SCEJ 47th Autumn Meeting (Sapporo, 2015): Hall and day program

Hall and day program

Hall A, Day 1

Most recent update: 2015-08-26 10:00:42

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
SCEJ Division session SE-1. <Poster Session for Biochemical Engineering (with flash presentation)>
(9:00–10:20) (Chair: Konishi M.)
9:00– 9:02	ZB1P01	Design of biomass-library for screening of inhibitors of amyloid fibril formation (Okayama U.) *Shimizu Maho, Shimanouchi Toshinori, Kimura Yukitaka	Amyloid Inhibitor Library	SE-1	929
9:02– 9:04	ZB1P02	*Deletion of periplasmic protease DegQ enhances the outer membrane vesicle production of Shewanella oneidensis* cells** (Osaka U.) *Mohanadas Thivagaran, Kitamura Kousei, Yajima Reiki, Ojima Yoshihiro, Taya Masahito	Outer membrane vesicle Shewanella oneidensis DegQ	SE-1	517
9:04– 9:06	ZB1P03	Production of outer membrane vesicles from Escherichia coli cells and their uptake into human intestine cells (Osaka U.) *Ojima Yoshihiro, Yajima Reiki, Yamaguchi Kyota, Taya Masahito	Escherichia coli outer membrane vesicle human intestine cells	SE-1	199
9:06– 9:08	ZB1P04	Enhanced Escherichia coli biofilm formation triggered by antibiotic exposure and its relation to outer membrane vesicle production (Osaka U.) *Nunogami Shouta, Ojima Yoshihiro, Taya Masahito	biofilm antibiotics outer membrane vesicle	SE-1	483
9:08– 9:10	ZB1P05	Effect of pH shift on manganese peroxidase production by white rot fungus (U. Fukui) *Morimoto Kosuke, Shimada Ryo, Sakurai Akihiko	manganese peroxidase pH white rot fungus	SE-1	428
9:10– 9:12	ZB1P06	Isolation of the cellulase from the white rot fungus (Muroran Inst. Tech.) *Sakamoto Naoki, Yasui Mitsukuni	White rot fungus cellulase Biomass	SE-1	354
9:12– 9:14	ZB1P07	Development and catalyst characteristic of an one-dimensional cellulase assembly through protein-ligand interaction (Kyushu U.) *Kawashima H., (RIKEN) Mori Y., (Kobe U.) Tanaka T., (Tohoku U.) Nakazawa H., Umetsu M., (Kyushu U.) Kamiya N.	cellulase self-assembly biorefinery	SE-1	346
9:14– 9:16	ZB1P08	Saccharification of insoluble cellulose in the presence of ionic liquid using cellulase incorporated in charged lipid membranes (Yamaguchi U.) *Mihono Kai, Ohtsu Takeshi, Yoshimoto Makoto, Kamimura Akio	charged liposomes cellulase ionic liquid	SE-1	422
9:16– 9:18	ZB1P09	Search of ionic liquid-tolerant cellulase-producing microorganism (Kanazawa U.) *Torihara Kazuma, Takiguchi Noboru	ionic liquid cellulase carboxymethylcellulose	SE-1	926
9:18– 9:20	ZB1P10	*study of aeration switching condition to succinic acid productivity from BDF wastes by Serratia* bacteria** (Kanazawa U.) *Naito Yoshihiro, Takiguchi Noboru	BDF wastes succinic acid aeration switching culture	SE-1	685
9:20– 9:22	ZB1P11	Continuous exchange of Hydrophobic organic solvent for Long-term stabilization of 3-methylcatechol bioproduction with Two-phase partitioning system. (Kanazawa U.) *Kakiuchi Toshihiro, Takiguchi Noboru	two-phase partitioning bioreactor immobilized cell bioproduction of hydrophobic substance	SE-1	681
9:22– 9:24	ZB1P12	Endowing ethanol producing Escherichia coli with floc formation ability (Osaka U.) *Takeda Shotaro, Ojima Yoshihiro, Taya Masahito	Escherichia coli Ethanol Floc formation	SE-1	539
9:24– 9:26	ZB1P13	Effects of culture and reaction conditions on cytochrome P450 expression in Escherichia coli (Kobe U.) *Harada M., Morinaka R., Katsuda T., Imaishi H., Yamaji H.	cytochrome P450 Escherichia coli whole cell biocatalyst	SE-1	295
9:26– 9:28	ZB1P14	*bioalcohol production by genetically-engineered Synechococcus elongatus* using LED irradiation of light** (Kyoto Inst. Tech./JST-CREST) *Kitamura Takaaki, Horiuchi Jun-ichi, Kumada Yoichi, (Kitami Inst. Tech./JST-CREST) Konishi Masaaki, Kitachi Yukihiro, (Kyushu U./JST-CREST) Hirokawa Yasutaka, Hanai Taizo, (Kobe U./JST-CREST) Murakami Akio	Synechococcus elongatus 1.3-propanediol isopropanol	SE-1	397
9:28– 9:30	ZB1P15	The hyper secretory production of single-chain variable fragment by fed-batch culture of recombinant E.coli (Kyoto Inst. Tech.) *Li Huan, Horiuchi Jun-ichi, (NIRO) Kishimoto Michimasa, (Kyoto Inst. Tech.) Kumada Yoichi	E.coli Fed-batch scFv	SE-1	405
9:30– 9:32	ZB1P16	Metabolic engineering of Escherichia coli for the production of chorismate derivatives (RIKEN CSRS) *Noda Shuhei, Shirai Tomokazu, Kondo Akihiko	Escherichia coli Chorismates Aromatic building-block	SE-1	752
9:32– 9:34	ZB1P17	Organic acid production by modification of metabolism in Schizosaccharomyces pombe using CRISPR Cas9 System (Kobe U.) *Ozaki Aiko, Yamaguchi Rie, Tanaka Tsutomu, Kondo Akihiko	CRISPR Cas9 System Schizosaccharomyces pombe Organic acid	SE-1	506
9:34– 9:36	ZB1P18	Development of selective production for monoacylated mannosylerythritol lipids by engineered strains (Kitami Inst. Tech.) *Yoshida Y., (Kyoto Inst. Tech.) Horiuchi J., (Kitami Inst. Tech.) Konishi M.	biosurfactant yeast acyltransferase	SE-1	349
9:36– 9:38	ZB1P19	Microbiome analysis in biological wastewater treatment process (Tokyo Tech) *Miyanaga K., Kobayashi N., Nandar H., Tanji Y.	16S rRNA gene microbiome ethidium monoazide	SE-1	601
9:38– 9:40	ZB1P20	Production and characterization of bioactive substances from Inonotus obliquus in liquid surface culture (U. Fukui) *Takashiba Noriko, Kuramoto Ayaka, Sakurai Akihiko	Inonotus obliquus Antioxidant C. elegans	SE-1	644
9:40– 9:42	ZB1P21	Lactic acid fermentation from waste beverage and shochu lees as raw materials (Oita U.) *Fujimura Masayoshi, Kai Taiki, Kokubu Shuzo, Hirata Makoto	Lactic acid fermentation shochu lees waste beverage	SE-1	682
9:42– 9:44	ZB1P22	Effect of Fermentation Conditions on Co-Culture Fermentation of Two Species of Genus Lactobacillus (Oita U.) *Tasaki G., Kokubu S., Hirata M.	lactic acid fermentation Lactobacillus rhamnosus Lactobacillus pentosus	SE-1	689
9:44– 9:46	ZB1P23	*Effect of Iron on Lactic Acid Fermentations by Two Species of the Genus Lactobacillus.* (Oita U.) *Kurata R., Kokubu S., Hirata M.	lactic acid fermentation inhibition by iron compound lactobacillus	SE-1	692
9:46– 9:48	ZB1P24	Concentration of microalgae for the biomass utilization (U. Tsukuba) *Aramaki T., Nakagawa K., Yasunaga A., Watanabe M., Nakajima M., Ichikawa S.	Microalgae Coagulation Filtration	SE-1	732
9:48– 9:50	ZB1P25	Enhancement of stability of a haloperoxidase from Streptomyces aureofaciens (Osaka Pref. U.) Higo T., Yamada R., *Ogino H.	directed evolution haloperoxidase stability	SE-1	793
9:50– 9:52	ZB1P26	Identification of the redox partner proteins for cytochrome P450 from Thermobifida fusca (U. Tokyo) *Kondo Masayoshi, Hirakawa Hidehiko, Nagamune Teruyuki	cytochrome P450 electron transfer partner protein engineering	SE-1	655
9:52– 9:54	ZB1P27	The yeast protein-tags intended to synthetic biology approach (Kobe U.) *Nishimura Yuya, Ishii Jun, Kondo Akihiko	yeast tag synthetic biology	SE-1	153
9:54– 9:56	ZB1P28	Sortase A-mediated metabolic enzyme ligation in Escherichia coli (Kobe U.) *Matsumoto Takuya, Tanaka Tsutomu, Kondo Akihiko	Escherichia coli sortase A enzyme	SE-1	486
9:56– 9:58	ZB1P29	Zipbody:a novel Fab derivative easily expressed in E.coli (Nagoya U.) *Nakano Hideo, (ASTF/Nagoya U.) Kato Teruyo, (Nagoya U.) Fukui Kansuke, Kojima Takaaki	antibody leucine zipper Escherichia coli	SE-1	374
9:58– 10:00	ZB1P30	Increasing signal-to-noise ratio of an scFv-c-kit biosensor by insertion of a flexible linker (U. Tokyo) *Nguyen Thuy Duong, (Nat. Inst. Infect. Dis.) Kaku Yoshihiro, Inoue Satoshi, (U. Tokyo) Nagamune Teruyuki, Kawahara Masahiro	biosensor flexible linker antibody selection	SE-1	754
10:00– 10:02	ZB1P31	Detection of the interaction between MDM2 and pDI peptide by engineering the localization of signaling molecules (U. Tokyo) *Kageoka M., Nagamune T., Kawahara M.	Protein-peptide interaction Signaling molecule Localization	SE-1	865
10:02– 10:04	ZB1P32	Evaluation of peptides from beta-casein as an excipient for poorly water soluble drug (U. Miyazaki) *Inada A., Oshima T., Baba Y.	peptide casein poorly water soluble drug	SE-1	701
10:04– 10:06	ZB1P33	Fractionation of peptides from casein as dispersants for coenzyme Q₁₀ (U. Miyazaki) *Oue T., Inada A., Oshima T., Baba Y.	coenzyme Q10 dispersibility hydrophobic peptides	SE-1	702
10:06– 10:08	ZB1P34	Improvement of water dispersibility for paclitaxel by the complexation with amphiphilic chimera peptides (U. Miyazaki) *Yamashita Soshi, Iwakiri Takeru, Oshima Tatsuya, Baba Yoshinari	dispersibility paclitaxel amphiphilic	SE-1	791
10:08– 10:10	ZB1P35	Characteristics of anti-oxidant peptide derived from chicken meat (Kobe Col.) Fukada Yoko, *Matsui Riko, Hara Wakana, Nagai Kumiko, Murakami Yuki, Washio Nanami, Ikemoto Narumi, Terashima Masaaki	anti-oxidant chicken meat peptide	SE-1	224
10:10– 10:12	ZB1P36	Search of Pd affinity peptides using T7phage library and immobilization characterization (Okayama U.) *Matoba H., Ishida N., Imamura K., Imanaka H.	T7phage library protein immobilization affinity tag	SE-1	595
10:12– 10:14	ZB1P37	Protein adsorption behavior on different metal surfaces applied with electric potential (Okayama U.) *Nakama Yuhi, Ei Ei Htwe, Imanaka Hiroyuki, Ishida Naoyuki, Imamura Koreyoshi	protein adsorption ellipsometry surface potential	SE-1	458
10:14– 10:16	ZB1P38	Adsorption and elution of peptides and proteins on hydroxyapatite microcapsules (Niigata U.) *Sato S., Shimada T., Ochiai A., Kimura I., Taniguchi M., Tanaka T.	hydroxyapatite microcapsule controlled release	SE-1	207
10:16– 10:18	ZB1P39	Characterization of MPC polymers for blocking agent in immunoassay using serum sample (Kyoto Inst. Tech.) *Kawaguchi Y., Kumada Y., (NOF) Sakamoto N., Nakashima F., (Kyoto Inst. Tech.) Horiuchi J.	MPC polymer Blocking Adsorption	SE-1	585
10:18– 10:20	ZB1P40	Immobilization of biomolecules onto the surface of membrane suitable for immuno-chromatography and nucleic acid chromatography (Kyoto Inst. Tech.) *Sakai T., Kumada Y., (DENKA) Takahashi K., Hirayama Y., (DENKA-SEIKEN) Gondaira F., (Kyoto Inst. Tech.) Horiuchi J.	Membrane Non-specific adsorption Immuno-Chromatography	SE-1	578
(10:40–11:40) (Chair: Ichikawa S.)
10:40– 10:42	ZB1P41	Streptavidin-hydrogel as a scafold for enzyme immobilization (Kobe U.) *Isogawa Yuki, Matsumoto Takuya, Tanaka Tsutomu, Kondo Akihiko	Streptavidin Enzyme immobilization Sortase A	SE-1	523
10:42– 10:44	ZB1P42	Electrochemical recycling of nanofibrous membrane as an enzyme immobilizing carrier (Osaka U.) *Sawada Koichi, Sakai Shinji, Taya Masahito	Electrospinning Enzyme immobilization Electrochemical desorption	SE-1	59
10:44– 10:46	ZB1P43	Development of Thermo-Responsive Adsorbent for Antibody Purification (Hitachi R&D Group) *Maruyama Masashi, Shibuya Keisuke	Antibody Purification Thermo-Responsive Material Chromatography	SE-1	121
10:46– 10:48	ZB1P44	Preparation of chitin sheets and tubes by phase separation method (Niigata U.) *Ishibashi K., Yamazaki S., Taniguchi M., Tanaka T.	chitin sheet chitin tube phase separation	SE-1	205
10:48– 10:50	ZB1P45	Observation of the inner surface of hollow-fibers in hemofilters (Shonan IT) *Lin F. J., Sasada K., Adachi Y., Miyasaka T.	hemofilter filtration rate inner surface	SE-1	487
10:50– 10:52	ZB1P46	Construction of an enzymatic reaction system in multicompartment giant vesicles (U. Tsukuba) *Ozono K., Nishita Y., Sato S., Ichikawa S.	Giant vesicles Multicompartment structure Enzyme reaction	SE-1	728
10:52– 10:54	ZB1P47	Design of Guanidinium-Modified Vesicle Membrane for Recognition of Nucleic Acids and Regulation of Their Conformation (Osaka U.) *Watanabe N., Suga K., Okamoto Y., Umakoshi H.	Membranome Guanidinium-Modified Vesicles Nucleic Acid Recognition	SE-1	884
10:54– 10:56	ZB1P48	Design of Vesicle Membrane for Regulation of Successive and Competing Reactions of Metabolic Enzymes (Osaka U.) *Suga K., Hamasaki A., Okamoto Y., Umakoshi H.	Membranome Caldilipin-Modified Liposome Isocitrate Dehydrogenase	SE-1	886
10:56– 10:58	ZB1P49	Rapid discharge of electrochemical diaphragm micropump by thin electrolyte layer for Brain-on-a-Chip (Shibaura Inst. Tech.) *Harada Kantaro, Yoshimi Yasuo	neural chip imaging polydimethylsiloxane	SE-1	887
10:58– 11:00	ZB1P50	Streptavidin crystal for functionalization platform (U. Tokyo) *Mishina Masahiro, Minamihata Kosuke, (JAEA QuBS) Adachi Motoyasu, Shimizu Rumi, Kuroki Ryota, (U. Tokyo) Nagamune Teruyuki	charged peptide tag protein crystal streptavidin	SE-1	501
11:00– 11:02	ZB1P51	Nano-reactor with P450 activity constructed by using viral capsid (U. Tokyo) *Haga Tomoaki, Hirakawa Hidehiko, Nagamune Teruyuki	Cytochrome P450 Nanoreactor Viral capsid	SE-1	942
11:02– 11:04	ZB1P52	Transdermal drug delivery system of hyaluronic acid by oil-based nanodispersion technique (Kyushu U.) *Deguchi N., Wakabayashi R., Kamiya N., Goto M.	hyaluronic acid Transdermal drug delivery cosmetic	SE-1	462
11:04– 11:06	ZB1P53	Enhancement of immune induction by a combination of Solid-in-Oil technique and immunopontentitate adjuvant (Kyushu U.) *Naritomi A., Wakabayashi R., Kamiya N., Goto M.	transcutaneous vaccine nanodispersion vaccine adjuvant	SE-1	474
11:06– 11:08	ZB1P54	Creation of transdermal drug delivery system using ionic liquid as a transdermal penetration enhancer (Kyushu U.) *Araki S., Wakabayashi R., Kamiya N., Goto M.	Ionic liquid Transdermal drug delivery system Vaccine	SE-1	454
11:08– 11:10	ZB1P55	Development of a immunotherapic method by the transcutaneous route using a solid-in-oil nanodispersion technique (Kyushu U.) *Kong Q., Kitaoka M., Wakabayashi R., Kawabe Y., Kamihira M., Kamiya N., Goto M.	transcutaneous immunotherapy nanodispersion pollinosis	SE-1	721
11:10– 11:12	ZB1P56	The use of Solid-in-Oil Technique for transcutaneous cancer vaccine targeting melanoma (Kyushu U.) *Sakuragi M., Wakabayashi R., Kamiya N., Goto M.	Transdermal drug delivery Cavcer vaccine Solid-in-oil (S/O) dispersion	SE-1	761
11:12– 11:14	ZB1P57	Biodistribution of poly-acrylic acid conjugated peroxotitanium nanoparticles in human xenograft mouse models (Kobe U.) *Suzuki Takahiro, Morita Kenta, Nishimura Yuya, Ogino Chiaki, Kondo Akihiko	titanium nanoparticles mouse biodistribution	SE-1	306
11:14– 11:16	ZB1P58	Effect of oxygen environment on the properties of mouse iPS embryoid bodies (U. Kitakyushu) *Yamaguchi Kenta, Miyamoto Daisuke, Nakazawa Kohji	iPS cells microwell chip PDMS	SE-1	190
11:16– 11:18	ZB1P59	Analysis of learning effect on the taste preference in Aplysia central nervous system observed by voltage sensitive dye imaging (Shibaura Inst. Tech) *Yanagi Takahito, Yoshimi Yasuo	imaging neuron taste	SE-1	514
11:18– 11:20	ZB1P60	Reconstruction of renal tissue by using kidney primordial cells (U. Tsukuba) *Nishimura Yuusuke, Wang Pi-Chao	metanephros transplantaion RWV	SE-1	521
11:20– 11:22	ZB1P61	Exploration of GP64 proximal proteins on the surface of Sf9 insect cells (Akita U.) *Yokota S., Gotoh T.	Baculovirus Sf9 insect cell Biotin-protein ligase	SE-1	873
11:22– 11:24	ZB1P62	Induction of target gene expression by intracellular heating under alternating magnetic field (Kyushu U.) *Teranishi Ryoji, Ito Akira, Ono Akihiko, Yamaguchi Masaki, Kawabe Yoshinori, Kamihira Masamichi	gene therapy A Heat-inducible Transgene Expression System HSP promoter	SE-1	499
11:24– 11:26	ZB1P63	Establishment of technique for simple spheroid formation and harvest in the redox-responsive hydrogel (Kyushu U.) *Naito S., (AIST) Moriyama K., (Kyushu U.) Wakabayashi R., Goto M., Kamiya N.	spheroid redox-responsive hydrogel	SE-1	282
11:26– 11:28	ZB1P64	Formation of Three-dimensional tissue using spheroid fusion (U. Kitakyushu) *Yokoyama Hideo, Shiramizu Satoshi, Nakazawa Kohji	spheroid fusion microwell chip	SE-1	188
11:28– 11:30	ZB1P65	Fabrication of patterned and multilayered hydrogels and their application to high density coculture of hepatocytes (Chuba U.) *Watabe Yuki, (Chiba U.) Yajima Yuya, Yamada Masumi, Seki Minoru	hydrogel patterning coculture	SE-1	708
11:30– 11:32	ZB1P66	Fabrication of capillary-embedding cellular blocks using collagen microparticles (Chiba U.) *Miyazaki M., Hori A., Yajima Y., Yamada M., Seki M.	Collagen microparticles Capillary network Tissue engineering	SE-1	717
11:32– 11:34	ZB1P67	Engineering arteriole-like structure with vascular endothelial and smooth muscle cell layers (Yokohama Nat. U.) *Sueyoshi M., (U. Tsukuba) Osaki T., (Yokohama Nat. U.) Fukuda J.	tissue engineering vascular graft arterioles	SE-1	837
11:34– 11:36	ZB1P68	Biofabrication of hair follicle (Yokohama Nat. U.) *Yoshimura Chisa, Kageyama Tatsuto, Fukuda Junji	spheroid hair follicle epithelial-dermal interaction	SE-1	214
11:36– 11:38	ZB1P69	Development of a drug screening system using a magnetic force-based tissue engineering technique. (Kyushu U.) *Ikeda Kazushi, Ito Akira, Imada Ryusuke, Kawabe Yoshinori, Kamihira Masamichi	drug screening tissue engineering skeletal muscle	SE-1	363
11:38– 11:40	ZB1P70	Whole transcriptome analysis of chicken blastodermal cells for establishing pluripotent stem cells (Kyushu U.) *Shiiba Nodoka, Kawabe Yoshinori, Fukumaru Shiho, Yamada Takuya, Ito Akira, Kamihira Masamichi	pluripotent stem cells transcriptome analysis transgenic chicken bioreactor	SE-1	364
Special Symposium SP-1. <The Design of the Future Society Where Renewable Energy Would Come to Practical Use>
(13:00–16:40) (Chair: Matsumoto H., Matsuda K.)
13:00– 13:05	A112	Opening remark (TUAT) Sakurai Makoto		SP-1	5
13:05– 13:45	A113	[Invited lecture] The policy on Renewable Energy in Japan (machine translation) (METI) Urata Hideyuki		SP-1	999
13:45– 14:25	A115	[Invited lecture] Outlook of Research and Development Investments to Society the Implementation of Renewable Energy (machine translation) (NEDO) Nakaiwa Masaru		SP-1	1000
14:25– 15:05	A117	[Invited lecture] Practical Efforts to Society the Implementation of Renewable Energy (machine translation) (AIST) Owadano Yoshiro		SP-1	1001
15:05– 15:20	Break
15:20– 16:00	A120	[Invited lecture] Safety Assessment of Energy Carriers for the Society the Implementation of Renewable Energy (machine translation) (Yokohama Nat. U.) Miyake Atsumi		SP-1	1002
16:00– 16:20	A122	[Invited lecture] Prospects for Social Implementation of Renewable Energy (machine translation) (MEXT) Watanabe Sonoko		SP-1	1003
16:20– 16:40	A123	[Invited lecture] Human Resource Development and Innovation Hub Concept (machine translation) (Kobe U.) Ohmura Naoto		SP-1	1004

Time

Paper
ID

Title / Authors

Keywords

Topic code

Ack.
number

SCEJ Division session SE-1. <Poster Session for Biochemical Engineering (with flash presentation)>

(9:00–10:20) (Chair: Konishi M.)

9:00– 9:02

ZB1P01

Design of biomass-library for screening of inhibitors of amyloid fibril formation

(Okayama U.) *Shimizu Maho, Shimanouchi Toshinori, Kimura Yukitaka

Amyloid
Inhibitor
Library

SE-1

929

9:02– 9:04

ZB1P02

Deletion of periplasmic protease DegQ enhances the outer membrane vesicle production of Shewanella oneidensis cells

(Osaka U.) *Mohanadas Thivagaran, Kitamura Kousei, Yajima Reiki, Ojima Yoshihiro, Taya Masahito

Outer membrane vesicle
Shewanella oneidensis
DegQ

SE-1

517

9:04– 9:06

ZB1P03

Production of outer membrane vesicles from Escherichia coli cells and their uptake into human intestine cells

(Osaka U.) *Ojima Yoshihiro, Yajima Reiki, Yamaguchi Kyota, Taya Masahito

Escherichia coli
outer membrane vesicle
human intestine cells

SE-1

199

9:06– 9:08

ZB1P04

Enhanced Escherichia coli biofilm formation triggered by antibiotic exposure and its relation to outer membrane vesicle production

(Osaka U.) *Nunogami Shouta, Ojima Yoshihiro, Taya Masahito

biofilm
antibiotics
outer membrane vesicle

SE-1

483

9:08– 9:10

ZB1P05

Effect of pH shift on manganese peroxidase production by white rot fungus

(U. Fukui) *Morimoto Kosuke, Shimada Ryo, Sakurai Akihiko

manganese peroxidase
pH
white rot fungus

SE-1

428

9:10– 9:12

ZB1P06

Isolation of the cellulase from the white rot fungus

(Muroran Inst. Tech.) *Sakamoto Naoki, Yasui Mitsukuni

White rot fungus
cellulase
Biomass

SE-1

354

9:12– 9:14

ZB1P07

Development and catalyst characteristic of an one-dimensional cellulase assembly through protein-ligand interaction

(Kyushu U.) *Kawashima H., (RIKEN) Mori Y., (Kobe U.) Tanaka T., (Tohoku U.) Nakazawa H., Umetsu M., (Kyushu U.) Kamiya N.

cellulase
self-assembly
biorefinery

SE-1

346

9:14– 9:16

ZB1P08

Saccharification of insoluble cellulose in the presence of ionic liquid using cellulase incorporated in charged lipid membranes

(Yamaguchi U.) *Mihono Kai, Ohtsu Takeshi, Yoshimoto Makoto, Kamimura Akio

charged liposomes
cellulase
ionic liquid

SE-1

422

9:16– 9:18

ZB1P09

Search of ionic liquid-tolerant cellulase-producing microorganism

(Kanazawa U.) *Torihara Kazuma, Takiguchi Noboru

ionic liquid
cellulase
carboxymethylcellulose

SE-1

926

9:18– 9:20

ZB1P10

study of aeration switching condition to succinic acid productivity from BDF wastes by Serratia bacteria

(Kanazawa U.) *Naito Yoshihiro, Takiguchi Noboru

BDF wastes
succinic acid
aeration switching culture

SE-1

685

9:20– 9:22

ZB1P11

Continuous exchange of Hydrophobic organic solvent for Long-term stabilization of 3-methylcatechol bioproduction with Two-phase partitioning system.

(Kanazawa U.) *Kakiuchi Toshihiro, Takiguchi Noboru

two-phase partitioning bioreactor
immobilized cell
bioproduction of hydrophobic substance

SE-1

681

9:22– 9:24

ZB1P12

Endowing ethanol producing Escherichia coli with floc formation ability

(Osaka U.) *Takeda Shotaro, Ojima Yoshihiro, Taya Masahito

Escherichia coli
Ethanol
Floc formation

SE-1

539

9:24– 9:26

ZB1P13

Effects of culture and reaction conditions on cytochrome P450 expression in Escherichia coli

(Kobe U.) *Harada M., Morinaka R., Katsuda T., Imaishi H., Yamaji H.

cytochrome P450
Escherichia coli
whole cell biocatalyst

SE-1

295

9:26– 9:28

ZB1P14

bioalcohol production by genetically-engineered Synechococcus elongatus using LED irradiation of light

(Kyoto Inst. Tech./JST-CREST) *Kitamura Takaaki, Horiuchi Jun-ichi, Kumada Yoichi, (Kitami Inst. Tech./JST-CREST) Konishi Masaaki, Kitachi Yukihiro, (Kyushu U./JST-CREST) Hirokawa Yasutaka, Hanai Taizo, (Kobe U./JST-CREST) Murakami Akio

Synechococcus elongatus
1.3-propanediol
isopropanol

SE-1

397

9:28– 9:30

ZB1P15

The hyper secretory production of single-chain variable fragment by fed-batch culture of recombinant E.coli

(Kyoto Inst. Tech.) *Li Huan, Horiuchi Jun-ichi, (NIRO) Kishimoto Michimasa, (Kyoto Inst. Tech.) Kumada Yoichi

E.coli
Fed-batch
scFv

SE-1

405

9:30– 9:32

ZB1P16

Metabolic engineering of Escherichia coli for the production of chorismate derivatives

(RIKEN CSRS) *Noda Shuhei, Shirai Tomokazu, Kondo Akihiko

Escherichia coli
Chorismates
Aromatic building-block

SE-1

752

9:32– 9:34

ZB1P17

Organic acid production by modification of metabolism in Schizosaccharomyces pombe using CRISPR Cas9 System

(Kobe U.) *Ozaki Aiko, Yamaguchi Rie, Tanaka Tsutomu, Kondo Akihiko

CRISPR Cas9 System
Schizosaccharomyces pombe
Organic acid

SE-1

506

9:34– 9:36

ZB1P18

Development of selective production for monoacylated mannosylerythritol lipids by engineered strains

(Kitami Inst. Tech.) *Yoshida Y., (Kyoto Inst. Tech.) Horiuchi J., (Kitami Inst. Tech.) Konishi M.

biosurfactant
yeast
acyltransferase

SE-1

349

9:36– 9:38

ZB1P19

Microbiome analysis in biological wastewater treatment process

(Tokyo Tech) *Miyanaga K., Kobayashi N., Nandar H., Tanji Y.

16S rRNA gene
microbiome
ethidium monoazide

SE-1

601

9:38– 9:40

ZB1P20

Production and characterization of bioactive substances from Inonotus obliquus in liquid surface culture

(U. Fukui) *Takashiba Noriko, Kuramoto Ayaka, Sakurai Akihiko

Inonotus obliquus
Antioxidant
C. elegans

SE-1

644

9:40– 9:42

ZB1P21

Lactic acid fermentation from waste beverage and shochu lees as raw materials

(Oita U.) *Fujimura Masayoshi, Kai Taiki, Kokubu Shuzo, Hirata Makoto

Lactic acid fermentation
shochu lees
waste beverage

SE-1

682

9:42– 9:44

ZB1P22

Effect of Fermentation Conditions on Co-Culture Fermentation of Two Species of Genus Lactobacillus

(Oita U.) *Tasaki G., Kokubu S., Hirata M.

lactic acid fermentation
Lactobacillus rhamnosus
Lactobacillus pentosus

SE-1

689

9:44– 9:46

ZB1P23

Effect of Iron on Lactic Acid Fermentations by Two Species of the Genus Lactobacillus.

(Oita U.) *Kurata R., Kokubu S., Hirata M.

lactic acid fermentation
inhibition by iron compound
lactobacillus

SE-1

692

9:46– 9:48

ZB1P24

Concentration of microalgae for the biomass utilization

(U. Tsukuba) *Aramaki T., Nakagawa K., Yasunaga A., Watanabe M., Nakajima M., Ichikawa S.

Microalgae
Coagulation
Filtration

SE-1

732

9:48– 9:50

ZB1P25

Enhancement of stability of a haloperoxidase from Streptomyces aureofaciens

(Osaka Pref. U.) Higo T., Yamada R., *Ogino H.

directed evolution
haloperoxidase
stability

SE-1

793

9:50– 9:52

ZB1P26

Identification of the redox partner proteins for cytochrome P450 from Thermobifida fusca

(U. Tokyo) *Kondo Masayoshi, Hirakawa Hidehiko, Nagamune Teruyuki

cytochrome P450
electron transfer partner
protein engineering

SE-1

655

9:52– 9:54

ZB1P27

The yeast protein-tags intended to synthetic biology approach

(Kobe U.) *Nishimura Yuya, Ishii Jun, Kondo Akihiko

yeast
tag
synthetic biology

SE-1

153

9:54– 9:56

ZB1P28

Sortase A-mediated metabolic enzyme ligation in Escherichia coli

(Kobe U.) *Matsumoto Takuya, Tanaka Tsutomu, Kondo Akihiko

Escherichia coli
sortase A
enzyme

SE-1

486

9:56– 9:58

ZB1P29

Zipbody:a novel Fab derivative easily expressed in E.coli

(Nagoya U.) *Nakano Hideo, (ASTF/Nagoya U.) Kato Teruyo, (Nagoya U.) Fukui Kansuke, Kojima Takaaki

antibody
leucine zipper
Escherichia coli

SE-1

374

9:58– 10:00

ZB1P30

Increasing signal-to-noise ratio of an scFv-c-kit biosensor by insertion of a flexible linker

(U. Tokyo) *Nguyen Thuy Duong, (Nat. Inst. Infect. Dis.) Kaku Yoshihiro, Inoue Satoshi, (U. Tokyo) Nagamune Teruyuki, Kawahara Masahiro

biosensor
flexible linker
antibody selection

SE-1

754

10:00– 10:02

ZB1P31

Detection of the interaction between MDM2 and pDI peptide by engineering the localization of signaling molecules

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

Protein-peptide interaction
Signaling molecule
Localization

SE-1

865

10:02– 10:04

ZB1P32

Evaluation of peptides from beta-casein as an excipient for poorly water soluble drug

(U. Miyazaki) *Inada A., Oshima T., Baba Y.

peptide
casein
poorly water soluble drug

SE-1

701

10:04– 10:06

ZB1P33

Fractionation of peptides from casein as dispersants for coenzyme Q₁₀

(U. Miyazaki) *Oue T., Inada A., Oshima T., Baba Y.

coenzyme Q10
dispersibility
hydrophobic peptides

SE-1

702

10:06– 10:08

ZB1P34

Improvement of water dispersibility for paclitaxel by the complexation with amphiphilic chimera peptides

(U. Miyazaki) *Yamashita Soshi, Iwakiri Takeru, Oshima Tatsuya, Baba Yoshinari

dispersibility
paclitaxel
amphiphilic

SE-1

791

10:08– 10:10

ZB1P35

Characteristics of anti-oxidant peptide derived from chicken meat

(Kobe Col.) Fukada Yoko, *Matsui Riko, Hara Wakana, Nagai Kumiko, Murakami Yuki, Washio Nanami, Ikemoto Narumi, Terashima Masaaki

anti-oxidant
chicken meat
peptide

SE-1

224

10:10– 10:12

ZB1P36

Search of Pd affinity peptides using T7phage library and immobilization characterization

(Okayama U.) *Matoba H., Ishida N., Imamura K., Imanaka H.

T7phage library
protein immobilization
affinity tag

SE-1

595

10:12– 10:14

ZB1P37

Protein adsorption behavior on different metal surfaces applied with electric potential

(Okayama U.) *Nakama Yuhi, Ei Ei Htwe, Imanaka Hiroyuki, Ishida Naoyuki, Imamura Koreyoshi

protein adsorption
ellipsometry
surface potential

SE-1

458

10:14– 10:16

ZB1P38

Adsorption and elution of peptides and proteins on hydroxyapatite microcapsules

(Niigata U.) *Sato S., Shimada T., Ochiai A., Kimura I., Taniguchi M., Tanaka T.

hydroxyapatite
microcapsule
controlled release

SE-1

207

10:16– 10:18

ZB1P39

Characterization of MPC polymers for blocking agent in immunoassay using serum sample

(Kyoto Inst. Tech.) *Kawaguchi Y., Kumada Y., (NOF) Sakamoto N., Nakashima F., (Kyoto Inst. Tech.) Horiuchi J.

MPC polymer
Blocking
Adsorption

SE-1

585

10:18– 10:20

ZB1P40

Immobilization of biomolecules onto the surface of membrane suitable for immuno-chromatography and nucleic acid chromatography

(Kyoto Inst. Tech.) *Sakai T., Kumada Y., (DENKA) Takahashi K., Hirayama Y., (DENKA-SEIKEN) Gondaira F., (Kyoto Inst. Tech.) Horiuchi J.

Membrane
Non-specific adsorption
Immuno-Chromatography

SE-1

578

(10:40–11:40) (Chair: Ichikawa S.)

10:40– 10:42

ZB1P41

Streptavidin-hydrogel as a scafold for enzyme immobilization

(Kobe U.) *Isogawa Yuki, Matsumoto Takuya, Tanaka Tsutomu, Kondo Akihiko

Streptavidin
Enzyme immobilization
Sortase A

SE-1

523

10:42– 10:44

ZB1P42

Electrochemical recycling of nanofibrous membrane as an enzyme immobilizing carrier

(Osaka U.) *Sawada Koichi, Sakai Shinji, Taya Masahito

Electrospinning
Enzyme immobilization
Electrochemical desorption

SE-1

10:44– 10:46

ZB1P43

Development of Thermo-Responsive Adsorbent for Antibody Purification

(Hitachi R&D Group) *Maruyama Masashi, Shibuya Keisuke

Antibody Purification
Thermo-Responsive Material
Chromatography

SE-1

121

10:46– 10:48

ZB1P44

Preparation of chitin sheets and tubes by phase separation method

(Niigata U.) *Ishibashi K., Yamazaki S., Taniguchi M., Tanaka T.

chitin sheet
chitin tube
phase separation

SE-1

205

10:48– 10:50

ZB1P45

Observation of the inner surface of hollow-fibers in hemofilters

(Shonan IT) *Lin F. J., Sasada K., Adachi Y., Miyasaka T.

hemofilter
filtration rate
inner surface

SE-1

487

10:50– 10:52

ZB1P46

Construction of an enzymatic reaction system in multicompartment giant vesicles

(U. Tsukuba) *Ozono K., Nishita Y., Sato S., Ichikawa S.

Giant vesicles
Multicompartment structure
Enzyme reaction

SE-1

728

10:52– 10:54

ZB1P47

Design of Guanidinium-Modified Vesicle Membrane for Recognition of Nucleic Acids and Regulation of Their Conformation

(Osaka U.) *Watanabe N., Suga K., Okamoto Y., Umakoshi H.

Membranome
Guanidinium-Modified Vesicles
Nucleic Acid Recognition

SE-1

884

10:54– 10:56

ZB1P48

Design of Vesicle Membrane for Regulation of Successive and Competing Reactions of Metabolic Enzymes

(Osaka U.) *Suga K., Hamasaki A., Okamoto Y., Umakoshi H.

Membranome
Caldilipin-Modified Liposome
Isocitrate Dehydrogenase

SE-1

886

10:56– 10:58

ZB1P49

Rapid discharge of electrochemical diaphragm micropump by thin electrolyte layer for Brain-on-a-Chip

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

neural chip
imaging
polydimethylsiloxane

SE-1

887

10:58– 11:00

ZB1P50

Streptavidin crystal for functionalization platform

(U. Tokyo) *Mishina Masahiro, Minamihata Kosuke, (JAEA QuBS) Adachi Motoyasu, Shimizu Rumi, Kuroki Ryota, (U. Tokyo) Nagamune Teruyuki

charged peptide tag
protein crystal
streptavidin

SE-1

501

11:00– 11:02

ZB1P51

Nano-reactor with P450 activity constructed by using viral capsid

(U. Tokyo) *Haga Tomoaki, Hirakawa Hidehiko, Nagamune Teruyuki

Cytochrome P450
Nanoreactor
Viral capsid

SE-1

942

11:02– 11:04

ZB1P52

Transdermal drug delivery system of hyaluronic acid by oil-based nanodispersion technique

(Kyushu U.) *Deguchi N., Wakabayashi R., Kamiya N., Goto M.

hyaluronic acid
Transdermal drug delivery
cosmetic

SE-1

462

11:04– 11:06

ZB1P53

Enhancement of immune induction by a combination of Solid-in-Oil technique and immunopontentitate adjuvant

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

transcutaneous vaccine
nanodispersion
vaccine adjuvant

SE-1

474

11:06– 11:08

ZB1P54

Creation of transdermal drug delivery system using ionic liquid as a transdermal penetration enhancer

(Kyushu U.) *Araki S., Wakabayashi R., Kamiya N., Goto M.

Ionic liquid
Transdermal drug delivery system
Vaccine

SE-1

454

11:08– 11:10

ZB1P55

Development of a immunotherapic method by the transcutaneous route using a solid-in-oil nanodispersion technique

(Kyushu U.) *Kong Q., Kitaoka M., Wakabayashi R., Kawabe Y., Kamihira M., Kamiya N., Goto M.

transcutaneous immunotherapy
nanodispersion
pollinosis

SE-1

721

11:10– 11:12

ZB1P56

The use of Solid-in-Oil Technique for transcutaneous cancer vaccine targeting melanoma

(Kyushu U.) *Sakuragi M., Wakabayashi R., Kamiya N., Goto M.

Transdermal drug delivery
Cavcer vaccine
Solid-in-oil (S/O) dispersion

SE-1

761

11:12– 11:14

ZB1P57

Biodistribution of poly-acrylic acid conjugated peroxotitanium nanoparticles in human xenograft mouse models

(Kobe U.) *Suzuki Takahiro, Morita Kenta, Nishimura Yuya, Ogino Chiaki, Kondo Akihiko

titanium nanoparticles
mouse
biodistribution

SE-1

306

11:14– 11:16

ZB1P58

Effect of oxygen environment on the properties of mouse iPS embryoid bodies

(U. Kitakyushu) *Yamaguchi Kenta, Miyamoto Daisuke, Nakazawa Kohji

iPS cells
microwell chip
PDMS

SE-1

190

11:16– 11:18

ZB1P59

Analysis of learning effect on the taste preference in Aplysia central nervous system observed by voltage sensitive dye imaging

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

imaging
neuron
taste

SE-1

514

11:18– 11:20

ZB1P60

Reconstruction of renal tissue by using kidney primordial cells

(U. Tsukuba) *Nishimura Yuusuke, Wang Pi-Chao

metanephros
transplantaion
RWV

SE-1

521

11:20– 11:22

ZB1P61

Exploration of GP64 proximal proteins on the surface of Sf9 insect cells

(Akita U.) *Yokota S., Gotoh T.

Baculovirus
Sf9 insect cell
Biotin-protein ligase

SE-1

873

11:22– 11:24

ZB1P62

Induction of target gene expression by intracellular heating under alternating magnetic field

(Kyushu U.) *Teranishi Ryoji, Ito Akira, Ono Akihiko, Yamaguchi Masaki, Kawabe Yoshinori, Kamihira Masamichi

gene therapy
A Heat-inducible Transgene Expression System
HSP promoter

SE-1

499

11:24– 11:26

ZB1P63

Establishment of technique for simple spheroid formation and harvest in the redox-responsive hydrogel

(Kyushu U.) *Naito S., (AIST) Moriyama K., (Kyushu U.) Wakabayashi R., Goto M., Kamiya N.

spheroid
redox-responsive
hydrogel

SE-1

282

11:26– 11:28

ZB1P64

Formation of Three-dimensional tissue using spheroid fusion

(U. Kitakyushu) *Yokoyama Hideo, Shiramizu Satoshi, Nakazawa Kohji

spheroid
fusion
microwell chip

SE-1

188

11:28– 11:30

ZB1P65

Fabrication of patterned and multilayered hydrogels and their application to high density coculture of hepatocytes

(Chuba U.) *Watabe Yuki, (Chiba U.) Yajima Yuya, Yamada Masumi, Seki Minoru

hydrogel
patterning
coculture

SE-1

708

11:30– 11:32

ZB1P66

Fabrication of capillary-embedding cellular blocks using collagen microparticles

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

Collagen microparticles
Capillary network
Tissue engineering

SE-1

717

11:32– 11:34

ZB1P67

Engineering arteriole-like structure with vascular endothelial and smooth muscle cell layers

(Yokohama Nat. U.) *Sueyoshi M., (U. Tsukuba) Osaki T., (Yokohama Nat. U.) Fukuda J.

tissue engineering
vascular graft
arterioles

SE-1

837

11:34– 11:36

ZB1P68

Biofabrication of hair follicle

(Yokohama Nat. U.) *Yoshimura Chisa, Kageyama Tatsuto, Fukuda Junji

spheroid
hair follicle
epithelial-dermal interaction

SE-1

214

11:36– 11:38

ZB1P69

Development of a drug screening system using a magnetic force-based tissue engineering technique.

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

drug screening
tissue engineering
skeletal muscle

SE-1

363

11:38– 11:40

ZB1P70

Whole transcriptome analysis of chicken blastodermal cells for establishing pluripotent stem cells

(Kyushu U.) *Shiiba Nodoka, Kawabe Yoshinori, Fukumaru Shiho, Yamada Takuya, Ito Akira, Kamihira Masamichi

pluripotent stem cells
transcriptome analysis
transgenic chicken bioreactor

SE-1

364

Special Symposium SP-1. <The Design of the Future Society Where Renewable Energy Would Come to Practical Use>

(13:00–16:40) (Chair: Matsumoto H., Matsuda K.)

13:00– 13:05

A112

Opening remark

(TUAT) Sakurai Makoto

SP-1

13:05– 13:45

A113

[Invited lecture] The policy on Renewable Energy in Japan (machine translation)

(METI) Urata Hideyuki

SP-1

999

13:45– 14:25

A115

[Invited lecture] Outlook of Research and Development Investments to Society the Implementation of Renewable Energy (machine translation)

(NEDO) Nakaiwa Masaru

SP-1

1000

14:25– 15:05

A117

[Invited lecture] Practical Efforts to Society the Implementation of Renewable Energy (machine translation)

(AIST) Owadano Yoshiro

SP-1

1001

15:05– 15:20

Break

15:20– 16:00

A120

[Invited lecture] Safety Assessment of Energy Carriers for the Society the Implementation of Renewable Energy (machine translation)

(Yokohama Nat. U.) Miyake Atsumi

SP-1

1002

16:00– 16:20

A122

[Invited lecture] Prospects for Social Implementation of Renewable Energy (machine translation)

(MEXT) Watanabe Sonoko

SP-1

1003

16:20– 16:40

A123

[Invited lecture] Human Resource Development and Innovation Hub Concept (machine translation)

(Kobe U.) Ohmura Naoto

SP-1

1004

Technical program

SCEJ 47th Autumn Meeting (Sapporo, 2015)

© 2015 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2015-08-26 10:00:42
For more information contact Organizing Committee, SCEJ 47th Autumn Meeting (Sapporo, 2015)
E-mail: inquiry-47f

www3.scej.org

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