SCEJ 80th Annual Meeting (Tokyo, 2015): Hall and day program

Hall and day program

Hall X, Y, Day 1

Most recent update: 2015-03-05 09:42:37

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Poster session A -Biochemical engineering, Supercritical fluid-
13:20– 15:20	XA101	Effect of Y-27632 concentration during embryoid body formation on the differentiation of human iPS cells into cardiomyocytes (U. Yamanashi) *Ohnuki Yoshitsugu, Kondo Takumi, Kurosawa Hiroshi	human iPS cells ROCK inhibitor cardiomyocytes	7-e	323
13:20– 15:20	XA102	Construction of agarase expression system in yeast for agarose degradation (Tokyo Tech.) *Zainulkamal S., (MYU) Yanagisawa M., (Tokyo Tech.) Nakasaki K., (KUT) Ariga O.	beta-Agarase expression neoagarooligosaccharide	7-g	248
13:20– 15:20	XA103	Identification the D-amino acids in Aplysia central nervous system (Shibaura Inst. Tech) *Yanagi Takahito, Yoshimi Yasuo, Miyake Yuki	D-amino acid D-aspartic acid High performance liquid chromatography	7-e	299
13:20– 15:20	XA104	*Enzymatic synthesis and functionalization of gold nanoparticle by recombinant Escherichia coli* cells** (Kyushu U.) *Hosomomi Y., (Tohoku U.) Niide T., (Kyushu U.) Kubota F., Goto M., Kamiya N.	biomineralization Escherichia coli gold nanoparticles	7-a	775
13:20– 15:20	XA105	The microscopic analysis of aggregation and adhesive properties mediated by the adhesive protein AtaA I: From the colloidal chemistry (Nagoya U.) *Furuichi Yoshihide, Yoshimoto Syogo, Hori Katsutoshi	colloid nanofiber adhesion	7-a	432
13:20– 15:20	XA106	Study of efficient production methods of biologically active substances with marine microorganisms Labyrinthula (Yamaguchi U.) *Kobayashi Tetsuya, Masaki Humiaki, Torisaka Eiichi, (Oshima NCMT) Sugimura Yoshiaki, (Yamaguchi U.) Hukunaga Kimitoshi	Labyrinthula biologically active substances Carotenoid	7-a	482
13:20– 15:20	XA107	Generation of scFv-Fc-producing CHO cells using AGIS (Kyushu U.) *Komatsu Shodai, Inao Takanori, Kato Risa, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi	Accumulative site-specific gene integration system Cre/loxP scFv-Fc	7-e	420
13:20– 15:20	XA108	Clustering of lipid rafts in cell membranes of lymphoma by trehalose liposomes (Sojo U.) *Kuwano Masataka, Ichihara Hideaki, Matsumoto Yoko	antitumor effect trehalose liposome lipid raft	7-e	173
13:20– 15:20	XA109	Microbial Analysis of Composting with Temperature Control for the Reduction of Ammonia Odor Emission (Tokyo Tech) *Choi Wonkyung, Nakasaki Kiyohiko	Composting Ammonia microorganism	7-g	409
13:20– 15:20	XA110	Generation of genetically modified hepatoma cells with inducible high liver functions (Kyushu U.) *Tonello J., Sonoda Y., Yamamoto H., Kawabe Y., Ito A., Kamihira M.	hepatoma liver function transcription factor	7-e	576
13:20– 15:20	XA111	The microscopic analysis of aggregation and adhesive properties mediated by the adhesive protein AtaA II: From the effect of shear stress (Nagoya U.) *Izumitani Keita, Furuichi Yoshihide, Hori Katsutoshi	Shear stress Adhesion Bacterial cell	7-a	437
13:20– 15:20	XA112	Development of functional emulsions for mucosal immune induction (Yamaguchi U.) *Hirose T., Torisaka E.	emultion vaccine mucosal immune	7-e	487
13:20– 15:20	XA113	Development of a novel nanodispersion technique for poorly water-soluble drugs. (Kyushu U.) *Owada Yuki, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro	Drug delivery Nanocarrier Emulsion	7-e	481
13:20– 15:20	XA114	Characterization of physical properties of cell membrane related to allergic reaction (Osaka U.) *Kota Momoko, Okamoto Yukihiro, Suga Keishi, Umakoshi Hiroshi	cell membrane allergy degranulation	7-b	572
13:20– 15:20	XA115	Therapeutic effect of cationic liposome against colon carcinoma (Sojo U.) *Motomura Muneaki, Ichihara Hideaki, Matsumoto Yoko	antitumor effect cationic liposome colon carcinoma	7-e	174
13:20– 15:20	XA116	Liver functions of genetically modified hepatoma cells in three dimensional cultures (Kyushu U.) *Kawashima Saori, Sanbuichi Takanori, Sonoda Yuto, Jane Tonello, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi	hepatoma cells liver-enriched transcriptional factor three dimensional cell culture	7-e	562
13:20– 15:20	XA117	Development of fluorescent antibody probes to detect tumor-associated membrane protein claudin (U. Tokyo) *Kawamura Takuya, (Osaka U.) Iida Manami, Kawahigashi Yumi, Takigawa Mutsumi, (U. Tokyo) Chung Chan-I, (CRL, Tokyo Tech.) Jeong Hee-Jin, Dong Jinhua, (Osaka U.) Kondoh Masuo, (CRL, Tokyo Tech.) Ueda Hiroshi	Membrane protein Antibody Fluorescent probe	7-a	804
13:20– 15:20	XA118	Mutation of LEA peptide for the enhance system of protein expression in E.coli (Kyutech) *Hamada Hiro, Ikeno Shinya, Haruyama Tetsuya	LEA protein peptide co-expression	7-a	397
13:20– 15:20	XA119	Transdermal Drug Delivery System of Hyaluronic acid Utilizing Solid-in-Oil nanodispersion technique (Kyushu U.) *Deguchi Nao, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro	Hyaluronic acid Solid-in-Oil nanodispersion technique Transdermal Drug Delivery System	7-e	578
13:20– 15:20	XA120	Construction of yeast Pichia pastoris with high cell-surface lipase activity (Osaka Pref. U.) *Kimoto Y., Yamada R., Ogino H.	lipase yeast cell surface display	7-b	815
13:20– 15:20	XA121	Study on prevention of peritoneal adhesion by using anti-inflammatory functioning steroid and carboxymethyl cellulose non-woven sheet. (U. Tokyo) *Qi P., Nishiyama T., Shimizu A., Ohta S., Hasegawa K., Kokudo N., Ito T.	adhension steroid Carboxymethyl cellulose	7-e	896
13:20– 15:20	XA122	Development of polyphosphate modified hyaluronic acid hydrogel and its hemostatic effect (Kanagawa Inst.Tech.) *Sakoda M., (U. Tokyo) Qi P., Kaneko M., Ohta S., (Kanagawa Inst.Tech.) Ichimura S., (U. Tokyo) Yatomi Y., Ito T.	in situ crosslinkable gel polyphosphate hemostasis	7-e	793
13:20– 15:20	XA123	Site-specific cellular modification using Cre-incorporating integrase-defective lentiviral vectors (Kyushu U.) *Imanishi Suguru, Shimomura Takuya, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi	Integrase-defective lentiviral vector Cre/loxP Site-specific cellular modification	7-e	439
13:20– 15:20	XA124	Optimization of culture methods for expansion of human iPS cells based on biochemical engineering (U. Tokyo) *Urabe Yusuke, Horiguchi Ikki, Sakai Yasuyuki	iPS cells bFGF glucose consumption	7-e	458
13:20– 15:20	XA125	Search for effective microorganisms in decomposing garbage (Shizuoka U.) *Itaya S., Matsuda S.	garbage treatment effective microorganisms decomposition	7-g	332
13:20– 15:20	XA126	Construction of a functionally hairy bacterium : bacterial cells covered with multifunctional hair developed from a nanofiber protein, AtaA (Nagoya U.) *Kanie J., Nakatani H., Hori K.	hairy bacterium bacterionanofiber multifunctional protein	7-a	837
13:20– 15:20	XA127	Production of 2,3-butanediol using Bacillus from cellobiose (Kobe U.) *Takashima Shingo, Tanimura Kosuke, Tanaka Tsutomu, Kondo Akihiko	bacillus 2,3-butanediol cellobiose	7-a	211
13:20– 15:20	XA128	Drug screening using tissue-engineered skeletal muscle constructs (Kyushu U.) *Imada Ryusuke, Ito Akira, Ikeda Kazushi, Kawabe Yoshinori, Kamihira Masamichi	screening tissue-engineered skeletal muscle constructs	7-e	492
13:20– 15:20	XA129	Reconstitution of cytochrome P450 system using DNA-binding protein (U. Tokyo) *Hatakeyama Y., Hirakawa H., Nagamune T.	cytochromeP450 DNA	7-a	522
13:20– 15:20	XA130	Surface modification of polydimethylsiloxane using plasma irradiation for patterned neuron culture (Shibaura Inst. Tech) *Harada Kantaro, Kondo Yuki, Yoshimi Yasuo, Miyake Yuki	cell adhesion imaging polydimethylsiloxane	7-a	296
13:20– 15:20	XA131	Oral immunotherapy using egg white containing MHC-epitope fusion proteins derived from genetically manipulated chickens (Kyushu U.) *Obata Reina, Kawabe Yoshinori, Okuzono Kenta, Ito Akira, Kamihira Masamichi	Oral immunotherapy MHC-epitope fusion protein Transgenic chicken	7-e	421
13:20– 15:20	XA132	Mechanism of cellular uptake of ion-crosslinkable star polymers (U. Tokyo) *Nakagawa Y., Ohta S., Ito T.	injectable gels ion-crosslinkable star polymers cellular uptake	7-e	146
13:20– 15:20	XA133	Design of peptide-modified gold nanoparticles for serine protease assay (Kyutech) *Matsuura Daigo, Ikeno Shinya, Katou Tamaki, Haruyama Tetsuya	serine protease gold nanoparticle peptide	7-b	398
13:20– 15:20	XA134	Affinity peptide protects functional peptide from hydrolysis with enzyme (Nagoya U.) *Uoi Sayaka, Shimizu Kazunori, Honda Hiroyuki	peptide hydrolysis	7-b	326
13:20– 15:20	XA135	Study of solute permeation in a peritoneum model (Hosei U.) *Ouchi Kei, Yamashita Akihiro, (Tokyo women's medical.U.) Mineshima Michio, Sakiyama Ryoichi	Permeability Cell sheet Peritoneum	7-e	661
13:20– 15:20	XA136	Inducing granulocyte differentiation of a myeloid progenitor cell line 32Dcl3 using a chimeric receptor (U. Tokyo) *Shen Zhongchuzi, Nakabayashi Hideto, Kawahara Masahiro, Nagamune Teruyuki	Chimeric receptor differentiation granulocyte	7-e	359
13:20– 15:20	XA137	Improvement and evaluation of the method for fabricating artificial vascular tissues using channel structures (Chiba U.) *Kinoshita Keita, Iwase Masaki, Yajima Yuya, Yamada Masumi, Seki Minoru	Hydrogel Vascular tissue Tissue engineering	7-e	864
13:20– 15:20	XA138	Metabolic flux analysis of mammalian cell culture (Osaka U.) *Okahashi Nobuyuki, Matsuda Fumio, (Kanazawa U.) Kohno Susumu, Takahashi Chiaki, (Osaka U.) Shimizu Hiroshi	metabolic flux analysis mammalian cell culture 13C tracer experiment	7-f	545
13:20– 15:20	XA139	Development of cellulase - polymer hydrid imitating a structure of natural cellulosome (Kyushu U.) *Saeki Takafumi, Wakabayashi Rie, Mori Yutaro, Yahiro Kensuke, Ichinose Hirofumi, (Kobe U.) Tanaka Tsutomu, (Kyushu U.) Goto Masahiro, Kamiya Noriho	cellulase cellulosome biomass	7-g	693
13:20– 15:20	XA140	Structured parameter analysis of cell morphological parameters for the image-based cell quality assessment (Nagoya U.) *Kawai Shun, (Nagoya Inst. Tech.) Takeuchi Ichiro, Imamura Motoki, (Nagoya U.) Kanie Kei, Kato Ryuji	Cell image analysis Multiple regression Parameter set	7-f	607
13:20– 15:20	XA141	Fabrication of perfusable liver tissue models by stacking liver cell-embedding hydrogel microfibers (Chiba U.) *Yajima Y., Yamada M., Seki M.	Liver tissue engineering Perfusion culture Hydrogel	7-e	731
13:20– 15:20	XA142	Sensitive detection of neonicotinoid pesticide imidacloprid based on the fluorescence quenching principle (CRL, Tokyo Tech.) *Zhao Shitao, Jeong Hee-Jin, Dong Jinhua, Ueda Hiroshi	Quenchbody imidacloprid fluorescent biosensor	7-a	412
13:20– 15:20	XA143	Use of Cardiolipin-Modified Liposome as a Platform of regulation for enzymes relating to TCA cycle (Osaka U.) *Hamasaki Akari, Suga Keishi, Okamoto Yukihiro, Umakoshi Hiroshi	Membranome Cardiolipin-Modified Liposome Isocitrate Dehydrogenase	7-a	798
13:20– 15:20	XA144	Secretory production of tetrameric streptavidin using Streptomyces lividans (Kobe U.) *Tanaka Y., (RIKEN) Noda S., (Kobe U.) Tanaka T., Kondo A.	streptavidin Streptomyces Protein expression	7-a	431
13:20– 15:20	XA145	Molecular dynamics study on hydration of agarooligosaccharides (Kyoto U.) *Ishimizu M., Suzuki T., Tamon H.	molecular dynamics hydration agarooligosaccharide	7-h	742
13:20– 15:20	XA146	Study on Production Process of Microbial Polysaccharides (Yamagata U.) *Ri Sou, Takahata Yasuyuki, Takahashi Koji	Production process Microbial Cellulose Kefiran	7-h	144
13:20– 15:20	XA147	Development of a method to detect protein-protein interactions based on a growth signal generated by localization of signaling molecules (U. Tokyo) *Kageoka M., Nagamune T., Kawahara M.	signaling molecule localization protein-protein interaction	7-e	320
13:20– 15:20	XA148	Preparation of food-grade monodisperse O/W emulsions using newly developed metal asymmetric straight-through microchannel arrays (U. Tsukuba/NFRI, NARO) *Zhang Y. R., (NFRI, NARO) Kobayashi Isao, (EP Tech. Co., Ltd) Wada Yoshihiro, (U. Tsukuba/NFRI, NARO) Neves M. A., (NFRI, NARO) Uemura Kunihiko, (U. Tsukuba/NFRI, NARO) Nakajima Mitsutoshi	Microchannel emulsification monodisperse oil-in-water emulsion metallic device	7-h	566
13:20– 15:20	XA149	Improvement of immune induction efficiency by transcutaneous vaccine using Solid-in-Oil technology (Kyushu U.) *Naritomi A., Hirakawa Y., Wakabayashi R., Kamiya N., Goto M.	transcutaneous vaccine nanodispersion antibody production	7-e	842
13:20– 15:20	XA150	Control of enzyme immobilization on the electrode to increase the activity of immobilized enzyme (Tokyo Inst.Tech.) *Morita N., Tamaki T., Oshiba Y., Yamaguchi T.	enzyme electrode immobilization method activity	7-a	813
13:20– 15:20	XA151	Prevention of biofilm formation onto a polymer coating material introducing fluorine compounds (TUAT) *Bao Qian, (Showa Denko K.K.) Nishimura Norihito, Kamata Hirotoshi, Furue Kentaro, Ono Yuki, (TUAT) Hosomi Masaaki, Terada Akihiko	Biofilm,bacteria,adhesion polymer coating fluorine compound	7-g	816
13:20– 15:20	XA152	Functionalization of outer membrane vesicles of Escherichia coli by surface modification (Osaka U.) *Yamaguchi Kyota, Yajima Reiki, Ojima Yoshihiro, (Mie U.) Sakka Makiko, Sakka Kazuo, (Osaka U.) Taya Masahito	Escherichia coli outer membrane vesicles OmpW	7-a	544
13:20– 15:20	XA153	Development of the primary-cultured rat alveolar tissue model for the assessment of nanoparticle toxicity (IIS, U. Tokyo) *Harano K., Iwasawa K., (Iwate Medical U.) Ogasawara R., Suwabe A., (IIS, U. Tokyo) Sakai Y.	nanoparticle in vitro culture system rat primary cell	7-e	843
13:20– 15:20	XA154	Dielectrophoresis separation of feeder cells and iPS cells (Gunma U.) *Furusawa N., Hakoda M.	dielectrophoresis	7-c	315
13:20– 15:20	XA155	Screening of cytokine binding peptides with peptide arrays and analysis of their sequence rules (Nagoya U.) *kume A., (Tokyo Tech.) Okochi M., (Nagoya U.) Shimizu K., Honda H.	peptide cytokine binding rule	7-a	663
13:20– 15:20	XA156	(withdrawn)		100	589
13:20– 15:20	XA157	Effect of amino acid on cordycepin production by Cordyceps militaris mutant (U. Fukui) *Muneishi Tetsuya, Tanikawa Marina, Masuda Mina, Sakurai Akihiko	cordycepin amino acid Cordyceps	7-a	872
13:20– 15:20	XA158	Redox-sensitive nanogel functionalized by streptavidin for drug delivery system (U. Tokyo) *Mishina Masahiro, Minamihata Kosuke, Nagamune Teruyuki	drug delivery hydrogel Enzymatic reaction	7-e	767
13:20– 15:20	XA159	Spatial distribution and niches of denitrifying methane-oxidizing bacteria present in a rice paddy soil (TUAT) *Kumon Yoko, Nongpat Chaichana, Kimura Sonoko, Riya Shohei, Hosomi Masaaki, Terada Akihiko	Nitrogen cycle denitrifying methane-oxidizing bacteria methane	7-g	876
13:20– 15:20	XA160	Numerical model for iPS cell culture considering mass transfer in a culture environment (Osaka U.) *Suzuki H., Yamamoto T., Takagi Y., Okano Y., (AIST) Sugiura S., Sumaru K., Kanamori T., (Osaka U.) Kino-oka M.	iPS cell mass transfer numerical simulation	7-a	498
13:20– 15:20	XA161	*Control of degradation rate of in situ* cross-linkable gelatin/hyaluronic acid hydrogel** (U. Tokyo) *Hozumi Takuro, Ohta Seiichi, (Yokohama Nat. U.) Fukuda Junji, (U. Tokyo) Ito Taichi	Hyaluronan gelatin degradation	7-i	886
13:20– 15:20	XA162	Accumuration behavior and fibril morphology of amyloid beta protein on lipid planar membrane (Okayama U.) *Iwamura Miki, Shimanouchi Toshinori, (RIKEN Brain Sci. Inst.) Akiyama Hisako, Hirabayashi Yoshio, (Okayama U.) Kimura Yukitaka	Amyloid beta Lipid planar membrane Fibril morphology	7-e	449
13:20– 15:20	YA101	Physical property change of polymer materials influence cell adhesion of short peptides (Nagoya U.) *Kurimoto Rio, Kanie Kei, (Waseda U.) Idota Naokazu, (NIMS MANA) Uto Koichiro, Ebara Mitsuhiro, (Tokyo Tech. RLNR) Tsukahara Takehiko, (Nagoya U.) Hara Mitsuo, Nagano Shusaku, Narita Yuji, Honda Hiroyuki, Kato Ryuji	Peptide Polymer material Cell adhesion	7-e	612
13:20– 15:20	YA102	Design of functional silver nanoparticles for spore detection using SERS (Kyutech) *Hara Noriyasu, Ikeno Shinya, Haruyama Tetsuya	silver nanoparticle spore SERS	7-i	400
13:20– 15:20	YA103	The thin hydrogel jacket modulates the cell cycle profile (Osaka U.) *Hotta Tomoki, Sakai Shinji, Taya Masahito	Hydrogel Cell cycle Fucci2	7-a	493
13:20– 15:20	YA104	Stability improvement of W/O/W emulsions loaded with short-chain fatty acid by layer-by-layer deposition using dietary fibers (U. Tsukuba/Nat. Food Resarch Inst.) *Yamanaka Yohei, (Nat. Food Resarch Inst.) Kobayashi Isao, (U. Tsukuba/Nat. Food Resarch Inst.) Neves Marcos A., Ichikawa Sosaku, (Nat. Food Resarch Inst.) Uemura Kunihiko, (U. Tsukuba/Nat. Food Resarch Inst.) Nakajima Mitsutoshi	W/O/W emulsion Layer-by-Layer deposition Short-chain fatty acid	7-h	662
13:20– 15:20	YA105	Formation mechanism of carboxylic acid modified CeO₂ nanoparticles via an organometallic complex (Tohoku U.) *Sasaki Hikari, (WPI-AIMR, Tohoku U.) Aoki Nobuaki, Hojo Daisuke, (IMRAM, Tohoku U.) Takami Seiichi, (WPI-AIMR, Tohoku U.) Adschiri Tadafumi	cerium oxide nanoparticles hydrothermal synthesis surface modification	8-e	356
13:20– 15:20	YA106	Effects of flow rates on the particle production by supercritical antisolvent crystallization using Y-shape micro device (Shinshu U.) *Nakamura S., Hirota T., Uchida H.	Supercritical carbon dioxide Y-shape micro device Antisolvent crystallization	8-e	893
13:20– 15:20	YA107	Extraction and Micronization of β-glucan by mixed solvent of subcritical water and supercritical CO₂ (Nagoya U.) *Kanda Hideki, Kodama Shoko, Wahyudiono , (Surabaya) Siti Machmudah, (Nagoya U.) Shoda Tetsuya, Goto Motonobu	extraction glucan subcritical water	8-c	666
13:20– 15:20	YA108	Measurement of solubility of anthraquinone in supercritical carbon dioxide (Kanazawa U.) *Tanaka Tatsuro, Simizu Keisuke, Alwi R. S., Tada Kaoru, Tamura Kazuhiro	supercritical carbon dioxide anthraquinone solubility	8-b	771
13:20– 15:20	YA109	Monomerization of aramid fiber using subcritical or supercritical water (Shizuoka U.) *Okamoto H., Okajima I., Sako T.	Chemical recycling Aramid fiber Subcritical water	8-f	668
13:20– 15:20	YA110	scCO₂-assisted Electroless Nickel Plating on Polypropylene Substrate-Injection Molding Conditions and Peeling Force- (Kyoto U.) *Tsubouchi Kensuke, Tengsuwan Siwach, Ishihara Shota, Ohshima Masahiro	electroless plating scCO2 Injection molding	8-f	730
13:20– 15:20	YA111	*Synchrotron in situ* X-ray diffraction for supercritical hydrothermal synthesis of composite oxide nanoparticles** (U. Tokyo) *Yoko A., Akizuki M., (JASRI) Hirao N., (U. Tokyo) Oshima Y.	Synchrotron X-ray diffraction Millisecond order in situ measurement Supercritical hydrothermal synthesis	8-e	389
13:20– 15:20	YA112	Measurement and correlation of diffusion coefficients of drugs in supercritical carbon dioxide (Shizuoka U.) *Watanabe Kou, Kong Chang Yi, (Chuo U.) Funazukuri Toshitaka	diffusion drug supercritical carbon dioxide	8-b	97
13:20– 15:20	YA113	Electrical conductivity of carbon nanoparticle-dispersed gel treated by high pressure carbon dioxide (Tokyo Tech.) *Ohashi J., Shimoyama Y.	carbon nanoparticle viscous liquid electrical conductivity	8-e	201
13:20– 15:20	YA114	Development of a wafer-scale reactor for supercritical fluid chemical deposition (U. Yamanashi) *Kurita S., Kondoh E., Ueno T., Takeuchi Y., Watanabe M., (Fujikura Ltd) Yamamoto S., Suemasu T.	supercritical fluid wafer-scale deposition flow pattern	8-e	567
13:20– 15:20	YA115	Solubility measurement of monomer and catalyst in supercritical CO₂ for synthesis of polylactic acid (Shizuoka U.) *Furuhashi Y., Okajima I., Sako T.	supercritical carbon dioxide polylactic acid solubility	8-c	626
13:20– 15:20	YA116	*Direct extraction of lipid from wet Euglena gracilis* by liquefied dimethyl ether** (Nagoya U.) *Ogawa M., Hoshino R., Murakami K., (Osaka Pref. U./JST) Nakazawa M., (Nagoya U./JST) Kanda H., (Nagoya U.) Goto M.	Liquefied dimethyl ether Euglena gracilis Extraction	8-c	473
13:20– 15:20	YA117	Analyses of sulfurization process of Cu-Zn-Sn oxide thin film using supercritical ethanol (IMRAM, Tohoku U.) *Nakayasu Y., Tomai T., Oka N., (NIMS) Sumiya M., (IMRAM, Tohoku U.) Honma I.	supercritical fluid CZTS thin film sulfurization	8-e	141
13:20– 15:20	YA118	Reduction of graphene oxide using subcritical ethanol (Shizuoka U.) *Shiratori Yuuki, Kong Chang Yi, Iwata Futoshi, Sako Takeshi	reduced graphene oxide graphene ethanol	8-e	756
13:20– 15:20	YA119	Evaluation of cellulose initial decomposition mechanism for the subcritical water processing of biomass (Okayama U.) *Kaneko Takayuki, Shimanouti Toshinori, Yang Wei, Kimura Yukitaka	cellulose crystallinity hydrogen bonding	8-d	586
13:20– 15:20	YA120	Synthesis of piezoelectric material (K, Na)(Nb, Ta)O₃ with a supercritical water flow apparatus (Tohoku U.) *Okada Keisuke, (AIST) Hayashi Hiromichi, (Tohoku U.) Watanabe Masaru, Smith Richard	hydrothermal synthesis piezoelectric material (K, Na)(Nb, Ta)O3	8-e	781
13:20– 15:20	YA121	Chemical recycling of nylon 6 using subcritical water (Shizuoka U.) *Maki S., Okajima I., Sako T.	Chemical recycling Nylon 6 Subcritical water	8-f	658
13:20– 15:20	YA122	Synthesis of nanoparticles by pulsed laser ablation in liquid CO₂ (Nagoya U.) *Mardiansyah Mardis, Takada Noriharu, Kanda Hideki, (Hokkaido U.) Sasaki Koichi, (Nagoya U.) Goto Motonobu	liquid carbon dioxide laser ablation nanoparticle	8-e	713
13:20– 15:20	YA123	Continuous hydrothermal synthesis of Li(Mn_1/3Ni_1/3Co_1/3)O₂ by using sc-H₂O (Kanazawa U.) *Uchida Syoya, Nambu Kurumi, Tamura Kazuhiro	Hydrothermal synthesis Cathode material Li(Mn1/3Ni1/3Co1/3)O2	8-e	752
13:20– 15:20	YA124	Development of Novel Method for Fabrication of Anthracene Films Using Temperature Gradient in Supercritical Solution (U. Tokyo) *Toyokura Shota, (Shinshu U.) Takahara Kozue, Uchida Hirohisa, (U. Tokyo) Shimoyama Yusuke, Shimogaki Yukihiro, Momose Takeshi	Supercritical CO2 anthracene crystallization	8-e	73
13:20– 15:20	YA125	Recycling of phenolic resin composite using supercritical or subcritical fluids (Shizuoka U.) *Yamamoto T., Okajima I., Sako T.	supercritical or subcritical fluids decomposition phenolic resin composite	8-f	682
13:20– 15:20	YA126	One-step Synthesis of Water Dispersible Carbon Nanoperticle by Discharge Plasma at Pressurized Argon/Aqueous Solution Interface (Nagoya U.) *Hayashi Yui, Takada Noriharu, Kanda Hideki, Goto Motonobu	plasma carbon	8-e	604
13:20– 15:20	YA127	Forming polymers using carbon dioxide and nitrogen (Tokyo U. Sci.) *Tanaka S., Shimada Y., Kobayashi D., Shono A., Otake K.	CO2/N2 foaming in situ observation	8-e	667
13:20– 15:20	YA128	*Energy-saving lipid extraction from high moisture Arthrospira platensis* by liquefied dimethyl ether** (Nagoya U.) *Murakami Kazuya, Hoshino Rintaro, Ogawa Masaki, Kurita Yuko, Nerome Hazuki, (Nagoya U./JST) Kanda Hideki, (Nagoya U.) Goto Motonobu	extraction dimethyl ether microalgae	8-c	269
13:20– 15:20	YA129	Hydrothermal dechlorination of PVC in dilute aqueous amine solution (Chuo U.) *Ishibashi Takuya, Tazumi Tiaki, Tuda Ruriko, Ikeda Daisuke, Taguchi Minori, Funazukuri Toshitaka	Amine Hydrothermal Dechlorination	8-d	262
13:20– 15:20	YA130	Effect of solvent species on formation of titania aerogel using supercritical drying (Tokyo Tech.) *Kinoshita M., Kunanusont N., Shimoyama Y.	supercritical drying sol-gel reaction titania aerogel	8-e	197
13:20– 15:20	YA131	Ethanol production from paper sludge pretreated by subcritical water using same vessel saccharification and fermentation (Shizuoka U.) *Kodama Y., Okajima I., Sako T.	subcritical water paper sludge bio-ethanol	8-f	728
13:20– 15:20	YA132	Viscosity reduction of ionic liquids that dissolve biomass with supercritical CO₂ and with water (Tohoku U.) *Baba Shiori, Hiraga Yuya, Sato Yoshiyuki, Aida Taku, Watanabe Masaru, Smith Richard	ionic liquid viscosity supercritical carbon dioxide	8-b	653
13:20– 15:20	YA133	Hydrolysis rate for filter paper in dilute aqueous acid solution under hydrothermal condition (Chuo U.) *Kodama Taiki, Hirazima Kengo, Taguchi Minori, Funazukuri Toshitaka	Cellulose Hydrothermal Hydrolysis rate	8-d	263
13:20– 15:20	YA134	Release profile of drug from silicone hydrogel impregnated in carbon dioxide + water two phases (Tokyo Tech.) *Taira T., Yokozaki Y., Shimoyama Y.	carbon dioxide drug delivery system silicone hydrogel	8-e	220
13:20– 15:20	YA135	The effect of solvent species on TiO₂ photocatalyst by supercritical drying method (Hachinohe NCT) *Nara Mitsunobu, Hasegawa Akira, Honma Tetsuo	TiO2 photocatalyst supercritical CO2 drying sol-gel method	8-e	166
13:20– 15:20	YA136	Solid acid catalyzed reactions using layered catalysts in hot compressed water (U. Tokyo) *Nagoya S., Akizuki M., Oshima Y.	Hot compressed water Acid catalyzed reaction Layered metal oxide	8-d	834
13:20– 15:20	YA137	*Effect of pH on the fuel properties of residue and liquid products produced from hydrothermal carbonization of husks of nuts Carya cathayensis* Sarg** (Okayama U.) *Yang Wei, Shimanouchi Toshinori, Kimura Yukitaka	Hydrothermal carbonization Fuel property Residue	8-c	649
13:20– 15:20	YA138	High Pressure Electroplating Using Supercritical Carbon Dioxide (Tokyo U. Sci.) *Mori S., Shimada Y., Kobayashi D., Shono A., Otake K.	supercritical carbon dioxide cupper co-solvent	8-e	524
13:20– 15:20	YA139	Prediction of phase equilibria of multi-component system containing poly(ethylene-co-vinyl acetate) with using equation of state (Tohoku U.) *Nakamura Takaaki, Igarashi Ayako, Sato Yoshiyuki, Inomata Hiroshi	phase equilibria equation of state poly(ethylene-co-vinyl acetate)	8-b	346
13:20– 15:20	YA140	Measurement and correlation of phase equilibria of multi-component system containing poly(ethylene-co-vinyl acetate) (Tohoku U.) *Nakamura Takaaki, Igarashi Ayako, Sato Yoshiyuki, Inomata Hiroshi	phase equilibria ethylene poly(ethylene-co-vinyl acetate)	8-b	350

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

Poster session A -Biochemical engineering, Supercritical fluid-

13:20– 15:20

XA101

Effect of Y-27632 concentration during embryoid body formation on the differentiation of human iPS cells into cardiomyocytes

(U. Yamanashi) *Ohnuki Yoshitsugu, Kondo Takumi, Kurosawa Hiroshi

human iPS cells
ROCK inhibitor
cardiomyocytes

7-e

323

13:20– 15:20

XA102

Construction of agarase expression system in yeast for agarose degradation

(Tokyo Tech.) *Zainulkamal S., (MYU) Yanagisawa M., (Tokyo Tech.) Nakasaki K., (KUT) Ariga O.

beta-Agarase
expression
neoagarooligosaccharide

7-g

248

13:20– 15:20

XA103

Identification the D-amino acids in Aplysia central nervous system

(Shibaura Inst. Tech) *Yanagi Takahito, Yoshimi Yasuo, Miyake Yuki

D-amino acid
D-aspartic acid
High performance liquid chromatography

7-e

299

13:20– 15:20

XA104

Enzymatic synthesis and functionalization of gold nanoparticle by recombinant Escherichia coli cells

(Kyushu U.) *Hosomomi Y., (Tohoku U.) Niide T., (Kyushu U.) Kubota F., Goto M., Kamiya N.

biomineralization
Escherichia coli
gold nanoparticles

7-a

775

13:20– 15:20

XA105

The microscopic analysis of aggregation and adhesive properties mediated by the adhesive protein AtaA I: From the colloidal chemistry

(Nagoya U.) *Furuichi Yoshihide, Yoshimoto Syogo, Hori Katsutoshi

colloid
nanofiber
adhesion

7-a

432

13:20– 15:20

XA106

Study of efficient production methods of biologically active substances with marine microorganisms Labyrinthula

(Yamaguchi U.) *Kobayashi Tetsuya, Masaki Humiaki, Torisaka Eiichi, (Oshima NCMT) Sugimura Yoshiaki, (Yamaguchi U.) Hukunaga Kimitoshi

Labyrinthula
biologically active substances
Carotenoid

7-a

482

13:20– 15:20

XA107

Generation of scFv-Fc-producing CHO cells using AGIS

(Kyushu U.) *Komatsu Shodai, Inao Takanori, Kato Risa, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi

Accumulative site-specific gene integration system
Cre/loxP
scFv-Fc

7-e

420

13:20– 15:20

XA108

Clustering of lipid rafts in cell membranes of lymphoma by trehalose liposomes

(Sojo U.) *Kuwano Masataka, Ichihara Hideaki, Matsumoto Yoko

antitumor effect
trehalose liposome
lipid raft

7-e

173

13:20– 15:20

XA109

Microbial Analysis of Composting with Temperature Control for the Reduction of Ammonia Odor Emission

(Tokyo Tech) *Choi Wonkyung, Nakasaki Kiyohiko

Composting
Ammonia
microorganism

7-g

409

13:20– 15:20

XA110

Generation of genetically modified hepatoma cells with inducible high liver functions

(Kyushu U.) *Tonello J., Sonoda Y., Yamamoto H., Kawabe Y., Ito A., Kamihira M.

hepatoma
liver function
transcription factor

7-e

576

13:20– 15:20

XA111

The microscopic analysis of aggregation and adhesive properties mediated by the adhesive protein AtaA II: From the effect of shear stress

(Nagoya U.) *Izumitani Keita, Furuichi Yoshihide, Hori Katsutoshi

Shear stress
Adhesion
Bacterial cell

7-a

437

13:20– 15:20

XA112

Development of functional emulsions for mucosal immune induction

(Yamaguchi U.) *Hirose T., Torisaka E.

emultion
vaccine
mucosal immune

7-e

487

13:20– 15:20

XA113

Development of a novel nanodispersion technique for poorly water-soluble drugs.

(Kyushu U.) *Owada Yuki, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro

Drug delivery
Nanocarrier
Emulsion

7-e

481

13:20– 15:20

XA114

Characterization of physical properties of cell membrane related to allergic reaction

(Osaka U.) *Kota Momoko, Okamoto Yukihiro, Suga Keishi, Umakoshi Hiroshi

cell membrane
allergy
degranulation

7-b

572

13:20– 15:20

XA115

Therapeutic effect of cationic liposome against colon carcinoma

(Sojo U.) *Motomura Muneaki, Ichihara Hideaki, Matsumoto Yoko

antitumor effect
cationic liposome
colon carcinoma

7-e

174

13:20– 15:20

XA116

Liver functions of genetically modified hepatoma cells in three dimensional cultures

(Kyushu U.) *Kawashima Saori, Sanbuichi Takanori, Sonoda Yuto, Jane Tonello, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi

hepatoma cells
liver-enriched transcriptional factor
three dimensional cell culture

7-e

562

13:20– 15:20

XA117

Development of fluorescent antibody probes to detect tumor-associated membrane protein claudin

(U. Tokyo) *Kawamura Takuya, (Osaka U.) Iida Manami, Kawahigashi Yumi, Takigawa Mutsumi, (U. Tokyo) Chung Chan-I, (CRL, Tokyo Tech.) Jeong Hee-Jin, Dong Jinhua, (Osaka U.) Kondoh Masuo, (CRL, Tokyo Tech.) Ueda Hiroshi

Membrane protein
Antibody
Fluorescent probe

7-a

804

13:20– 15:20

XA118

Mutation of LEA peptide for the enhance system of protein expression in E.coli

(Kyutech) *Hamada Hiro, Ikeno Shinya, Haruyama Tetsuya

LEA protein
peptide
co-expression

7-a

397

13:20– 15:20

XA119

Transdermal Drug Delivery System of Hyaluronic acid Utilizing Solid-in-Oil nanodispersion technique

(Kyushu U.) *Deguchi Nao, Wakabayashi Rie, Kamiya Noriho, Goto Masahiro

Hyaluronic acid
Solid-in-Oil nanodispersion technique
Transdermal Drug Delivery System

7-e

578

13:20– 15:20

XA120

Construction of yeast Pichia pastoris with high cell-surface lipase activity

(Osaka Pref. U.) *Kimoto Y., Yamada R., Ogino H.

lipase
yeast
cell surface display

7-b

815

13:20– 15:20

XA121

Study on prevention of peritoneal adhesion by using anti-inflammatory functioning steroid and carboxymethyl cellulose non-woven sheet.

(U. Tokyo) *Qi P., Nishiyama T., Shimizu A., Ohta S., Hasegawa K., Kokudo N., Ito T.

adhension
steroid
Carboxymethyl cellulose

7-e

896

13:20– 15:20

XA122

Development of polyphosphate modified hyaluronic acid hydrogel and its hemostatic effect

(Kanagawa Inst.Tech.) *Sakoda M., (U. Tokyo) Qi P., Kaneko M., Ohta S., (Kanagawa Inst.Tech.) Ichimura S., (U. Tokyo) Yatomi Y., Ito T.

in situ crosslinkable gel
polyphosphate
hemostasis

7-e

793

13:20– 15:20

XA123

Site-specific cellular modification using Cre-incorporating integrase-defective lentiviral vectors

(Kyushu U.) *Imanishi Suguru, Shimomura Takuya, Kawabe Yoshinori, Ito Akira, Kamihira Masamichi

Integrase-defective lentiviral vector
Cre/loxP
Site-specific cellular modification

7-e

439

13:20– 15:20

XA124

Optimization of culture methods for expansion of human iPS cells based on biochemical engineering

(U. Tokyo) *Urabe Yusuke, Horiguchi Ikki, Sakai Yasuyuki

iPS cells
bFGF
glucose consumption

7-e

458

13:20– 15:20

XA125

Search for effective microorganisms in decomposing garbage

(Shizuoka U.) *Itaya S., Matsuda S.

garbage treatment
effective microorganisms
decomposition

7-g

332

13:20– 15:20

XA126

Construction of a functionally hairy bacterium : bacterial cells covered with multifunctional hair developed from a nanofiber protein, AtaA

(Nagoya U.) *Kanie J., Nakatani H., Hori K.

hairy bacterium
bacterionanofiber
multifunctional protein

7-a

837

13:20– 15:20

XA127

Production of 2,3-butanediol using Bacillus from cellobiose

(Kobe U.) *Takashima Shingo, Tanimura Kosuke, Tanaka Tsutomu, Kondo Akihiko

bacillus
2,3-butanediol
cellobiose

7-a

211

13:20– 15:20

XA128

Drug screening using tissue-engineered skeletal muscle constructs

(Kyushu U.) *Imada Ryusuke, Ito Akira, Ikeda Kazushi, Kawabe Yoshinori, Kamihira Masamichi

screening
tissue-engineered
skeletal muscle constructs

7-e

492

13:20– 15:20

XA129

Reconstitution of cytochrome P450 system using DNA-binding protein

(U. Tokyo) *Hatakeyama Y., Hirakawa H., Nagamune T.

cytochromeP450
DNA

7-a

522

13:20– 15:20

XA130

Surface modification of polydimethylsiloxane using plasma irradiation for patterned neuron culture

(Shibaura Inst. Tech) *Harada Kantaro, Kondo Yuki, Yoshimi Yasuo, Miyake Yuki

cell adhesion
imaging
polydimethylsiloxane

7-a

296

13:20– 15:20

XA131

Oral immunotherapy using egg white containing MHC-epitope fusion proteins derived from genetically manipulated chickens

(Kyushu U.) *Obata Reina, Kawabe Yoshinori, Okuzono Kenta, Ito Akira, Kamihira Masamichi

Oral immunotherapy
MHC-epitope fusion protein
Transgenic chicken

7-e

421

13:20– 15:20

XA132

Mechanism of cellular uptake of ion-crosslinkable star polymers

(U. Tokyo) *Nakagawa Y., Ohta S., Ito T.

injectable gels
ion-crosslinkable star polymers
cellular uptake

7-e

146

13:20– 15:20

XA133

Design of peptide-modified gold nanoparticles for serine protease assay

(Kyutech) *Matsuura Daigo, Ikeno Shinya, Katou Tamaki, Haruyama Tetsuya

serine protease
gold nanoparticle
peptide

7-b

398

13:20– 15:20

XA134

Affinity peptide protects functional peptide from hydrolysis with enzyme

(Nagoya U.) *Uoi Sayaka, Shimizu Kazunori, Honda Hiroyuki

peptide
hydrolysis

7-b

326

13:20– 15:20

XA135

Study of solute permeation in a peritoneum model

(Hosei U.) *Ouchi Kei, Yamashita Akihiro, (Tokyo women's medical.U.) Mineshima Michio, Sakiyama Ryoichi

Permeability
Cell sheet
Peritoneum

7-e

661

13:20– 15:20

XA136

Inducing granulocyte differentiation of a myeloid progenitor cell line 32Dcl3 using a chimeric receptor

(U. Tokyo) *Shen Zhongchuzi, Nakabayashi Hideto, Kawahara Masahiro, Nagamune Teruyuki

Chimeric receptor
differentiation
granulocyte

7-e

359

13:20– 15:20

XA137

Improvement and evaluation of the method for fabricating artificial vascular tissues using channel structures

(Chiba U.) *Kinoshita Keita, Iwase Masaki, Yajima Yuya, Yamada Masumi, Seki Minoru

Hydrogel
Vascular tissue
Tissue engineering

7-e

864

13:20– 15:20

XA138

Metabolic flux analysis of mammalian cell culture

(Osaka U.) *Okahashi Nobuyuki, Matsuda Fumio, (Kanazawa U.) Kohno Susumu, Takahashi Chiaki, (Osaka U.) Shimizu Hiroshi

metabolic flux analysis
mammalian cell culture
13C tracer experiment

7-f

545

13:20– 15:20

XA139

Development of cellulase - polymer hydrid imitating a structure of natural cellulosome

(Kyushu U.) *Saeki Takafumi, Wakabayashi Rie, Mori Yutaro, Yahiro Kensuke, Ichinose Hirofumi, (Kobe U.) Tanaka Tsutomu, (Kyushu U.) Goto Masahiro, Kamiya Noriho

cellulase
cellulosome
biomass

7-g

693

13:20– 15:20

XA140

Structured parameter analysis of cell morphological parameters for the image-based cell quality assessment

(Nagoya U.) *Kawai Shun, (Nagoya Inst. Tech.) Takeuchi Ichiro, Imamura Motoki, (Nagoya U.) Kanie Kei, Kato Ryuji

Cell image analysis
Multiple regression
Parameter set

7-f

607

13:20– 15:20

XA141

Fabrication of perfusable liver tissue models by stacking liver cell-embedding hydrogel microfibers

(Chiba U.) *Yajima Y., Yamada M., Seki M.

Liver tissue engineering
Perfusion culture
Hydrogel

7-e

731

13:20– 15:20

XA142

Sensitive detection of neonicotinoid pesticide imidacloprid based on the fluorescence quenching principle

(CRL, Tokyo Tech.) *Zhao Shitao, Jeong Hee-Jin, Dong Jinhua, Ueda Hiroshi

Quenchbody
imidacloprid
fluorescent biosensor

7-a

412

13:20– 15:20

XA143

Use of Cardiolipin-Modified Liposome as a Platform of regulation for enzymes relating to TCA cycle

(Osaka U.) *Hamasaki Akari, Suga Keishi, Okamoto Yukihiro, Umakoshi Hiroshi

Membranome
Cardiolipin-Modified Liposome
Isocitrate Dehydrogenase

7-a

798

13:20– 15:20

XA144

Secretory production of tetrameric streptavidin using Streptomyces lividans

(Kobe U.) *Tanaka Y., (RIKEN) Noda S., (Kobe U.) Tanaka T., Kondo A.

streptavidin
Streptomyces
Protein expression

7-a

431

13:20– 15:20

XA145

Molecular dynamics study on hydration of agarooligosaccharides

(Kyoto U.) *Ishimizu M., Suzuki T., Tamon H.

molecular dynamics
hydration
agarooligosaccharide

7-h

742

13:20– 15:20

XA146

Study on Production Process of Microbial Polysaccharides

(Yamagata U.) *Ri Sou, Takahata Yasuyuki, Takahashi Koji

Production process
Microbial Cellulose
Kefiran

7-h

144

13:20– 15:20

XA147

Development of a method to detect protein-protein interactions based on a growth signal generated by localization of signaling molecules

(U. Tokyo) *Kageoka M., Nagamune T., Kawahara M.

signaling molecule
localization
protein-protein interaction

7-e

320

13:20– 15:20

XA148

Preparation of food-grade monodisperse O/W emulsions using newly developed metal asymmetric straight-through microchannel arrays

(U. Tsukuba/NFRI, NARO) *Zhang Y. R., (NFRI, NARO) Kobayashi Isao, (EP Tech. Co., Ltd) Wada Yoshihiro, (U. Tsukuba/NFRI, NARO) Neves M. A., (NFRI, NARO) Uemura Kunihiko, (U. Tsukuba/NFRI, NARO) Nakajima Mitsutoshi

Microchannel emulsification
monodisperse oil-in-water emulsion
metallic device

7-h

566

13:20– 15:20

XA149

Improvement of immune induction efficiency by transcutaneous vaccine using Solid-in-Oil technology

(Kyushu U.) *Naritomi A., Hirakawa Y., Wakabayashi R., Kamiya N., Goto M.

transcutaneous vaccine
nanodispersion
antibody production

7-e

842

13:20– 15:20

XA150

Control of enzyme immobilization on the electrode to increase the activity of immobilized enzyme

(Tokyo Inst.Tech.) *Morita N., Tamaki T., Oshiba Y., Yamaguchi T.

enzyme electrode
immobilization method
activity

7-a

813

13:20– 15:20

XA151

Prevention of biofilm formation onto a polymer coating material introducing fluorine compounds

(TUAT) *Bao Qian, (Showa Denko K.K.) Nishimura Norihito, Kamata Hirotoshi, Furue Kentaro, Ono Yuki, (TUAT) Hosomi Masaaki, Terada Akihiko

Biofilm,bacteria,adhesion
polymer coating
fluorine compound

7-g

816

13:20– 15:20

XA152

Functionalization of outer membrane vesicles of Escherichia coli by surface modification

(Osaka U.) *Yamaguchi Kyota, Yajima Reiki, Ojima Yoshihiro, (Mie U.) Sakka Makiko, Sakka Kazuo, (Osaka U.) Taya Masahito

Escherichia coli
outer membrane vesicles
OmpW

7-a

544

13:20– 15:20

XA153

Development of the primary-cultured rat alveolar tissue model for the assessment of nanoparticle toxicity

(IIS, U. Tokyo) *Harano K., Iwasawa K., (Iwate Medical U.) Ogasawara R., Suwabe A., (IIS, U. Tokyo) Sakai Y.

nanoparticle
in vitro culture system
rat primary cell

7-e

843

13:20– 15:20

XA154

Dielectrophoresis separation of feeder cells and iPS cells

(Gunma U.) *Furusawa N., Hakoda M.

dielectrophoresis

7-c

315

13:20– 15:20

XA155

Screening of cytokine binding peptides with peptide arrays and analysis of their sequence rules

(Nagoya U.) *kume A., (Tokyo Tech.) Okochi M., (Nagoya U.) Shimizu K., Honda H.

peptide
cytokine
binding rule

7-a

663

13:20– 15:20

XA156

(withdrawn)

100

589

13:20– 15:20

XA157

Effect of amino acid on cordycepin production by Cordyceps militaris mutant

(U. Fukui) *Muneishi Tetsuya, Tanikawa Marina, Masuda Mina, Sakurai Akihiko

cordycepin
amino acid
Cordyceps

7-a

872

13:20– 15:20

XA158

Redox-sensitive nanogel functionalized by streptavidin for drug delivery system

(U. Tokyo) *Mishina Masahiro, Minamihata Kosuke, Nagamune Teruyuki

drug delivery
hydrogel
Enzymatic reaction

7-e

767

13:20– 15:20

XA159

Spatial distribution and niches of denitrifying methane-oxidizing bacteria present in a rice paddy soil

(TUAT) *Kumon Yoko, Nongpat Chaichana, Kimura Sonoko, Riya Shohei, Hosomi Masaaki, Terada Akihiko

Nitrogen cycle
denitrifying methane-oxidizing bacteria
methane

7-g

876

13:20– 15:20

XA160

Numerical model for iPS cell culture considering mass transfer in a culture environment

(Osaka U.) *Suzuki H., Yamamoto T., Takagi Y., Okano Y., (AIST) Sugiura S., Sumaru K., Kanamori T., (Osaka U.) Kino-oka M.

iPS cell
mass transfer
numerical simulation

7-a

498

13:20– 15:20

XA161

Control of degradation rate of in situ cross-linkable gelatin/hyaluronic acid hydrogel

(U. Tokyo) *Hozumi Takuro, Ohta Seiichi, (Yokohama Nat. U.) Fukuda Junji, (U. Tokyo) Ito Taichi

Hyaluronan
gelatin
degradation

7-i

886

13:20– 15:20

XA162

Accumuration behavior and fibril morphology of amyloid beta protein on lipid planar membrane

(Okayama U.) *Iwamura Miki, Shimanouchi Toshinori, (RIKEN Brain Sci. Inst.) Akiyama Hisako, Hirabayashi Yoshio, (Okayama U.) Kimura Yukitaka

Amyloid beta
Lipid planar membrane
Fibril morphology

7-e

449

13:20– 15:20

YA101

Physical property change of polymer materials influence cell adhesion of short peptides

(Nagoya U.) *Kurimoto Rio, Kanie Kei, (Waseda U.) Idota Naokazu, (NIMS MANA) Uto Koichiro, Ebara Mitsuhiro, (Tokyo Tech. RLNR) Tsukahara Takehiko, (Nagoya U.) Hara Mitsuo, Nagano Shusaku, Narita Yuji, Honda Hiroyuki, Kato Ryuji

Peptide
Polymer material
Cell adhesion

7-e

612

13:20– 15:20

YA102

Design of functional silver nanoparticles for spore detection using SERS

(Kyutech) *Hara Noriyasu, Ikeno Shinya, Haruyama Tetsuya

silver nanoparticle
spore
SERS

7-i

400

13:20– 15:20

YA103

The thin hydrogel jacket modulates the cell cycle profile

(Osaka U.) *Hotta Tomoki, Sakai Shinji, Taya Masahito

Hydrogel
Cell cycle
Fucci2

7-a

493

13:20– 15:20

YA104

Stability improvement of W/O/W emulsions loaded with short-chain fatty acid by layer-by-layer deposition using dietary fibers

(U. Tsukuba/Nat. Food Resarch Inst.) *Yamanaka Yohei, (Nat. Food Resarch Inst.) Kobayashi Isao, (U. Tsukuba/Nat. Food Resarch Inst.) Neves Marcos A., Ichikawa Sosaku, (Nat. Food Resarch Inst.) Uemura Kunihiko, (U. Tsukuba/Nat. Food Resarch Inst.) Nakajima Mitsutoshi

W/O/W emulsion
Layer-by-Layer deposition
Short-chain fatty acid

7-h

662

13:20– 15:20

YA105

Formation mechanism of carboxylic acid modified CeO₂ nanoparticles via an organometallic complex

(Tohoku U.) *Sasaki Hikari, (WPI-AIMR, Tohoku U.) Aoki Nobuaki, Hojo Daisuke, (IMRAM, Tohoku U.) Takami Seiichi, (WPI-AIMR, Tohoku U.) Adschiri Tadafumi

cerium oxide nanoparticles
hydrothermal synthesis
surface modification

8-e

356

13:20– 15:20

YA106

Effects of flow rates on the particle production by supercritical antisolvent crystallization using Y-shape micro device

(Shinshu U.) *Nakamura S., Hirota T., Uchida H.

Supercritical carbon dioxide
Y-shape micro device
Antisolvent crystallization

8-e

893

13:20– 15:20

YA107

Extraction and Micronization of β-glucan by mixed solvent of subcritical water and supercritical CO₂

(Nagoya U.) *Kanda Hideki, Kodama Shoko, Wahyudiono , (Surabaya) Siti Machmudah, (Nagoya U.) Shoda Tetsuya, Goto Motonobu

extraction
glucan
subcritical water

8-c

666

13:20– 15:20

YA108

Measurement of solubility of anthraquinone in supercritical carbon dioxide

(Kanazawa U.) *Tanaka Tatsuro, Simizu Keisuke, Alwi R. S., Tada Kaoru, Tamura Kazuhiro

supercritical carbon dioxide
anthraquinone
solubility

8-b

771

13:20– 15:20

YA109

Monomerization of aramid fiber using subcritical or supercritical water

(Shizuoka U.) *Okamoto H., Okajima I., Sako T.

Chemical recycling
Aramid fiber
Subcritical water

8-f

668

13:20– 15:20

YA110

scCO₂-assisted Electroless Nickel Plating on Polypropylene Substrate-Injection Molding Conditions and Peeling Force-

(Kyoto U.) *Tsubouchi Kensuke, Tengsuwan Siwach, Ishihara Shota, Ohshima Masahiro

electroless plating
scCO2
Injection molding

8-f

730

13:20– 15:20

YA111

Synchrotron in situ X-ray diffraction for supercritical hydrothermal synthesis of composite oxide nanoparticles

(U. Tokyo) *Yoko A., Akizuki M., (JASRI) Hirao N., (U. Tokyo) Oshima Y.

Synchrotron X-ray diffraction
Millisecond order in situ measurement
Supercritical hydrothermal synthesis

8-e

389

13:20– 15:20

YA112

Measurement and correlation of diffusion coefficients of drugs in supercritical carbon dioxide

(Shizuoka U.) *Watanabe Kou, Kong Chang Yi, (Chuo U.) Funazukuri Toshitaka

diffusion
drug
supercritical carbon dioxide

8-b

13:20– 15:20

YA113

Electrical conductivity of carbon nanoparticle-dispersed gel treated by high pressure carbon dioxide

(Tokyo Tech.) *Ohashi J., Shimoyama Y.

carbon nanoparticle
viscous liquid
electrical conductivity

8-e

201

13:20– 15:20

YA114

Development of a wafer-scale reactor for supercritical fluid chemical deposition

(U. Yamanashi) *Kurita S., Kondoh E., Ueno T., Takeuchi Y., Watanabe M., (Fujikura Ltd) Yamamoto S., Suemasu T.

supercritical fluid
wafer-scale deposition
flow pattern

8-e

567

13:20– 15:20

YA115

Solubility measurement of monomer and catalyst in supercritical CO₂ for synthesis of polylactic acid

(Shizuoka U.) *Furuhashi Y., Okajima I., Sako T.

supercritical carbon dioxide
polylactic acid
solubility

8-c

626

13:20– 15:20

YA116

Direct extraction of lipid from wet Euglena gracilis by liquefied dimethyl ether

(Nagoya U.) *Ogawa M., Hoshino R., Murakami K., (Osaka Pref. U./JST) Nakazawa M., (Nagoya U./JST) Kanda H., (Nagoya U.) Goto M.

Liquefied dimethyl ether
Euglena gracilis
Extraction

8-c

473

13:20– 15:20

YA117

Analyses of sulfurization process of Cu-Zn-Sn oxide thin film using supercritical ethanol

(IMRAM, Tohoku U.) *Nakayasu Y., Tomai T., Oka N., (NIMS) Sumiya M., (IMRAM, Tohoku U.) Honma I.

supercritical fluid
CZTS thin film
sulfurization

8-e

141

13:20– 15:20

YA118

Reduction of graphene oxide using subcritical ethanol

(Shizuoka U.) *Shiratori Yuuki, Kong Chang Yi, Iwata Futoshi, Sako Takeshi

reduced graphene oxide
graphene
ethanol

8-e

756

13:20– 15:20

YA119

Evaluation of cellulose initial decomposition mechanism for the subcritical water processing of biomass

(Okayama U.) *Kaneko Takayuki, Shimanouti Toshinori, Yang Wei, Kimura Yukitaka

cellulose
crystallinity
hydrogen bonding

8-d

586

13:20– 15:20

YA120

Synthesis of piezoelectric material (K, Na)(Nb, Ta)O₃ with a supercritical water flow apparatus

(Tohoku U.) *Okada Keisuke, (AIST) Hayashi Hiromichi, (Tohoku U.) Watanabe Masaru, Smith Richard

hydrothermal synthesis
piezoelectric material
(K, Na)(Nb, Ta)O3

8-e

781

13:20– 15:20

YA121

Chemical recycling of nylon 6 using subcritical water

(Shizuoka U.) *Maki S., Okajima I., Sako T.

Chemical recycling
Nylon 6
Subcritical water

8-f

658

13:20– 15:20

YA122

Synthesis of nanoparticles by pulsed laser ablation in liquid CO₂

(Nagoya U.) *Mardiansyah Mardis, Takada Noriharu, Kanda Hideki, (Hokkaido U.) Sasaki Koichi, (Nagoya U.) Goto Motonobu

liquid carbon dioxide
laser ablation
nanoparticle

8-e

713

13:20– 15:20

YA123

Continuous hydrothermal synthesis of Li(Mn_1/3Ni_1/3Co_1/3)O₂ by using sc-H₂O

(Kanazawa U.) *Uchida Syoya, Nambu Kurumi, Tamura Kazuhiro

Hydrothermal synthesis
Cathode material
Li(Mn1/3Ni1/3Co1/3)O2

8-e

752

13:20– 15:20

YA124

Development of Novel Method for Fabrication of Anthracene Films Using Temperature Gradient in Supercritical Solution

(U. Tokyo) *Toyokura Shota, (Shinshu U.) Takahara Kozue, Uchida Hirohisa, (U. Tokyo) Shimoyama Yusuke, Shimogaki Yukihiro, Momose Takeshi

Supercritical CO2
anthracene
crystallization

8-e

13:20– 15:20

YA125

Recycling of phenolic resin composite using supercritical or subcritical fluids

(Shizuoka U.) *Yamamoto T., Okajima I., Sako T.

supercritical or subcritical fluids
decomposition
phenolic resin composite

8-f

682

13:20– 15:20

YA126

One-step Synthesis of Water Dispersible Carbon Nanoperticle by Discharge Plasma at Pressurized Argon/Aqueous Solution Interface

(Nagoya U.) *Hayashi Yui, Takada Noriharu, Kanda Hideki, Goto Motonobu

plasma
carbon

8-e

604

13:20– 15:20

YA127

Forming polymers using carbon dioxide and nitrogen

(Tokyo U. Sci.) *Tanaka S., Shimada Y., Kobayashi D., Shono A., Otake K.

CO2/N2
foaming
in situ observation

8-e

667

13:20– 15:20

YA128

Energy-saving lipid extraction from high moisture Arthrospira platensis by liquefied dimethyl ether

(Nagoya U.) *Murakami Kazuya, Hoshino Rintaro, Ogawa Masaki, Kurita Yuko, Nerome Hazuki, (Nagoya U./JST) Kanda Hideki, (Nagoya U.) Goto Motonobu

extraction
dimethyl ether
microalgae

8-c

269

13:20– 15:20

YA129

Hydrothermal dechlorination of PVC in dilute aqueous amine solution

(Chuo U.) *Ishibashi Takuya, Tazumi Tiaki, Tuda Ruriko, Ikeda Daisuke, Taguchi Minori, Funazukuri Toshitaka

Amine
Hydrothermal
Dechlorination

8-d

262

13:20– 15:20

YA130

Effect of solvent species on formation of titania aerogel using supercritical drying

(Tokyo Tech.) *Kinoshita M., Kunanusont N., Shimoyama Y.

supercritical drying
sol-gel reaction
titania aerogel

8-e

197

13:20– 15:20

YA131

Ethanol production from paper sludge pretreated by subcritical water using same vessel saccharification and fermentation

(Shizuoka U.) *Kodama Y., Okajima I., Sako T.

subcritical water
paper sludge
bio-ethanol

8-f

728

13:20– 15:20

YA132

Viscosity reduction of ionic liquids that dissolve biomass with supercritical CO₂ and with water

(Tohoku U.) *Baba Shiori, Hiraga Yuya, Sato Yoshiyuki, Aida Taku, Watanabe Masaru, Smith Richard

ionic liquid
viscosity
supercritical carbon dioxide

8-b

653

13:20– 15:20

YA133

Hydrolysis rate for filter paper in dilute aqueous acid solution under hydrothermal condition

(Chuo U.) *Kodama Taiki, Hirazima Kengo, Taguchi Minori, Funazukuri Toshitaka

Cellulose
Hydrothermal
Hydrolysis rate

8-d

263

13:20– 15:20

YA134

Release profile of drug from silicone hydrogel impregnated in carbon dioxide + water two phases

(Tokyo Tech.) *Taira T., Yokozaki Y., Shimoyama Y.

carbon dioxide
drug delivery system
silicone hydrogel

8-e

220

13:20– 15:20

YA135

The effect of solvent species on TiO₂ photocatalyst by supercritical drying method

(Hachinohe NCT) *Nara Mitsunobu, Hasegawa Akira, Honma Tetsuo

TiO2 photocatalyst
supercritical CO2 drying
sol-gel method

8-e

166

13:20– 15:20

YA136

Solid acid catalyzed reactions using layered catalysts in hot compressed water

(U. Tokyo) *Nagoya S., Akizuki M., Oshima Y.

Hot compressed water
Acid catalyzed reaction
Layered metal oxide

8-d

834

13:20– 15:20

YA137

Effect of pH on the fuel properties of residue and liquid products produced from hydrothermal carbonization of husks of nuts Carya cathayensis Sarg

(Okayama U.) *Yang Wei, Shimanouchi Toshinori, Kimura Yukitaka

Hydrothermal carbonization
Fuel property
Residue

8-c

649

13:20– 15:20

YA138

High Pressure Electroplating Using Supercritical Carbon Dioxide

(Tokyo U. Sci.) *Mori S., Shimada Y., Kobayashi D., Shono A., Otake K.

supercritical carbon dioxide
cupper
co-solvent

8-e

524

13:20– 15:20

YA139

Prediction of phase equilibria of multi-component system containing poly(ethylene-co-vinyl acetate) with using equation of state

(Tohoku U.) *Nakamura Takaaki, Igarashi Ayako, Sato Yoshiyuki, Inomata Hiroshi

phase equilibria
equation of state
poly(ethylene-co-vinyl acetate)

8-b

346

13:20– 15:20

YA140

Measurement and correlation of phase equilibria of multi-component system containing poly(ethylene-co-vinyl acetate)

(Tohoku U.) *Nakamura Takaaki, Igarashi Ayako, Sato Yoshiyuki, Inomata Hiroshi

phase equilibria
ethylene
poly(ethylene-co-vinyl acetate)

8-b

350

Technical program

SCEJ 80th Annual Meeting (Tokyo, 2015)

© 2015 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2015-03-05 09:42:37
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E-mail: inquiry-80a

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