS, Kyoto Univ.LI,Liangchun; MATSUDA, Ryotaro; KITAGAWA, Susumu

2A4-49

2A4-50*

Asian International Symposium-Photochemistry-

329

100010103A4-07 Opening addressOsaka UniversityMajima, Tetsuro10:0010:10

Chair: Ohta, Nobuhiro101010503A4-08 Keynote Lecture Studies of unimolecular photodissociationdynamics using synchrotron VUV ionizationNSRRCLee, Shih-Huang10:1010:50

Chair: Tamai, Naoto111011503A4-14 Invited Lecture Functionalization of titanium oxide by metalcomplex modication and its application to energy and molecular transforma-

tionsKyushu UniversityShimakoshi, Hisashi11:1011:303A4-16 Invited Lecture Photoswitching of biological functions based onthe photoisomerization of azobenzenesHokkaido UniversityFukaminato,Tsuyoshi11:3011:50

329Chair: Karatsu, Takashi13001340

3A4-25 Keynote Lecture Optical gain in strongly quantum connedcolloidal semiconductor nanostructuresNational University of SingaporeChan, Yin Thai13:0013:40

Chair: Arai, Tatsuo140014403A4-31 Invited Lecture Developing Metal-Polycyclic-Aromatic-Hydro-carbons Into a New Class of Organometallic Emitters and Photosensitizers

National University of SingaporeYip, John H. K.14:0014:40

Chair: Majima, Tetsuro150016003A4-37 Keynote Lecture Eco-driven environmetal remediation and H2generation based on photocatalytic and photoelectrocatalytic techniques

Shanghai Normal UniversityLi, Guisheng15:0015:403A4-41 Invited Lecture Design and application of TiO2-based photo-functional materialsOsaka UniversityKamegawa, Takashi15:4016:00

Chair: Yasuda, Masahide162017303A4-45 Invited Lecture DNA scaolded chromophore aggregates andtheir photochemical behaviorUniversity of HyogoNakamura, Mitsunobu16:2016:40

3A4-47 Invited Lecture Photosensitized damage of DNA and proteinShizuoka UniversityHirakawa, Kazutaka16:4017:00

3A4-49 Invited Lecture Thermoswitchable Emission and Colora-tion of a Composite Material Containing a Luminescent Lantha-

nide(III) Complex and Fluoran DyeChiba UniversityNakamura, Kazuki17:0017:20

3A4-51 Closing addressNational University of SingaporeYip, John H. K.17:2017:30

19

A

330

900 1000 PC 8509004A4-01, 4A4-02, 4A4-03, 4A4-04,

4A4-05, 4A4-064A4-01

4A4-02

4A4-03 Push-pull 1,5-

4A4-04 1,8-

4A4-05 / OPERA

4A4-06

10101110 PC 100010104A4-08, 4A4-10, 4A4-11, 4A4-12,

4A4-134A4-08* Didier PascalMely YvesKlymchenko Andrey

4A4-10

4A4-11

4A4-12 2-()

4A4-13 [2.2]

11201220 PC 111011204A4-15, 4A4-17, 4A4-18, 4A4-19,

4A4-204A4-15* Nonlinear Optical Eects related to Aromatic Polyimide Conforma-tionGrad. Sch. Sci., Eng., Tokyo TechSHIRATA, Kei; HATTORI,Masaya; MIYAWAKI, Ryousuke; KAWAUCHI, Susumu

4A4-17 (4) CMSJST-CREST

4A4-18 (5) CMSJST-CREST

4A4-19 N,N-/OPERA

4A4-20 EL

330

13301410 PC 132013304A4-28, 4A4-29, 4A4-304A4-28

4A4-29 J

4A4-30* Synthesis of diyne-labeled sphingomyelin and evaluation of its raft-likedomain formationSch. Sci., Osaka Univ.CUI, Jin; KINOSHITA,Masanao; MATSUOKA, Shigeru; SATO, Fuminori; ANDO, Jun;

YAMAGOSHI, Hiroyuki; DODO, Koyuke; FUJITA, Katsumasa;

SODEOKA, Mikio; MURATA, Michio

14201450 PC 141014204A4-33, 4A4-34, 4A4-354A4-33 -

4A4-34

4A4-35

15001520 PC 145015004A4-37, 4A4-384A4-37

4A4-38

15301550 PC 152015304A4-40, 4A4-414A4-40

4A4-41

A5 2

A

327

900 940 PC 8509001A5-01, 1A5-02, 1A5-031A5-01

1A5-02

1A5-03* Porous Molecular Networks on Graphene Formed by Self-Assemblyof Dehydrobenzo[12]annulene DerivativesGrad. Sch. Eng. Sci., Osaka Univ.;JST-PRESTO; KU Leuven-University of Leuven Department of Chemistry,TAHARA, Kazukuni; LI, Bing; ADISOEJOSO, Jinne; VANDERLINDEN,

Willem; DE GENDT, Stefan; DE FEYTER, Steven; TOBE, Yoshito

950 1030 PC 9409501A5-06, 1A5-081A5-06*

1A5-08* /MANA/WPI-MANA

10401120 PC 103010401A5-11, 1A5-13, 1A5-141A5-11* WPI-TIbMJST-JST-CREST

1A5-13

1A5-14

11301200 PC 112011301A5-16, 1A5-17, 1A5-181A5-16 MOF

1A5-17

1A5-18 -

12101230 PC 120012101A5-20, 1A5-211A5-20 8 -

20

1A5-21

327 13401410

PC 133013401A5-29, 1A5-30, 1A5-311A5-29

1A5-30

1A5-31

14201440 PC 141014201A5-33, 1A5-341A5-33

1A5-34

17001740 PC 165017001A5-49, 1A5-51, 1A5-521A5-49* (1) CMSJST CRESTMahato Prasenjit

1A5-51 (2)

1A5-52 (3) CMSJST CREST

17501830 PC 174017501A5-54, 1A5-55, 1A5-561A5-54 //SiO2-TiO2

1A5-55

1A5-56*

328

900 940 PC 8509002A5-01, 2A5-02, 2A5-032A5-01

2A5-02

2A5-03* Molecular recognition controlled by remote substituents on self-assembled hollow cagesGrad. Sch. Eng., The Univ. of TokyoFANG, Yu;MURASE, Takashi; FUJITA, Makoto

950 1030 PC 9409502A5-06, 2A5-082A5-06*

2A5-08*

10401110 PC 103010402A5-112A5-11 X

11201150 PC 111011202A5-15, 2A5-16, 2A5-172A5-15 XJST CREST

2A5-16 Stable encapsulation of acrylate esters within networked capsulesGrad. Sch. Eng., The Univ. of TokyoNING, Guo-hong; INOKUMA,Yasuhide; FUJITA, Makoto

2A5-17

12001230 PC 115012002A5-19, 2A5-20, 2A5-212A5-19

2A5-20

2A5-21 Pd(II)

328 13401420

PC 133013402A5-29, 2A5-30, 2A5-322A5-29

2A5-30*

2A5-32

14301510 PC 142014302A5-34, 2A5-35, 2A5-362A5-34 4-

2A5-35

2A5-36*

15201550 PC 151015202A5-39, 2A5-40, 2A5-412A5-39 TPEN-Nd(III)

2A5-40

2A5-41

16001640 PC 155016002A5-43, 2A5-45, 2A5-462A5-43* PEG

2A5-45

2A5-46 Au8

16501730 PC 164016502A5-48, 2A5-50, 2A5-512A5-48* Development of macrocyclic host molecules based on dynamicoctadentate cyclen-metal complexesGrad. Sch. Sci., Osaka City Univ.ITO, Hiroshi; SHINODA, Satoshi

2A5-50 3,7-

2A5-51

329

900 930 PC 8509003A5-01, 3A5-02, 3A5-033A5-01

3A5-02

3A5-03

940 1020 PC 9309403A5-05, 3A5-07, 3A5-083A5-05*

3A5-07 :

3A5-08 :

21

10301100 PC 102010303A5-10, 3A5-11, 3A5-123A5-10 6

3A5-11 2,2,3,3--1,1-

3A5-12

11101140 PC 110011103A5-14, 3A5-15, 3A5-163A5-14 (II)

3A5-15

3A5-16

11501230 PC 114011503A5-18, 3A5-20, 3A5-213A5-18* Carbon nanorings as porous materialsENCs, Shinshu Univ.SAKAMOTO, Hirotoshi; FUJIMORI, Toshihiko; LI, Xiaolin; KANEKO,

Katsumi

3A5-20

3A5-21

329 13401410

PC 133013403A5-29, 3A5-30, 3A5-313A5-29 anti-O,O--p-H-[4]

3A5-30 m-

3A5-31

14201450 PC 141014203A5-33, 3A5-34, 3A5-353A5-33

3A5-34

3A5-35

15001610 PC 145015003A5-37, 3A5-38, 3A5-39, 3A5-40,

3A5-42, 3A5-433A5-37 2,5-(1,3--2-)-1,3--4-

3A5-38 EL

3A5-39 OLED/OPERA I2CNERPotscavage William

3A5-40* V

3A5-42 W

3A5-43 / OPERAYang Yu Seok

16201720 PC 161016203A5-45, 3A5-46, 3A5-47, 3A5-48,

3A5-49, 3A5-503A5-45 WPI-AIMR

3A5-46 n-WPI-AIMR

3A5-47 WPI-AIMR

3A5-48 :

3A5-49 D--AJST

3A5-50 JST

17301830 PC 172017303A5-52, 3A5-53, 3A5-54, 3A5-55,

3A5-56, 3A5-573A5-52

3A5-53

3A5-54

3A5-55 n

3A5-56

3A5-57 s-

330 900 950

PC 8509004A5-01, 4A5-02, 4A5-03, 4A5-054A5-01

4A5-02

4A5-03* Synthesis and properties of - extended derivatives of sumanene IMSSHRESTHA, B i nod babu ; KARANJ IT , S an g i t a ;HIGASHIBAYASHI, Shuhei; SAKURAI, Hidehiro

4A5-05 Shrestha Binod Babu

10001050 PC 95010004A5-07, 4A5-08, 4A5-09, 4A5-10,

4A5-114A5-07 [9]

4A5-08

4A5-09 JST

4A5-10 C70

4A5-11 Synthesis and Properties of HydroxysumaneneIMSNGAMSOMPRASERT, Niti; HIGASHIBAYASHI, Shuhei; SAKURAI,

Hidehiro; SHRESTHA, Binod babu

11001150 PC 105011004A5-13, 4A5-14, 4A5-15, 4A5-164A5-13 (I)

4A5-14

4A5-15

4A5-16*

22

12001250 PC 115012004A5-19, 4A5-20, 4A5-21, 4A5-224A5-19

4A5-20

4A5-21

4A5-22* N-H[5]

330

14101500 PC 140014104A5-32, 4A5-34, 4A5-35, 4A5-364A5-32* WPI-ITbMJST CRESTJST

4A5-34 9--10-

4A5-35 4, 7 2-

4A5-36

15101600 PC 150015104A5-38, 4A5-39, 4A5-40, 4A5-41,

4A5-424A5-38 JST-PRESTO

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4A5-41

4A5-42 DSSC

16101700 PC 160016104A5-44, 4A5-45, 4A5-46, 4A5-47,

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4A5-45 2WPI-ITbMJST CRESTJSTDOU Chouandong

4A5-46 2

4A5-47

4A5-48

A6 3

A

327

900 1000 PC 8509001A6-01, 1A6-02, 1A6-03, 1A6-04,

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1A6-02

1A6-03 ESR

1A6-04 Cr()N

1A6-05

1A6-06

10101110 PC 100010101A6-08, 1A6-09, 1A6-10, 1A6-11,

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1A6-10

1A6-11 Syntheses and properties of uorenyl-based hydrocarbon radicalsGrad. Sch. Sci., Osaka Univ.TIAN, Ti; KURATA, Hiroyuki;NISHIUCHI, Tomohiko; HIRAO, Yasukazu; KUBO, Takashi

1A6-12 2

1A6-13

11201220 PC 111011201A6-15, 1A6-16, 1A6-17, 1A6-18,

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1A6-17 FET

1A6-18

1A6-19 JST CREST

1A6-20 JST CREST

327 13301430

PC 132013301A6-28, 1A6-30, 1A6-321A6-28* Ln(III)

1A6-30* /

1A6-32* HOFFMANN ROALD

17001730 PC 165017001A6-491A6-49 OPERA I2CNERJST

17401850 PC 173017401A6-53, 1A6-55, 1A6-56, 1A6-57,

1A6-591A6-53* - BTBT-

1A6-55 JST

1A6-56 N-Boc

1A6-57* (1):

1A6-59 (2):

23

328

900 1000 PC 8509002A6-01, 2A6-02, 2A6-03, 2A6-04,

2A6-05, 2A6-062A6-01 CPP

2A6-02

2A6-03 Pillar[5]arene

2A6-04

2A6-05 SPM-

2A6-06

10101110 PC 100010102A6-08, 2A6-09, 2A6-11, 2A6-12,

2A6-132A6-08 31N-

2A6-09* A Bis(2-hydroxyphenyl)pyrimidine-bridged Multiple Molecular SpurGears: Synthesis and Dynamic Motions.Chem. Res. Lab., Tokyo TechTSUCHIDO, Yoshitaka; SUZAKI, Yuji; OSAKADA, Kohtaro

2A6-11

2A6-12

2A6-13

11201220 PC 111011202A6-15, 2A6-16, 2A6-17, 2A6-18,

2A6-19, 2A6-202A6-15 4

2A6-16 3 3

2A6-17

2A6-18

2A6-19

2A6-20

328 13301430

PC 132013302A6-28, 2A6-29, 2A6-30, 2A6-31,2A6-32, 2A6-33

2A6-28

2A6-29

2A6-30

2A6-31

2A6-32

2A6-33 [3+2]

14401540 PC 143014402A6-35, 2A6-36, 2A6-37, 2A6-39,

2A6-402A6-35 JST CREST

2A6-36 (1)

2A6-37* (2)

2A6-39

2A6-40

15501650 PC 154015502A6-42, 2A6-43, 2A6-44, 2A6-45,

2A6-472A6-42

2A6-43 M12L24

2A6-44 MnL2n

2A6-45* Supramolecular Corannulene FiberRIKEN CEMSMIYAJIMA,Daigo; KANG, Jiheong; AIDA, Takuzo

2A6-47

17001730 PC 165017002A6-49, 2A6-50, 2A6-512A6-49

2A6-50

2A6-51

329 900 1000

PC 8509003A6-01, 3A6-02, 3A6-04, 3A6-063A6-01 Pillar[5]arene

3A6-02* Synthesis of the [3]Rotaxanes Utilizing the Catalytic Activity of theMacrocyclic Phenanthroline-Cu ComplexGrad. Sch. Chem. Sci. Technol.,Tokyo Univ. of Sci.YAMASHITA, Yoshiaki; MUTOH, Yuichiro;YAMASAKI, Ryu; KASAMA, Takeshi; SAITO, Shinichi

3A6-04* [3]

3A6-06

10101110 PC 100010103A6-08, 3A6-09, 3A6-10, 3A6-123A6-08

3A6-09

3A6-10*

3A6-12*

11201220 PC 111011203A6-15, 3A6-16, 3A6-17, 3A6-18,

3A6-203A6-15 [2]YOUNG Philip G.

3A6-16

3A6-17 C2

3A6-18*

24

3A6-20

329 13301430

PC 132013303A6-28, 3A6-29, 3A6-30, 3A6-32,3A6-33

3A6-28 (1)()

3A6-29 (2)()

3A6-30*

3A6-32 1 Pillar[5]arene

3A6-33

14401540 PC 143014403A6-35, 3A6-37, 3A6-38, 3A6-393A6-35* La@C82SLANINA ZdenekGuoJingdong

3A6-37 Halim Md. Ershad

3A6-38

3A6-39* -[4+4]//JST CREST

15501650 PC 154015503A6-42, 3A6-44, 3A6-46, 3A6-473A6-42* VBL

3A6-44*

3A6-46

3A6-47

17001800 PC 165017003A6-49, 3A6-51, 3A6-52, 3A6-53,

3A6-543A6-49* Extraction of Pd(II) ions with dimethyl(thiocarbamoyl) modifiedthiacalix[n]arenesFac. Eng. Resource Sci., Akita Univ.MUNIYAPPAN,Rajiv gandhi; YAMADA, Manabu; KONDO, Yoshihiko; HAMADA, Fumio

3A6-51

3A6-52 ---[24]-8-

3A6-53

3A6-54

18101830 PC 180018103A6-56, 3A6-573A6-56 Esipenko NinaAnzenbacher Jr Pavel

3A6-57

330 900 1000

PC 8509004A6-01, 4A6-02, 4A6-03, 4A6-05,4A6-06

4A6-01

4A6-02

4A6-03* -

4A6-05 MRI TEMPO

4A6-06

10101110 PC 100010104A6-08, 4A6-09, 4A6-10, 4A6-11,

4A6-12, 4A6-134A6-08

4A6-09

4A6-10

4A6-11

4A6-12

4A6-13

11201220 PC 111011204A6-15, 4A6-16, 4A6-18, 4A6-19,

4A6-204A6-15

4A6-16*

4A6-18

4A6-19 1,9,10- Tweezers

4A6-20 Pillar[5]arene

330 13301430

PC 132013304A6-28, 4A6-30, 4A6-31, 4A6-32,4A6-33

4A6-28*

4A6-30

4A6-31

4A6-32 /

4A6-33

14401540 PC 143014404A6-35, 4A6-36, 4A6-38, 4A6-39,

4A6-404A6-35 Au(I)

4A6-36* Self-Assembly of Boroxine CagesGrad. Sch. Sci., Eng., Tokyo Tech;JST CRESTONO, Kosuke; IWASAWA, Nobuharu

4A6-38

4A6-39

4A6-40

15501640 PC 154015504A6-42, 4A6-43, 4A6-44, 4A6-45,

4A6-46

25

4A6-42 m-

4A6-43

4A6-44

4A6-45 1

4A6-46 2

A7 5 12

A

327

900 1000 PC 8509001A7-01, 1A7-02, 1A7-03, 1A7-04,

1A7-05, 1A7-061A7-01 -

1A7-02

1A7-03

1A7-04

1A7-05 2,8- 2,9-

1A7-06

10101100 PC 100010101A7-08, 1A7-09, 1A7-10, 1A7-121A7-08 JST

1A7-09 JST

1A7-10* [2.2]

1A7-12

11101210 PC 110011101A7-14, 1A7-15, 1A7-16, 1A7-17,

1A7-181A7-14 S-

1A7-15 [5,3][3,3]

1A7-16

1A7-17

1A7-18* [20][30]

327 13201400

PC 131013201A7-27, 1A7-29, 1A7-301A7-27* Five-Fold Symmetric Penta-Bioconjugated Corannulenes: Synthesis,Properties and ApplicationsTohoku Univ. Department of Chemistry andWPI-AIMRMATTARELLA, Martin; SIEGEL, Jay

1A7-29 9,10-()

1A7-30 Syntheses and Structual Characterization of Pyrene-Based MetalComplexesGrad. Sch. Sci. Eng., Tokyo Metropolitan Univ.LUONG,Xuan-dien; YAMASHITA, Ken-ichi; ASANO, Motoko; SUGIURA, Ken-ichi

14101450 PC 140014101A7-32, 1A7-33, 1A7-34, 1A7-351A7-32

1A7-33

1A7-34

1A7-35 [3.3.3]

17101800 PC 170017101A7-50, 1A7-52, 1A7-53, 1A7-541A7-50*

1A7-52 WPI-ITbMJST ERATOSibbel FriederikeStuder Armido

1A7-53 [N]

1A7-54 [N]

18101900 PC 180018101A7-56, 1A7-57, 1A7-58, 1A7-591A7-56 ZHAIXue

1A7-57 3,14-

1A7-58 5,12-

1A7-59*

328

900 1000 PC 8509002A7-01, 2A7-02, 2A7-03, 2A7-05,

2A7-062A7-01

2A7-02 DA

2A7-03*

2A7-05 9,10-

2A7-06

10101110 PC 100010102A7-08, 2A7-09, 2A7-10, 2A7-112A7-08

2A7-09

2A7-10

2A7-11

11201220 PC 111011202A7-15, 2A7-16, 2A7-17, 2A7-19,

2A7-202A7-15

2A7-16 1,3-[5]

2A7-17* 1,3-[5]

2A7-19 3,7-

2A7-20 [4n]

26

328 13301420

PC 132013302A7-28, 2A7-29, 2A7-30, 2A7-31,2A7-32

2A7-28 D-A

2A7-29 -

2A7-30

2A7-31

2A7-32

14301520 PC 142014302A7-34, 2A7-37, 2A7-382A7-34 //

2A7-37 [2.2] TTF

2A7-38 [2.2]

15301620 PC 152015302A7-40, 2A7-41, 2A7-42, 2A7-43,

2A7-442A7-40

2A7-41 [16]

2A7-42 2,5-2-

2A7-43 1

2A7-44 2

16301720 PC 162016302A7-46, 2A7-47, 2A7-48, 2A7-49,

2A7-502A7-46 C-H-

2A7-47

2A7-48

2A7-49 D--A

2A7-50

329

900 1000 PC 8509003A7-01, 3A7-03, 3A7-05, 3A7-063A7-01* Scott Lawrence

3A7-03* [3+2]

3A7-05 -

3A7-06 2 1,3-

10101100 PC 100010103A7-08, 3A7-10, 3A7-11, 3A7-123A7-08*

3A7-10 C60 XJST

3A7-11 13 C70JST

3A7-12 C60JST

11101210 PC 110011103A7-14, 3A7-15, 3A7-16, 3A7-17,

3A7-183A7-14 3

3A7-15 3()/

3A7-16

3A7-17

3A7-18*

329 13201420

PC 131013203A7-27, 3A7-28, 3A7-29, 3A7-30,3A7-31, 3A7-32

3A7-27

3A7-28

3A7-29

3A7-30 opp-

3A7-31

3A7-32

14301530 PC 142014303A7-34, 3A7-35, 3A7-37, 3A7-38,

3A7-393A7-34

3A7-35* -

3A7-37

3A7-38 JST CREST

3A7-39

15401640 PC 153015403A7-41, 3A7-43, 3A7-44, 3A7-45,

3A7-463A7-41*

3A7-43 44

3A7-44 5,10-()

3A7-45

3A7-46 ABC

16501750 PC 164016503A7-48, 3A7-49, 3A7-50, 3A7-51,

3A7-52, 3A7-533A7-48

3A7-49 -

27

3A7-50

3A7-51

3A7-52

3A7-53

18001850 PC 175018003A7-55, 3A7-57, 3A7-58, 3A7-593A7-55* Two Terminal Wired Single Molecular Diodes of Porphyrin-ImideConnected to Single-Walled Carbon NanotubesOsaka Univ.MURNI,Handayani; GODA, Shun; TANAKA, Hirofumi; TANAKA, Daisuke;

KATAYOSE, Shinichi; OGAWA, Takuji

3A7-57 meso-

3A7-58

3A7-59 -

330

900 950 PC 8509004A7-01, 4A7-02, 4A7-034A7-01

4A7-02

4A7-03

10001050 PC 95010004A7-07, 4A7-08, 4A7-09, 4A7-10,

4A7-114A7-07 8 3WPI-ITbM JST- JST-CREST YUAN ChunxueCAMACHO CristopherIRLE Stephane

4A7-08 PCET

4A7-09

4A7-10 1H-[de]-4,5-()

4A7-11

11001150 PC 105011004A7-13, 4A7-14, 4A7-15, 4A7-164A7-13

4A7-14

4A7-15

4A7-16* [n]

330 13001350

PC 125013004A7-25, 4A7-26, 4A7-27, 4A7-284A7-25

4A7-26 5,11-[3,2-b]

4A7-27 [a,j]

4A7-28* 2,5-[()]-1,4-

14001450 PC 135014004A7-31, 4A7-32, 4A7-33, 4A7-34,

4A7-354A7-31 2,3-(1-)-1,3- Diels-Alder

4A7-32

4A7-33 BODIPY

4A7-34 [3,2-b]Truong Minh Anh

4A7-35 [1,2-b:4,5-b]

15001600 PC 145015004A7-37, 4A7-38, 4A7-39, 4A7-40,

4A7-41, 4A7-424A7-37

4A7-38

4A7-39

4A7-40

4A7-41

4A7-42

16101650 PC 160016104A7-44, 4A7-45, 4A7-464A7-44 1

4A7-45 2

4A7-46* Ion Conductivity of Multi-interactive TPHAP Derivatives Based onTheir Assembled StructuresPOSTECHYAKIYAMA, Yumi; LEE, Gil-ryeong; MORITA, Yasushi; KAWANO, Masaki

B1 ES101(ES)

E

327

B

900 1000 PC 8509001B1-01, 1B1-02, 1B1-03, 1B1-04,

1B1-05, 1B1-061B1-01 Enantioselective Synthesis of -Chiral (E)--Alkoxyallylboronatesvia Copper(I)-Catalyzed Nucleophilic -Boryl-Substitution of Allyl AcetalsGrad. Sch. Chi Sci. and Eng., Hokkaido Univ.TAKENOUCHI, Yuta;YAMAMOTO, Eiji; OZAKI, Taichi; ITO, Hajime

1B1-02 Enantioselective Monoborylation of Alkenylsilanes Catalyzed by aChiral Phosphine-Copper(I) ComplexGrad. Sch. Chi Sci. and Eng.,Hokkaido Univ.KUBOTA, Koji; YAMAMOTO, Eiji; ITO, Hajime

1B1-03

1B1-04 (I)

1B1-05 (I)

1B1-06

28

10101110 PC 100010101B1-08, 1B1-09, 1B1-11, 1B1-12,

1B1-131B1-08

Si

1B1-09* GRRM/AFIR:

B

1B1-11

Al

1B1-12 Splitting water with aluminum porphyrinsUrban EnvironmentalSci., Tokyo Metropolitan Univ.KUTTASSERY, Fazalurahman;SAGAWA, Shogo; MATHEW, Siby; YAMAMOTO, Daisuke; ONUKI,

Satomi; NABETANI, Yu; TACHIBANA, Hiroshi; INOUE, Haruo

1B1-13 Synthesis and spectroscopic studies of Aluminum porphyrinsUrbanEnvironmental Sci., Tokyo Metropolitan Univ.MATHEW, Siby;KUTTASSERY, Fazalurahman; ONUKI, Satomi; YAMAMOTO, Daisuke;

NABETANI, Yu; TACHIBANA, Hiroshi; INOUE, Haruo

Cu

11201220 PC 111011201B1-15, 1B1-16, 1B1-17, 1B1-18,

1B1-19, 1B1-201B1-15 2,3-

1B1-16 O, N

1B1-17 O-

1B1-18 1,4-

1B1-19

1B1-20

327 13401440

PC 133013401B1-291B1-29

17001800 PC 165017001B1-49, 1B1-50, 1B1-51, 1B1-52,

1B1-53, 1B1-541B1-49 ,- Karan Bobuatong

1B1-50 N-

1B1-51

1B1-52 Cu

1B1-53

1B1-54

328 900 1000

PC 8509002B1-01, 2B1-02, 2B1-03, 2B1-04,2B1-05, 2B1-06

2B1-01 //

2B1-02 - -

2B1-03 1

2B1-04

2B1-05

2B1-06 Cu(I) 1,2-

10101110 PC 100010102B1-08, 2B1-10, 2B1-11, 2B1-122B1-08* Copper-Catalyzed Intramolecular Oxidative C(sp3)-H and C(sp2)-HAmidationGrad. Sch. Pharm., The Univ. of Tokyo; The Univ. of TokyoERATO-JSTWANG, Zhen; KUNINOBU, Yoichiro; KANAI, Motomu

2B1-10 Mizoroki-Heck

2B1-11 -

2B1-12*

11201220 PC 111011202B1-15, 2B1-16, 2B1-17, 2B1-18,

2B1-19, 2B1-202B1-15

2B1-16

29

2B1-17

2B1-18 C(sp3)-HERATO-JST

2B1-19

2B1-20 O-

328

Fe

13301430 PC 132013302B1-28, 2B1-29, 2B1-30, 2B1-322B1-28 CAZBOX

2B1-29

2B1-30* Aryl C-Glycoside Synthesis Based on Iron-Catalyzed Cross-CouplingReaction of Arylzinc ReagentsGrad. Sch. Eng., Kyoto Univ.; ICR, KyotoUniv.ADAK, Laksmikanta; KAWAMURA, Shintaro; TOMA, Gabriel; LI,Ho Chuen; TAKENAKA, Toshio; ISOZAKI, Katsuhiro; TAKAYA, Hikaru;

SHING, Tony K. M.; NAKAMURA, Masaharu

2B1-32* Iron-Catalyzed Directed Coupling of C(sp2)-H Bond with Organo-boron CompoundsGrad. Sch. Sci., The Univ. of TokyoSHANG, Rui;ILIES, Laurean; NAKAMURA, Eiichi

14401540 PC 143014402B1-35, 2B1-36, 2B1-37, 2B1-38,

2B1-39, 2B1-402B1-35 CH

2B1-36 C-HGHORAI Sujit. K

2B1-37 GOWER N. J.ADAK Laksmikanta

2B1-38 /

2B1-39 Iron-Catalyzed Suzuki-Miyaura Cross-Coupling between Alkyl Ha-lides and Alkynylborate ReagentsICR, Kyoto Univ.; Grad. Sch. Eng.,Kyoto Univ.NAKAGAWA, Naohisa; HATAKEYAMA, Takuji;NAKAMURA, Masaharu

2B1-40 -NHC

15501630 PC 154015502B1-42, 2B1-43, 2B1-44, 2B1-452B1-42

2B1-43

2B1-44 Grignard

2B1-45 Grignard

16401720 PC 163016402B1-47, 2B1-48, 2B1-49, 2B1-502B1-47

2B1-48

2B1-49 DMF

2B1-50 1,6-[2+2+2]

329

Zn

910 1000 PC 9009103B1-02, 3B1-04, 3B1-05, 3B1-063B1-02* Development of Catalytic Allylation Reactions Using Zinc AmidesGrad. Sch. Sci., The Univ. of TokyoYAMASHITA, Yasuhiro; CUI, Yi;KOBAYASHI, Shu

3B1-04 CUI Yi

3B1-05 Tunable Zinc Amide-catalyzed Reactions: Selective Synthesis ofAllenylic and Propargylic AlcoholsGrad. Sch. Sci., The Univ. of TokyoXIE, Peizhong; CUI, Yi; YAMASHITA, Yasuhiro; KOBAYASHI, Shu

3B1-06

10101110 PC 100010103B1-08, 3B1-09, 3B1-10, 3B1-11,

3B1-133B1-08

3B1-09

Ni

3B1-10

3B1-11*

3B1-13

11201220 PC 111011203B1-153B1-15

329

Cu

13301430 PC 132013303B1-28, 3B1-31, 3B1-32, 3B1-333B1-28

Ni

3B1-31

3B1-32

3B1-33

Cu

14401540 PC 143014403B1-35, 3B1-36, 3B1-38, 3B1-39,

3B1-403B1-35 4

3B1-36* IMRENUS

3B1-38 1

3B1-39 2

3B1-40 (3):

30

15501650 PC 154015503B1-42, 3B1-43, 3B1-44, 3B1-45,

3B1-46, 3B1-473B1-42 2

3B1-43

3B1-44 (I)

3B1-45 DMF

3B1-46

3B1-47

17001800 PC 165017003B1-49, 3B1-50, 3B1-51, 3B1-52,

3B1-53, 3B1-543B1-49

3B1-50

3B1-51

3B1-52 Bis(NHC)-Cu

3B1-53 1,3-

3B1-54 ()

330

Co

910 1000 PC 9009104B1-02, 4B1-03, 4B1-054B1-02 N-()

4B1-03* Co-Catalyzed Cross-Coupling of Alkyl Halides with Tertiary AlkylGrignard Reagents Using a 1,3-Butadiene AdditiveGrad. Sch. Eng., OsakaUniv.; CSIR Indian Institute of Chemical Technology Inorganic andPhysical Chemistry DivisionIWASAKI, Takanori; TAKAGAWA, Hiroaki;SINGH, Surya p.; KUNIYASU, Hitoshi; KAMBE, Nobuaki

4B1-05* Cobalt-Catalyzed C4-Selective Alkylation of Pyridines and QuinolinesGrad. Sch. Pharm., The Univ. of TokyoYAMAMOTO, Shohei; SAGA,Yutaka; ANDOU, Takashi; MATSUNAGA, Shigeki; KANAI, Motomu

Ni

10101110 PC 100010104B1-08, 4B1-09, 4B1-11, 4B1-134B1-08 Ni(0)

4B1-09*

4B1-11* Nickel-Catalyzed C-H/C-O Biaryl Coupling: Catalyst Developmentand Mechanistic StudyGrad. Sch. Sci., Nagoya Univ.; Nagoya Univ. WPI-ITbM; ERATO, JSTMUTO, Kei; YAMAGUCHI, Junichiro; ITAMI,Kenichiro

4B1-13 Ni-Catalyzed Direct Coupling of Carbonyls and Phenol DerivativesGrad. Sch. Sci., Nagoya Univ.; Nagoya Univ. WPI-ITbM; ERATO, JSTTAKISE, Ryosuke; MUTO, Kei; YAMAGUCHI, Junichiro; ITAMI,

Kenichiro

11201220 PC 111011204B1-15, 4B1-16, 4B1-17, 4B1-18,

4B1-19, 4B1-204B1-15 --

4B1-16 -

4B1-17 Ni(0)

4B1-18 Ni(0)

4B1-19

4B1-20 N-

B2 ES103

G

327

10101110 PC 100010101B2-08, 1B2-09, 1B2-10, 1B2-11,

1B2-121B2-08

1B2-09

1B2-10

1B2-11

1B2-12*

11201210 PC 111011201B2-15, 1B2-16, 1B2-17, 1B2-18,

1B2-191B2-15

1B2-16

1B2-17 -

1B2-18

1B2-19

327 14001450

PC 135014001B2-31, 1B2-32, 1B2-33, 1B2-34,1B2-35

1B2-31 B12-Ru

1B2-32

1B2-33

1B2-34

1B2-35 (EGB)

15001600 PC 145015001B2-37, 1B2-39, 1B2-40, 1B2-41,

1B2-421B2-37*

1B2-39 /Ti

1B2-40 Reductive acylation of phenylacetylene derivatives accompanying withtransposition of the triple bondNagaoka Univ. of Tech.ZHANG,Tianyuan; TAKANO, Atsushi; NISHIYAMA, Yutaro; MAEKAWA,

31

Hirofumi

1B2-41

1B2-42

328 10101110

PC 100010102B2-08, 2B2-09, 2B2-10, 2B2-11,2B2-12, 2B2-13

2B2-08

2B2-09

2B2-10 2,3--5,6--p-ALCA, JST

2B2-11 Mg/Me3SiCl/DMI

2B2-12 HFIP KF

2B2-13

11201220 PC 111011202B2-15, 2B2-17, 2B2-18, 2B2-19,

2B2-202B2-15* Fabrication of 3D Gradient Polymer Brush Based on BipolarElectrochemistryInterdisciplinary Grad. Sch. Sci. and Eng., Tokyo TechSHIDA, Naoki; FUCHIGAMI, Toshio; TOMITA, Ikuyoshi; INAGI,

Shinsuke

2B2-17 [18]

2B2-18

2B2-19 2,3--5,6--p-ALCA,JST

2B2-20

B3 ESES021

E

327

Si, Mn

910 1000 PC 9009101B3-02, 1B3-03, 1B3-04, 1B3-05,

1B3-061B3-02 1,3,6,8-

1B3-03 -

1B3-04 WPI-ITbMJST ERATO

1B3-05 2-

1B3-06 Endo-Mode Ring Closing Metathesis in Cp Manganese ComplexGrad. Sch. Sci., Osaka Pref. Univ.; CRC, Hokkaido Univ.TSENG, Ya-yi;KAMIKAWA, Ken; TAKAHASHI, Tamotsu; OGASAWARA, Masamichi

Cr, Re

10101110 PC 100010101B3-08, 1B3-10, 1B3-12, 1B3-131B3-08* Catalytic Enantioselective Synthesis of Planar-Chiral (-Arene)chromium Complexes by Mo-Catalyzed Ring-Closing MetathesisCRC,

Hokkaido Univ.; Grad. Sch. Sci., Osaka Pref. Univ.WU, Wei-yi; TSENG,Ya-yi; ARAE, Sachie; NAKAMURA, Chihiro; MORITA, Tomotaka;

TAKAHASHI, Tamotsu; OGASAWARA, Masamichi; KAMIKAWA, Ken

1B3-10* C-HCREST-JST

1B3-12 C(sp3)-H

1B3-13 --

Re, Ru

11201220 PC 111011201B3-15, 1B3-16, 1B3-17, 1B3-18,

1B3-19, 1B3-201B3-15 Markovnikov

1B3-16

1B3-17

1B3-18 /

1B3-19

1B3-20 /

327

Ru

13401440 PC 133013401B3-29, 1B3-30, 1B3-31, 1B3-32,

1B3-33, 1B3-341B3-29 Ru()-Pheox-Chanthamath Soda

1B3-30 -

1B3-31 7-

1B3-32 C-C

1B3-33

1B3-34

17001800 PC 165017001B3-49, 1B3-51, 1B3-52, 1B3-531B3-49*

1B3-51

1B3-52

1B3-53* Syntheses and Reactivities of Hydrido Carbonyl Ruthenium Com-plexes Bearing Various TriarylphosphinesFac. Sci. Tech., Keio Univ.OGIWARA, Yohei; KOCHI, Takuya; KAKIUCHI, Fumitoshi

328

Au

920 1010 PC 9109202B3-03, 2B3-04, 2B3-05, 2B3-06,

2B3-072B3-03

32

2B3-04 Nanoporous gold as a highly active catalyst for aerobic oxidation ofhydroxylamines into nitronesGrad. Sch. Sci., Tohoku Univ.KUSUMA,Indra; YUDHA, Salprima; ASAO, Naoki

2B3-05

Ag

2B3-06

Ni

2B3-07 Ni() N-

10201110 PC 101010202B3-09, 2B3-10, 2B3-11, 2B3-12,

2B3-132B3-09

2B3-10 3

2B3-11

2B3-12

2B3-13

Co

11201220 PC 111011202B3-15, 2B3-16, 2B3-17, 2B3-182B3-15 N-

2B3-16 o

2B3-17

2B3-18 Development of Cobalt-Catalyzed C-H BondFunctionalization ReactionsNanyang Tech. Univ.YOSHIKAI, Naohiko

328

Pt

13301430 PC 132013302B3-28, 2B3-29, 2B3-30, 2B3-31,

2B3-32, 2B3-332B3-28 PSiN--

2B3-29 (II)

2B3-30

Rh

2B3-31 - 1,6-[3.1.0]

2B3-32 (III)

2B3-33 (I) 1,2-2-

14401540 PC 143014402B3-35, 2B3-36, 2B3-37, 2B3-38,

2B3-39, 2B3-402B3-35 2,3-/

2B3-36 3--1,2-

2B3-37 [2+2+2]

2B3-38 ,-[2+2+2]

2B3-39 5-[2+2+2]

2B3-40

15501650 PC 154015502B3-42, 2B3-43, 2B3-44, 2B3-45,

2B3-46, 2B3-472B3-42 -5(4H)-

2B3-43 [2+2+2]

2B3-44 C-H

2B3-45

2B3-46 CO-C

2B3-47

17001730 PC 165017002B3-49, 2B3-50, 2B3-512B3-49

2B3-50

2B3-51 3-

329

Ti, Nb

900 1000 PC 8509003B3-01, 3B3-02, 3B3-03, 3B3-04,

3B3-05, 3B3-063B3-01

3B3-02

3B3-03

3B3-04 NbCl5

3B3-05

3B3-06 Nb

V, Bi, Te, Ga

10101110 PC 100010103B3-08, 3B3-09, 3B3-10, 3B3-11,

3B3-12, 3B3-133B3-08 5

3B3-09 (V)JST

3B3-10

3B3-11

3B3-12

3B3-13 Three-component Reaction of Esters with Silyl Cyanide and KeteneSilyl Acetals Catalyzed by Gallium TrihalidesGrad. Sch. Eng., Osaka

33

Univ.INAMOTO, Yoshihiro; KAGA, Yuta; NISHIMOTO, Yoshihiro;YASUDA, Makoto; BABA, Akio

In

11201220 PC 111011203B3-15, 3B3-16, 3B3-17, 3B3-18,

3B3-19, 3B3-203B3-15 -[2+2]

3B3-16

3B3-17

3B3-18

3B3-19 -

3B3-20

329

Rh

13301430 PC 132013303B3-28, 3B3-29, 3B3-30, 3B3-31,

3B3-32, 3B3-333B3-28 (III)[2 + 2 + 2]

3B3-29

3B3-30 Rh(I)-Catalyzed Arylative Double-Carbonylation of Alkynes withArylboronic Acids Using Formaldehyde as a CO SourceGrad. Sch. Mat.Sci., NAISTMORIMOTO, Tsumoru; WANG, Chuang; KAKIUCHI,Kiyomi; ARTOK, Levent

3B3-31

3B3-32 3

3B3-33 --,-

14401540 PC 143014403B3-35, 3B3-37, 3B3-38, 3B3-393B3-35*

3B3-37 1,2

3B3-38 sp2sp3

3B3-39*

15501650 PC 154015503B3-42, 3B3-43, 3B3-44, 3B3-45,

3B3-46, 3B3-473B3-42 N---

3B3-43 ,- 2,3-

3B3-44 2,5-

3B3-45 1--3-(2-)

3B3-46 3-

3B3-47

17001740 PC 165017003B3-49, 3B3-50, 3B3-51, 3B3-523B3-49

3B3-50

3B3-51 Ge-H C-H

3B3-52

330

Sr

910 1000 PC 9009104B3-02, 4B3-03, 4B3-04, 4B3-05,

4B3-064B3-02

4B3-03 Grignard

4B3-04

Ba

4B3-05 -

Y

4B3-06 4

Sc

10101110 PC 100010104B3-08, 4B3-10, 4B3-12, 4B3-134B3-08* Sc(OTf)3

4B3-10* Scandium-Catalyzed Enantioselective C-H Alkylation of PyridinesRIKEN Organometallic Chemistry LabSONG, Guoyong; HOU,Zhaomin

Sn

4B3-12

4B3-13

B4 ESES022

E

327

Pd

900 1000 PC 8509001B4-01, 1B4-03, 1B4-04, 1B4-051B4-01* Palladium-catalyzed One-shot Aromatic -Extension of PolycyclicAromatic HydrocarbonsGrad. Sch. Sci., Nagoya Univ.; Nagoya Univ. WPI-ITbM; ERATO, JSTOZAKI, Kyohei; KAWASUMI, Katsuaki; ITO,Hideto; ITAMI, Kenichiro

1B4-03 2- C-H C-NWPI-ITbMJST ERATO

1B4-04 1,n-/

1B4-05* Synthesis of Cyclic Compounds by Cycloisomerization of Various 1,n-Dienes via Chain WalkingFac. Sci. Tech., Keio Univ.HAMASAKI, Taro;KAKIUCHI, Fumitoshi; KOCHI, Takuya

34

10101110 PC 100010101B4-08, 1B4-09, 1B4-11, 1B4-131B4-08 C-H/C-HERATO-JST

1B4-09* -

1B4-11* -

1B4-13 C-

11201220 PC 111011201B4-15, 1B4-16, 1B4-18, 1B4-201B4-15

1B4-16* Palladium-Catalyzed Regioselective C-H Fluorosilylation of 2-Phe-nylpyridines: Synthesis of Silafluorene EquivalentsGrad. Sch. Pharm., TheUniv. of Tokyo; The Univ. of Tokyo ERATO-JSTXIAO, Qing; MENG,Xiangtai; KANAI, Motomu; KUNINOBU, Yoichiro

1B4-18* Palladium-catalyzed Silylation and Germanylation of C(sp2)-H and C(sp3)-H BondsGrad. Sch. Pharm., The Univ. of TokyoKANYIVA,Stephen-kyalo; KUNINOBU, Yoichiro; KANAI, Motomu

1B4-20 [1,2-b:8,7-b]JSTACT-C

327

Rh

13401440 PC 133013401B4-29, 1B4-321B4-29

Pd

1B4-32

17001800 PC 165017001B4-49, 1B4-50, 1B4-51, 1B4-52,

1B4-53, 1B4-541B4-49 Pd 1

1B4-50

1B4-51

1B4-52 Pd

1B4-53

1B4-54 C-H 5

328

Ir

900 1000 PC 8509002B4-01, 2B4-02, 2B4-03, 2B4-04,

2B4-05, 2B4-062B4-01 1,3-

2B4-02 - 1,3-

2B4-03

2B4-04 C-H 1,3-[3 + 2]

2B4-05 C-H[3 + 2]

2B4-06

10101110 PC 100010102B4-08, 2B4-09, 2B4-10, 2B4-12,

2B4-132B4-08 C-H

2B4-09 C-H

2B4-10* /Me-BIPAM-

2B4-12 Synthesis of Triarylboranes via Iridium-Catalyzed C-H BorylationGrad. Fac. Eng., Hokkaido Univ.SASAKI, Ikuo; ISHIYAMA, Tatsuo;ITOU, Hajime

2B4-13 C-H WPI-ITbMJST ERATO

11201220 PC 111011202B4-15, 2B4-16, 2B4-182B4-15 Ir(III)-PNP

2B4-16* Syntheisis and Catalytic Function of Hydroxycyclopentadienyl Iri-dium ComplexGrad. Sch. Eng., The Univ. of TokyoKUSUMOTO,Shuhei; AKIYAMA, Midori; NOZAKI, Kyoko

2B4-18

328

Pd

13301430 PC 132013302B4-28, 2B4-30, 2B4-31, 2B4-32,

2B4-332B4-28* Modular Synthesis of Triarylmethanes through Palladium-CatalyzedSequential Arylation of Methyl Phenyl SulfoneWPI-ITbM, Nagoya Univ.NAMBO, Masakazu; CRUDDEN, Cathleen M.

2B4-30 -

2B4-31 Pd--

2B4-32 Synthetic Applications of-(Acylamino)alkylboronic Esters: Controlof Stereochemical Course in Catalytic Construction of Stereogenic Carbon

CentersGrad. Sch. Eng., Kyoto Univ.OHMURA, Toshimichi; MIWA,Kyoko; SUGINOME, Michinori

2B4-33 C1

14401540 PC 143014402B4-35, 2B4-36, 2B4-37, 2B4-38,

2B4-39, 2B4-402B4-35

2B4-36 -

2B4-37 NHC/Pd 2-2-

2B4-38 Pd 2-

2B4-39 PdWPI-AIMR

2B4-40 NHC -

15501650 PC 154015502B4-42, 2B4-43, 2B4-44, 2B4-45,

2B4-46, 2B4-472B4-42

35

2B4-43 HOMSi

2B4-44 - HOMSi

2B4-45

2B4-46 2- Pd

2B4-47

17001730 PC 165017002B4-49, 2B4-50, 2B4-512B4-49 Synthesis of Methoxy-Substituted Picenes and Eects of TheirPosition on Single Crystal StructuresGrad. Sch. Nat. Sci. Technol.,Okayama Univ.; Aichi Univ. of Educ. Dept. of Chem.; JST ACT-CCHEN, Xi-chao; CHANG, Ning-hui; MORI, Hiroki; NAKAJIMA, Kiyohiko;

NISHIHARA, Yasushi

2B4-50

2B4-51 Giese

329 900 1000

PC 8509003B4-01, 3B4-02, 3B4-03, 3B4-04,3B4-05, 3B4-06

3B4-01 DMF Pd 2,3-

3B4-02 -5(4H)-

3B4-03 An Improvement of Palladium Catalyst for the [4+2] Cycloadditionof o-(Silylmethyl)benzyl Carbonate with AlkenesFac. Sci., Kyushu Univ.JIN, Yushu; ISHIZUKA, Kentaro; KUWANO, Ryoichi

3B4-04

3B4-05

3B4-06

10101110 PC 100010103B4-08, 3B4-09, 3B4-10, 3B4-11,

3B4-12, 3B4-133B4-08

3B4-09

3B4-10 t-

3B4-11 SPRIX

3B4-12

3B4-13 FAN Lulu

11201220 PC 111011203B4-15, 3B4-16, 3B4-17, 3B4-193B4-15 Pd P-CP-

3B4-16 Pd 3

3B4-17* PQXphos

3B4-19* Quantication of steric inuence in palladium/alkylphosphine-sulfo-nate catalystsGrad. Sch. Eng., The Univ. of TokyoOTA, Yusuke; ITO,Shingo; NOZAKI, Kyoko

329

Pd, Ir

13301430 PC 132013303B4-28, 3B4-29, 3B4-30, 3B4-31,

3B4-323B4-28 31

3B4-29 3

3B4-30

3B4-31 Hydrothioalkylation of Electron-Decient Alkenes by PhotoredoxCatalysisChem. Res. Lab., Tokyo TechLI, Yanjie; MIYAZAWA, Kazuki;KOIKE, Takashi; AKITA, Munetaka

3B4-32* (HCOOH) MUCKERMAN James

Ir

14401540 PC 143014403B4-35, 3B4-36, 3B4-37, 3B4-38,

3B4-39, 3B4-403B4-35 Ir

3B4-36 2

3B4-37

3B4-38

3B4-39 C-H

3B4-40

15501650 PC 154015503B4-42, 3B4-43, 3B4-44, 3B4-45,

3B4-46, 3B4-473B4-42 Utility of a Trimethylsilyl Group as an Equivalent of HydroxylGroup: Synthesis of Alkanols via Iridium-Catalyzed C(sp3)-H Borylation

Grad. Sch. Eng., Kyoto Univ.OHMURA, Toshimichi; TORIGOE,Takeru; SUGINOME, Michinori

3B4-43

3B4-44

3B4-45 ,[2+2+2]

3B4-46

3B4-47

17001800 PC 165017003B4-49, 3B4-50, 3B4-51, 3B4-52,

3B4-53, 3B4-543B4-49 3 2 7 C-H

3B4-50 1 7-

3B4-51 C(sp3)-H

3B4-52 C-H

3B4-53

3B4-54 C-H-

36

330

Pd

900 1000 PC 8509004B4-01, 4B4-02, 4B4-03, 4B4-04,

4B4-054B4-01 Pd-Catalyzed Cascade Crossover Annulation of o-Alkynylarylhalidesand Diarylacetylenes Leading to Dibenzo[a,e]pentalenesWPI-AIMR,Tohoku Univ.ZHAO, Jian; ONIWA, Kazuaki; ASAO, Naoki;YAMAMOTO, Yoshinori; JIN, Tienan

4B4-02

4B4-03 2-

4B4-04 Enantioselective Palladium(II) Catalyzed Cyclization-CycloadditionCascade ReactionsISIR, Osaka Univ.ABOZEID , Mohamed;TAKIZAWA, Shinobu; SASAI, Hiroaki

4B4-05*

10101110 PC 100010104B4-08, 4B4-10, 4B4-11, 4B4-124B4-08* /

4B4-10 /

4B4-11 WPI-ITbMJST ERATO

4B4-12* o-- o-JSTACT-C

11201220 PC 111011204B4-15, 4B4-16, 4B4-17, 4B4-18,

4B4-19, 4B4-204B4-15 PCPPd

4B4-16

4B4-17

4B4-18

4B4-19 PGeP-Palladium Complex-Catalyzed Hydrocarboxylation of Alleneswith FormateGrad. Sch. Sci., Eng., Tokyo TechZHU, Chuan; SASANO,Kota; TAKAYA, Jun; IWASAWA, Nobuharu

4B4-20

B5 ESES024

D

327

900 1000 PC 8509001B5-01, 1B5-02, 1B5-03, 1B5-04,

1B5-05, 1B5-061B5-01 4

1B5-02 2 5--

1B5-03 1,14:7,8-Bis(dithio)-6,13-dithiopentacenequinone

1B5-04

1B5-05 D--A 1,4--1,3-

1B5-06

10101110 PC 100010101B5-08, 1B5-09, 1B5-10, 1B5-11,

1B5-12, 1B5-131B5-08 1B5-09

1B5-10 [4]

1B5-11 (5--2-)-1- 1,1-

1B5-12 2,4,6-(2-)-1,3,5-

1B5-13 (p-)

11201220 PC 111011201B5-15, 1B5-16, 1B5-17, 1B5-18,

1B5-19, 1B5-201B5-15 1-

1B5-16

1B5-17

1B5-18

1B5-19

1B5-20 1,3-

327 13301430

PC 132013301B5-28, 1B5-29, 1B5-30, 1B5-31,1B5-32, 1B5-33

1B5-28 Brnsted acid-catalyzed selective hydroboration of alkynylboronatesWPI-AIMR, Tohoku Univ.HO, Hon eong; ASAO, Naoki;YAMAMOTO, Yoshinori; JIN, Tienan

1B5-29 1B5-30

1B5-31 Rind(6)

1B5-32 diborane(4)

1B5-33

14401540 PC 143014401B5-35, 1B5-36, 1B5-37, 1B5-38,

1B5-39, 1B5-401B5-35

1B5-36 o-

1B5-37

1B5-38

1B5-39

1B5-40 Reaction of boryl metal species with dihydrogenGrad. Sch. Eng.,The Univ. of Tokyo; Fac. Sci. Eng., Chuo Univ.ARAMAKI, Yoshitaka;ZHAO, Xiaoxi; YAMASHITA, Makoto; NOZAKI, Kyoko

15501650 PC 154015501B5-42, 1B5-43, 1B5-44, 1B5-45,

1B5-46, 1B5-471B5-42

1B5-43

37

1B5-44 2,4,6--t- CH

1B5-45 -

1B5-46

1B5-47

17001750 PC 165017001B5-49, 1B5-50, 1B5-51, 1B5-52,

1B5-531B5-49 2- 2-

1B5-50

1B5-51 One-Pot

1B5-52

1B5-53

328 900 1000

PC 8509002B5-01, 2B5-02, 2B5-03, 2B5-04,2B5-05, 2B5-06

2B5-01

2B5-02 5

2B5-03 5

2B5-04

2B5-05 4,8-[1,2-d:4,5-d][1,2,3]/

2B5-06

10101110 PC 100010102B5-08, 2B5-09, 2B5-10, 2B5-11,

2B5-12, 2B5-132B5-08 [7]

2B5-09 : Wagner-Meerwein

2B5-10 12

2B5-11 buta-1,3-diy-nylbenzene

2B5-12

2B5-13 S-

11201220 PC 111011202B5-15, 2B5-16, 2B5-17, 2B5-18,

2B5-19, 2B5-202B5-15

2B5-16 BowlN-

2B5-17 Bowl

2B5-18 Ch(IV)=C=S(VI) (Ch = S, Se)

2B5-19

2B5-20

328 13301430

PC 132013302B5-28, 2B5-29, 2B5-30, 2B5-31,2B5-32, 2B5-33

2B5-28

2B5-29 2-(R)-(+)-

2B5-30 Pd/C

2B5-31 trans--

2B5-32

2B5-33

14401540 PC 143014402B5-35, 2B5-36, 2B5-37, 2B5-38,

2B5-39, 2B5-402B5-35

2B5-36 1--1,3- Diels-Alder

2B5-37 Rind

2B5-38 [3] 6

2B5-39

2B5-40 3

15501640 PC 154015502B5-42, 2B5-43, 2B5-44, 2B5-45,

2B5-462B5-42 8

2B5-43

2B5-44

2B5-45 JST-ERATO

2B5-46 9-

16501730 PC 164016502B5-48, 2B5-49, 2B5-50, 2B5-512B5-48 Wittig

2B5-49 6 Ph6Te

2B5-50 6

2B5-51 6 AIM

329 13201350

PC 131013203B5-27, 3B5-28, 3B5-293B5-27 1- 4,7-[b]

3B5-28

3B5-29 [2.2.2]

14001440 PC 135014003B5-31, 3B5-32, 3B5-333B5-31

3B5-32

38

3B5-33*

16501730 PC 164016503B5-48, 3B5-503B5-48* Ni / B(C6F5)3 Catalyst System for Highly Selective Crossed-Esterication of Triuoromethylketones with AldehydesGrad. Sch. Eng.,Osaka Univ.DOI, Ryohei; OHASHI, Masato; OGOSHI, Sensuke

3B5-50*

17401820 PC 173017403B5-53, 3B5-553B5-53* 1--1,3-

3B5-55* Synthetic Studies on Organoselenium-substituted Phosphenium Ca-tionsICR, Kyoto Univ.SUGAMATA, Koh; VILLALBA FRANCO, Josemanuel; SASAMORI, Takahiro; TOKITOH, Norihiro

B6 ESES025

A

327

900 1000 PC 8509001B6-01, 1B6-02, 1B6-03, 1B6-04,

1B6-05, 1B6-061B6-01 1,3- aza Diels-Alder

1B6-02 hetero Diels-Alder

1B6-03 2--

1B6-04 1 2 3,3-

1B6-05 -Pictet-SpenglerPark JiHyun

1B6-06 Friedel-Crafts

10101110 PC 100010101B6-08, 1B6-09, 1B6-10, 1B6-11,

1B6-12, 1B6-131B6-08 MannichRAHAMAN Hasibur

1B6-09

1B6-10 -

1B6-11 NicholasLI Feng

1B6-12

1B6-13 Mannich

11201220 PC 111011201B6-15, 1B6-16, 1B6-17, 1B6-19,

1B6-201B6-15 3,3--1,1--2,2-

1B6-16

1B6-17*

1B6-19

1B6-20

327 13301430

PC 132013301B6-28, 1B6-30, 1B6-31, 1B6-32,1B6-33

1B6-28* Copolymerization of carbon dioxide and dienes via lactone inter-mediateGrad. Sch. Eng., The Univ. of TokyoNAKANO, Ryo; ITO,Shingo; NOZAKI, Kyoko

1B6-30 1

1B6-31 2

1B6-32 YOOWoo-Jin

1B6-33 An Ecient Synthesis of Isocoumarins via N-Heterocyclic Carbene-Copper Complex Catalyzed Three-Component Coupling Reactions of Ben-

zynes, Terminal Alkynes, and Carbon DioxideGrad. Sch. Sci., The Univ. ofTokyoNGUYEN VU QUANG, Thanh; YOO, Woo-Jin; KOBAYASHI,Shu

14401540 PC 143014401B6-35, 1B6-37, 1B6-38, 1B6-39,

1B6-401B6-35* -

1B6-37 ,-(II)

39

1B6-38 FooSiong Wan

1B6-39 JST

1B6-40 1- SmI2 Zn

15501650 PC 154015501B6-42, 1B6-43, 1B6-44, 1B6-45,

1B6-46, 1B6-471B6-42 - (E)--[3+2]: Lectard Sylvain

1B6-43

1B6-44 //

1B6-45 SOD

1B6-46 (I)-

1B6-47 CH I2CNER

17001800 PC 165017001B6-49, 1B6-51, 1B6-52, 1B6-53,

1B6-541B6-49* Catalytic Hydrogenation of Carboxamides Using Ru ComplexBearing Tetradentate LigandGrad. Sch. Sci., Nagoya Univ.MIURA,Takashi; NARUTO, Masayuki; NOYORI, Ryoji; SAITO, Susumu

1B6-51

1B6-52

1B6-53

1B6-54

18101850 PC 180018101B6-56, 1B6-57, 1B6-581B6-56 //

1B6-57

1B6-58* --,-

328 900 1000

PC 8509002B6-01, 2B6-02, 2B6-03, 2B6-04,2B6-05

2B6-01

2B6-02 - Friedel-Crafts

2B6-03 C1- DielsAlder

2B6-04 Diels-Alder

2B6-05* - Diels-Alder

10101110 PC 100010102B6-08, 2B6-09, 2B6-10, 2B6-11,

2B6-132B6-08

2B6-09 1,3-

2B6-10

2B6-11* Petasis-FerrierGRIDNEV Ilya

2B6-13

11201220 PC 111011202B6-15, 2B6-17, 2B6-18, 2B6-19,

2B6-202B6-15* Site-Selective Aerobic Oxygenation of sp3 C-H Bonds of AlcoholsCovalently Bound to N-Oxyl Radical ActivatorGrad. Sch. Pharm., TheUniv. of TokyoOISAKI, Kounosuke; OZAWA, Jun; NI, Jizhi; TASHIRO,Masayuki; KANAI, Motomu

2B6-17

2B6-18 TMSNCS Nadaf Rashid Nabisaheb

2B6-19 1,5-

2B6-20

328 13301430

PC 132013302B6-28, 2B6-31, 2B6-32, 2B6-332B6-28 WPI-ITbM

2B6-31 Diels-Alder

2B6-32 Phase-transfer catalyzed asymmetric synthesis of 5,5-disubstitutedunsaturated -lactamsGrad. Sch. Sci., Kyoto Univ.ARLT, Alexander;HASHIMOTO, Takuya; MARUOKA, Keiji

2B6-33

14401540 PC 143014402B6-35, 2B6-37, 2B6-38, 2B6-392B6-35* N

2B6-37 2WPI-ITbMJST CREST

2B6-38 1,6- WPI-ITbMJST CREST

2B6-39* WPI-ITbMJST CREST

15501650 PC 154015502B6-42, 2B6-44, 2B6-45, 2B6-46,

2B6-472B6-42* 1,2-- Diels-AlderJST CREST

2B6-44 -JST CREST

2B6-45 Boronic Acid-DMAP(O) Cooperative Catalysis for DehydrativeCondensation between Carboxylic Acids and AminesGrad. Sch. Eng.,Nagoya Univ.LU, Yanhui; ISHIHARA, Kazuaki

2B6-46 (II)

2B6-47 Asymmetric catalytic activity of quaternary ammonium salts ofcinchona alkaloid containing acetylenic moietyToyohashi Univ. of Tech.HASSAN, Md. mehadi; HARAGUCHI, Naoki; ITSUNO, Shiniti

40

17001730 PC 165017002B6-49, 2B6-512B6-49*

2B6-51

329 900 1000

PC 8509003B6-01, 3B6-02, 3B6-03, 3B6-04,3B6-05, 3B6-06

3B6-01 1,2,3- 2,2- WPI-ITbMJST CREST

3B6-02 3-WPI-ITbMJST CREST

3B6-03 WPI-ITbMJST CREST

3B6-04

3B6-05 Morita-Baylis-Hillman

3B6-06 Baylis-Hillman

10101110 PC 100010103B6-08, 3B6-09, 3B6-10, 3B6-11,

3B6-123B6-08 3B6-09

3B6-10 /PPY:

3B6-11 MacMillan

3B6-12* Development of Catalytic Imine-imine Cross Coupling ReactionsGrad. Sch. Sci., The Univ. of TokyoMATSUMOTO, Masatoshi;HARADA, Masashi; YAMASHITA, Yasuhiro; KOBAYASHI, Shu

11201220 PC 111011203B6-15, 3B6-17, 3B6-18, 3B6-203B6-15* 3B6-17 -

3B6-18* N-Heterocyclic Carbene Catalyzed Umpolung of Michael AcceptorsNagoya Inst. of Tech. Department of Materials Science and EngineeringMATSUOKA, Shin-ichi; KATO, Terumasa; NAMERA, Shoko;

NAKAZAWA, Masanori; TAKAGI, Koji; SUZUKI, Masato

3B6-20 N-

329 16501740

PC 164016503B6-48, 3B6-49, 3B6-50, 3B6-51,3B6-52

3B6-48 Phospha-Brook--

3B6-49 Phospha-Brook

3B6-50 Lossen

3B6-51

3B6-52 -

17501830 PC 174017503B6-54, 3B6-55, 3B6-56, 3B6-573B6-54

3B6-55 - N- Claisen

3B6-56

3B6-57 HMPT CFBr3

ERATO-JST

B7 ESES033

A

327

900 1000 PC 8509001B7-01, 1B7-03, 1B7-04, 1B7-05,

1B7-061B7-01* -- 1,3-JST CREST

1B7-03 n-- Diels-AlderJST CREST

1B7-04

1B7-05 DielsAlder

1B7-06

10101110 PC 100010101B7-08, 1B7-10, 1B7-11, 1B7-12,

1B7-131B7-08*

1B7-10

1B7-11

1B7-12 2-

1B7-13

11201220 PC 111011201B7-15, 1B7-16, 1B7-17, 1B7-18,

1B7-19, 1B7-201B7-15

1B7-16

1B7-17 2,2,3-Trimethyl-2-silapent-4-ene

1B7-18 Felkin-Anh()

1B7-19 5-oxa-8-thiaspiro[3.4]oct-1-ene

1B7-20 Nazarov

327 13301430

PC 132013301B7-28, 1B7-29, 1B7-30, 1B7-31,1B7-33

1B7-28 -

1B7-29

1B7-30 JST CRESTUYANIK Muhammet

1B7-31* 2- JST CREST UYANIK

41

Muhammet1B7-33 JST CRESTUYANIKMuhammet

14401540 PC 143014401B7-35, 1B7-37, 1B7-38, 1B7-39,

1B7-401B7-35* ortho-/1,4-/ I2CNER

1B7-37 (III)ortho-JST CRESTUYANIK Muhammet

1B7-38 (III) 2,5-JST CRESTUYANIK Muhammet

1B7-39 (III) 1,5-

1B7-40 Baeyer-Villiger

UYANIK Muhammet15501650 PC 154015501B7-42, 1B7-43, 1B7-44, 1B7-45,

1B7-471B7-42 [3+2]

1B7-43 -

1B7-44

1B7-45* Dehydrogenation of primary alcohols using metal oxide photocata-lysts under visible light irradiationRCMS, Nagoya Univ.; Grad. Sch. Sci.,Nagoya Univ.; Inst. Adv. Res., Nagoya Univ.; Fac. Sci., Tokyo Univ. of Sci.NAKA, Hiroshi; LIU, Zijun; CANER, Joaquim; KUDO, Akihiko; NOYORI,

Ryoji; SAITO, Susumu

1B7-47

17001740 PC 165017001B7-49, 1B7-50, 1B7-51, 1B7-521B7-49 Visible Light-Mediated Chan-Lam Coupling Reactions of Arylboro-nic Acids and AminesGrad. Sch. Sci., The Univ. of TokyoYOO, Woo-Jin;TSUKAMOTO, Tatsuhiro; KOBAYASHI, Shu

1B7-50 YOO Woo-Jin

1B7-51

1B7-52

17501830 PC 174017501B7-54, 1B7-55, 1B7-56, 1B7-571B7-54 -

1B7-55 -

1B7-56 C-1 JACQUET AntoineROBERT FredericLANDAIS Yannick

1B7-57

328 900 1000

PC 8509002B7-01, 2B7-02, 2B7-03, 2B7-04,2B7-05, 2B7-06

2B7-01

2B7-02 YOO Woo-Jin

2B7-03

2B7-04 (V) Oxone

1 ,2-JSTCRESTUYANIK Muhammet

2B7-05 /JST CRESTUYANIK Muhammet

2B7-06 --JST CRESTUYANIK Muhammet

UYANIK Muhammet10101110 PC 100010102B7-08, 2B7-09, 2B7-10, 2B7-11,

2B7-12, 2B7-132B7-08

2B7-09 C(sp3)-H

2B7-10 1,3-

2B7-11 SmI2/Sm/Me3SiCl

2B7-12

2B7-13

11201210 PC 111011202B7-15, 2B7-16, 2B7-17, 2B7-18,

2B7-192B7-15 C-H/C-C

2B7-16 p-I-PhOH

2B7-17 BH3 SN2

2B7-18

2B7-19 WPI-AIMR

328 13301430

PC 132013302B7-28, 2B7-29, 2B7-30, 2B7-31,2B7-32, 2B7-33

2B7-28 LASC-SWNT

2B7-29 Lewis-(LASC)

2B7-30

2B7-31 (II)Mannich Diels-Alder

2B7-32 Diels-Alder

2B7-33 - 1,2- DielsAlderJST CREST

14401540 PC 143014402B7-35, 2B7-37, 2B7-38, 2B7-39,

2B7-402B7-35* Study of heterogeneous organic reactions using real-time reactionmonitoring with mass spectrometryGrad. Sch. Sci., The Univ. of TokyoMASUDA, Koichiro; KOBAYASHI, Shu

2B7-37

2B7-38 2,23 2,42

2B7-39 --,-

2B7-40 Lewis

42

15501650 PC 154015502B7-42, 2B7-43, 2B7-44, 2B7-46,

2B7-472B7-42 (II)

2B7-43 Cu(II) catalysis in asymmetric boron conjugate additions in organicsolventsGrad. Sch. Sci., The Univ. of TokyoZHU, Lei; KITANOSONO,Taku; XU, Pengyu; KOBAYASHI, Shu

2B7-44* Stereoselective synthesis of densely heterofunctionalized molecules bysecondary amine catalystsGrad. Sch. Sci., Kyoto Univ.SAKAMOTO,Ryu; KANO, Taichi; MARUOKA, Keiji

2B7-46 ,

2B7-47

17001730 PC 165017002B7-49, 2B7-50, 2B7-512B7-49

2B7-50 PyBidine aza-Henry

2B7-51 NHC,-

329 900 1000

PC 8509003B7-01, 3B7-02, 3B7-03, 3B7-04,3B7-05, 3B7-06

3B7-01 N-Mannich

3B7-02

3B7-03

3B7-04 /()

3B7-05

3B7-06 2-

10101110 PC 100010103B7-08, 3B7-09, 3B7-10, 3B7-11,

3B7-12, 3B7-133B7-08

3B7-09 1,4-

3B7-10 1,4-

3B7-11 2(3H)- antinitro-Michael

3B7-12

3B7-13 [2+2]

11201210 PC 111011203B7-15, 3B7-16, 3B7-17, 3B7-183B7-15 2-

3B7-16 - N-/Mi-chael

3B7-17 Michael

3B7-18* (III) 1,4-

329 17001740

PC 165017003B7-49, 3B7-50, 3B7-51, 3B7-523B7-49

3B7-50

3B7-51 (1,10)

3B7-52

17501830 PC 174017503B7-54, 3B7-55, 3B7-56, 3B7-573B7-54

3B7-55

3B7-56 Julia

3B7-57

B8 ESES034

A

327

900 1000 PC 8509001B8-01, 1B8-02, 1B8-03, 1B8-04,

1B8-051B8-01

1B8-02 1,2-JST ERATO

1B8-03

1B8-04

1B8-05* JST ERATO

10101110 PC 100010101B8-08, 1B8-09, 1B8-10, 1B8-11,

1B8-12, 1B8-131B8-08 Claisen CF3

1B8-09

1B8-10 redox

1B8-11 4,4,4--2--1-

1B8-12 1--1-

1B8-13 Gem-

11201220 PC 111011201B8-15, 1B8-16, 1B8-17, 1B8-18,

1B8-19, 1B8-201B8-15

1B8-16 (-)

43

1B8-17

1B8-18 sp3

1B8-19

1B8-20 2,3,3,3-

327 13301430

PC 132013301B8-28, 1B8-29, 1B8-30, 1B8-32,1B8-33

1B8-28 3,3-

1B8-29 C-F

1B8-30* HF

1B8-32 -

1B8-33

14401540 PC 143014401B8-35, 1B8-36, 1B8-37, 1B8-38,

1B8-39, 1B8-401B8-35

1B8-36 SN2-SNV

1B8-37 JST CREST

1B8-38 (III) 2-JST CREST

1B8-39

1B8-40

15501650 PC 154015501B8-42, 1B8-43, 1B8-451B8-42 -[3+2] 3-(-3-)-

1B8-43* Catalytic asymmetric [3+2] cycloaddition for indole compoundscontaining quaternary chiral carbon centerGrad. Sch. Sci., Chiba Univ.AWATA, Atsuko; ARAI, Takayoshi

1B8-45

17001740 PC 165017001B8-49, 1B8-51, 1B8-521B8-49* WPI-ITbMJST CREST

1B8-51 5-[3+2]WPI-ITbMJST CREST

1B8-52 -

17501830 PC 174017501B8-54, 1B8-55, 1B8-56, 1B8-571B8-54 redox C(sp3)-H

1B8-55 redox

1B8-56 redox

1B8-57 2,3--2,3--1,4-2,3--1,4-

328 900 1000

PC 8509002B8-01, 2B8-02, 2B8-03, 2B8-04,2B8-05, 2B8-06

2B8-01

2B8-02 3 H8-BINOL

2B8-03 3--H8-BINOL

2B8-04

2B8-05 -

2B8-06 -

10101110 PC 100010102B8-08, 2B8-10, 2B8-11, 2B8-12,

2B8-132B8-08* Development of Ecient Asymmetric [3+2] Cycloaddition ReactionsUsing Chiral Copper Amide CatalystsGrad. Sch. Sci., The Univ. of TokyoYOSHIMOTO, Susumu; YAMASHITA, Yasuhiro; KOBAYASHI, Shu

2B8-10 - Schiffendo [3+2]

2B8-11 /

2B8-12 -

2B8-13

11201220 PC 111011202B8-15, 2B8-16, 2B8-17, 2B8-18,

2B8-19, 2B8-202B8-15 2

2B8-16 -

2B8-17

2B8-18

2B8-19 HBr HBr

2B8-20 Henry

328 13301430

PC 132013302B8-28, 2B8-29, 2B8-30, 2B8-31,2B8-32, 2B8-33

2B8-28

2B8-29

2B8-30 Artocarpin

2B8-31 Valerenic acid

2B8-32

2B8-33 (+)-Duocarmycin A

14401540 PC 143014402B8-35, 2B8-36, 2B8-37, 2B8-38,

2B8-39, 2B8-402B8-35 19 D3A

2B8-36 ()

44

2B8-37

2B8-38

2B8-39 -

2B8-40

15501640 PC 154015502B8-42, 2B8-43, 2B8-44, 2B8-45,

2B8-462B8-42

2B8-43 O-Phosohinative Passerini/Pudovik : - one-pot

2B8-44 1Savukynas Vaidas

2B8-45 2

2B8-46 (E)-

16501730 PC 164016502B8-48, 2B8-49, 2B8-50, 2B8-512B8-48

2B8-49 6 3-[7]

2B8-50 16 3--5-[7]

2B8-51

329 900 1000

PC 8509003B8-01, 3B8-02, 3B8-03, 3B8-04,3B8-05, 3B8-06

3B8-01 - N-/

3B8-02 - N,N- N,N,C-

3B8-03

3B8-04

3B8-05 (II)

3B8-06

10101110 PC 100010103B8-08, 3B8-09, 3B8-10, 3B8-11,

3B8-123B8-08 (I)

3B8-09 ,---

3B8-10 3--2-

3B8-11 ,--- N-

3B8-12* ,- - N-

11201220 PC 111011203B8-15, 3B8-16, 3B8-17, 3B8-18,

3B8-203B8-15 Tris(2-hydroxyethyl)-1,3,5-benzenetricarboxylate

3B8-16

3B8-17 1,2-E-WPI-ITbMJST CREST

3B8-18* WPI-ITbMJSTCREST

3B8-20 -

329 17001800

PC 165017003B8-49, 3B8-50, 3B8-52, 3B8-53,3B8-54

3B8-49 ---

3B8-50*

3B8-52 2-

3B8-53 ,

3B8-54 Enantioselective Organocatalyzed Synthesis of Cyclobutanes viaformal [2+2] CycloadditionISIR, Osaka Univ.ARTEAGA, Fernandoarteaga; TAKIZAWA, Shinobu; SASAI, Hiroaki

B9 ESES035

H

327

13001400 PC 125013001B9-25, 1B9-26, 1B9-27, 1B9-291B9-25 2,2,2--1-()

1B9-26

1B9-27*

1B9-29* Ecient amide bond formation through a rapid and strong activationof carboxylic acid, and its application for a synthesis of feglymycinGrad.Sch. Sci., Eng., Tokyo TechMIFUNE, Yuto; FUSE, Shinichiro; TANAKA,Hiroshi; TAKAHASHI, Takashi

14101510 PC 140014101B9-32, 1B9-34, 1B9-35, 1B9-36,

1B9-371B9-32* Multi-step Flow Synthesis of Optical Active -Amino Acid Deriva-tivesGrad. Sch. Sci., The Univ. of TokyoTSUBOGO, Tetsu;KOBAYASHI, Shu

1B9-34

1B9-35

1B9-36

1B9-37 -

15201620 PC 151015201B9-39, 1B9-40, 1B9-41, 1B9-43,

45

1B9-441B9-39

1B9-40 2-LeonardoDegennaroRenzo Luisi

1B9-41*

1B9-43

1B9-44 Hydrogenation of aromatic compounds using polysilane supportedrhodium/platinum nanoparticlesGrad. Sch. Sci., The Univ. of TokyoTAMMINANA, Ramana; YASUKAWA, Tomohiro; MIYAMURA,

Hiroyuki; KOBAYASHI, Shu

328 900 1000

PC 8509002B9-01, 2B9-02, 2B9-03, 2B9-04,2B9-05

2B9-01

2B9-02

2B9-03

2B9-04 Al-Sc

2B9-05* The Development of an Enzyme-Mimetic System with Catechol-Stabilized Naked Platinum Nanoclusters: Homogeneous Cooperative Catalysis

for Aerobic Oxidation of Amines to IminesGrad. Sch. Sci., The Univ. ofTokyoYUAN, Hao; MIYAMURA, Hiroyuki; KOBAYASHI, Shu

10101110 PC 100010102B9-08, 2B9-09, 2B9-10, 2B9-11,

2B9-12, 2B9-132B9-08 p

2B9-09 p

2B9-10 C-H 4

2B9-11

2B9-12 1,3,5-[(4-)]

2B9-13

11201200 PC 111011202B9-15, 2B9-17, 2B9-182B9-15* Development of asymmetric synthesis catalyzed by biomass supportedchiral rhodium nanoparticles and study of structureGrad. Sch. Sci., TheUniv. of TokyoYASUKAWA, Tomohiro; MIYAMURA, Hiroyuki;KOBAYASHI, Shu

2B9-17 Rh-

2B9-18 1,4-

329 900 1000

PC 8509003B9-01, 3B9-02, 3B9-03, 3B9-053B9-01

3B9-02

3B9-03*

3B9-05*

10101110 PC 100010103B9-08, 3B9-10, 3B9-11, 3B9-12,

3B9-133B9-08* The Eects of Amide Addition and Size of Nanoparticles in AerobicOxidation Reactions Catalyzed by Polymer Incarcerated Gold Nanoparticles

Grad. Sch. Sci., The Univ. of TokyoMIN, Hyemin; SOULE, Jean-Francois; MIYAMURA, Hiroyuki; KOBAYASHI, Shu

3B9-10 N-Alkylation of primary amides via hydrogen autotransfer facilitatedby metal nanoparticlesGrad. Sch. Sci., The Univ. of TokyoCHOO, ChongYu Gerald; MIYAMURA, Hiroyuki; KOBAYASHI, Shu

3B9-11 Aerobic oxidative aromatization catalyzed by polymer incarceratedgold nanoclusterGrad. Sch. Sci., The Univ. of TokyoMIYAMURA,Hiroyuki; KOBAYASHI, Shu

3B9-12

3B9-13

11201200 PC 111011203B9-15, 3B9-16, 3B9-17, 3B9-183B9-15 -

3B9-16

3B9-17 -DECHARIN Santida

3B9-18

C1 1 121

327

Fe

900 1000 PC 8509001C1-01, 1C1-02, 1C1-03, 1C1-04,

1C1-05, 1C1-061C1-01 -diketiminate

1C1-02

1C1-03 ALCA, JSTLEE YONG-MINNAM WONWOO

1C1-04

1C1-05 L-proline

1C1-06 (III)

Rh

10101110 PC 100010101C1-08, 1C1-09, 1C1-10, 1C1-121C1-08 JSTACT-C

1C1-09 Structures and Properties of Dinuclear Rhodium(I) Complexes withFormamidinato Bridging LigandsFac. Sci. Eng., Shimane Univ.; Sch. Sci.Tech., Kwansei Gakuin Univ.IDE, Yuki; IKEUE, Takahisa; INOUE,Ryoko; YOSHIOKA, Daisuke; MIKURIYA, Masahiro; HANDA, Makoto

1C1-10* CO

1C1-12*

46

Cr

11201200 PC 111011201C1-15, 1C1-17, 1C1-181C1-15* 2ALCA, JSTLIU ShuoBOUGHERCurtHICKS ScottABU-OMAR Mahdi M.

1C1-17 (V)-

1C1-18 (V)

328

Co,Rh,Ir

900 1010 PC 8509002C1-01, 2C1-02, 2C1-04, 2C1-05,

2C1-06, 2C1-072C1-01 B12

2C1-02* BadieiYosraMUCKERMAN James T.

2C1-04 C1 Rh

2C1-05 C-H

2C1-06

2C1-07 NCC

10201130 PC 101010202C1-09, 2C1-10, 2C1-11, 2C1-12,

2C1-13, 2C1-14, 2C1-152C1-09

2C1-10 HCl

2C1-11

2C1-12 SiNN

2C1-13 P-B-PIr

2C1-14 2

2C1-15

328

Co,Rh,Ir

14301530 PC 142014302C1-34, 2C1-35, 2C1-36, 2C1-37,

2C1-38, 2C1-392C1-34 PNP(I) C-H

2C1-35 Application of Bis(cyclometalated)iridium Complexes toward AlcoholOxidation and One-pot Dehydrogenative Silylation of Benzyl Alcohol

DerivativesSch. Eng. Sci., Osaka Univ.CHOI, Gyeongshin; TSURUGI,Hayato; MASHIMA, Kazushi

2C1-36 C-F

2C1-37 C-N

2C1-38 Ir-Vaska

2C1-39 8 9 N-H

15401640 PC 153015402C1-41, 2C1-42, 2C1-43, 2C1-44,

2C1-462C1-41 2C1-42 Cp*Rh(III) Cp*Ir(III) 1,4-

2C1-43 Ir(III)

2C1-44* Cp*Ir(III)

Ni,Pd,Pt

2C1-46

16501740 PC 164016502C1-48, 2C1-50, 2C1-51, 2C1-522C1-48*

2C1-50 Pd

2C1-51 Pd

2C1-52

329 900 1000

PC 8509003C1-01, 3C1-02, 3C1-03, 3C1-