27th SCEJ Students Meeting (Online, 2025): Hall program

`27th SCEJ Students Meeting (Online, 2025)`

Hall program

The technical program on this page is still provisional. Confirm the final program later.

Hall I

Most recent update: 2025-02-05 07:59:05

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Biochemical engineering
9:30– 9:42	I01	Cultivation of hydrogen oxidizing bacteria in dry water of stearate microparticles (NIT Nara) *Mizoe Yuma, Yamada Rena, Naoe Kazumitsu	cultivation hydrogen oxidizing bacteria dry water	7-a	155
9:42– 9:54	I02	Antibacterial and antifungal effects of citrus ingredients and synergistic effects between ingredients (Nanao H.S) Kimoto M., Shinki M., Murata S., Yata K., Nataami K.	citric acid limonene	7-h	77
9:54– 10:06	I03	De novo creation of GFP-binding molecules via deep learning-assisted protein engineering (Okayama U.) *Okada Shinzan, (Grad. Sch. of Env., Life, Nat. Sci. & Tech., Okayama U.) Imamura Koreyoshi, Imanak Hiroyuki	Deep learning ProteinMPNN AlphaFold	7-i	173
10:06– 10:18	I04	Relationship between sodiun lauryl sulfate and bacteria (Masuda H.S) Miyata Rimi, Tabara Hina, *Miura Nagito, Matsukawa Hitoshi	SDS campylobacter pigment	7-e	189
10:18– 10:30	I05	Gel formation of aqueous polymer solutions with artificial catalyst (NIT.Sasebo) *Shiba M., Moriyama K.	hydrogel catalyst polymer	7-a	46
10:30– 10:42	I06	How to preserve polyphenols olives (Tamagawa academy) *Kitamura Urara, (Tamagawa Academy) Watanabe Yasutaka	ollive polyphenol carbon dioxide	7-h	45
10:42– 10:50		Break
Biochemical engineering
10:50– 11:02	I08	Development of a substance production system using a novel oleaginous actinomycete Streptomyces jeddahensis (Kobe U.) *Sakaue Kazuki, Mori Yutaro, Ogino Chiaki, Kondo Akihiko	Biodegradable Plastics PHB streptomyces	7-a	159
11:02– 11:14	I09	Bactericidal effect of antiseptic solutions (Ikuno.H.S) Maeda R., Higashide Y., Eguchi Y., Harada R., Yoshida S.	lactic acid lactic acid bacteria neutralization titration	7-h	64
11:14– 11:26	I10	Effects of structure of hydrophobic groups incorporated into gelatin molecules on adsorption and desorption of hydrophobic medicines. (Kagoshima U.) *Nishimura K., Matsumoto T., Kobaru S., Yoshida M., Takei T.	hydrogel drug delivery hydrophobic interaction	7-a	135
11:26– 11:38	I11	Compositional analysis of aloe (Tamagawa Academy) *Ito R., Kinouchi M.	Aloe Polyphenol Antibacterial effect	7-i	48
11:38– 11:50	I12	Investigation of a rapid screening method for plant growth-promoting bacteria (Kitami Inst. Tech.) *Kitagawa S., Kagenishi T., Konishi M.	Plant Growth Promoting Bacteria(PGPB) microbial culture Screening	7-g	196
11:50– 12:02	I13	Measuring the antioxidant effect of allicin from the redox potential (Tamashima H.S) Takahashi S., Inada M., Ito C., Naka S., *Fujiwara T., Shiraga Y.	Allicin redox potential Antioxidant power	7-h	200
12:02– 12:15		Lunch break
Biochemical engineering
13:10– 13:22	I19	Evaluation of Oxidative Catalytic Functions of Bio-Derived Artificial Catalysts (NIT. Sasebo) *Uenishi N., Moriyama K.	protein artificial catalysts oxidative catalysis	7-b	88
13:22– 13:34	I20	Exploration of Protease Disruption Candidates for Stable Protein Production in Komagataella phaffii (Kobe U.) *Matsumoto Masaki, Satou Rintarou, Tominaga Masahiro, Ito Yoichiro, (kobe U.) kondou Akihiko, (Kobe U.) Ishii Jun	Komagataella phaffii Protease CRISPR Cas9	7-d	261
13:34– 13:46	I21	Usefulness of Vegetable-Derived Surfactants (Yokote H.S) Takaku Mao, Oono Nagisa, Obara Aoshi, Takahashi Mitsunari, Hosoya Susumu	Surfactants Vegetable	7-h	267
13:46– 13:58	I22	Structural and Optical Analysis of Microorganism in Microbial Fuel Cells (Toyohashi Tech) *Naito Kosei, (Toyohashi Tech/Shizuoka Inst. Sci. Tech.) Konba Hiroya, (Toyohashi Tech) Inada Ryoji, (Ë¶¶µ»Âç) Tojo Tomohiro	Microbial Fuel Cells Anaerobic Microorganisms Lysogeny Broth	7-a	107
13:58– 14:10	I23	Development of decarboxylases for isobutene bioproduction (Kobe U.) *Syu Komi, Mori Yutaro, Ogino Chiaki, Kondo Akihiko	Enzyme Bioproduction Proteinengineering	7-a	161
14:10– 14:22	I24	Analysis of glutamic acid content of vegetable broth taken from discarded vegetable parts (Tamagawa Academy) *Masuda Noa, Kinouchi Mikiko	glutamic acid discarded vegetable parts vegetable broth	7-h	43
14:22– 14:30		Break
Materials engineering & interfacial phenomena
14:30– 14:42	I26	Single-crystal-to-single-crystal transition between achiral and chiral structures of axially chiral naphthamide derivative (Osaka U., School of Eng. Sci.) *Ikeda Saki, (Osaka U., Graduate School of Eng. Sci.) Oketani Ryusei, Hisaki Ichiro	Chirality Crystallization Structural transition	12-g	121
14:42– 14:54	I27	Purification of aggregated crystals of organic compounds using m-CNB (NITSuzukaCollege) *Eguchi Eiru, Funakoshi Kunio	Agglomerates Sweating and Recrystallization Solid Solution	12-g	240
14:54– 15:06	I28	Preparation of water-absorbent polymers utilizing waste (Tamashima H.S) Murata Junya, Yamada Kazuki, Naito Yusuke, Ono Yuki	water-absorbent polymers waste cellulose	12-m	199
15:06– 15:18	I29	Method for Evaluating Water Content of Hydrous Polymers Using Structure Change of Molecules at Polymer / Metal Interfaces (NIT Tokyo) *Tashiro Y, Ito M	Self-Assembled Monolayers Water Content Surface-enhanced Raman Spectroscopy	12-a	264
15:18– 15:30	I30	Fabrication of sea urchin-like polymer particles with intrinsically conducting polymers on the surface of core particles (Ibaraki U.) *Muto K., Kobayashi Y., Yamauchi N.	sea urchin particle nanofiber intrinsically conducting polymer	12-c	56
15:30– 15:42	I31	Creation of organic semiconductor polymer nanoparticles with antimicrobial activity (Tohoku U. IMRAM) *Ishikawa T., Shibata A., Kasai H., Oka K.	P3HT Nanoparticles ROS	12-c	22
15:42– 15:54	I32	A Proposal of a Method for Clarifying the Relationship Between the External Magnetic Force Applied to a Ferrofluid and the Shape of the Bottom of the Spike to be Formed -A Method Using a Helleshou Cell- (Himejihigashi H.S.) Maekawa Tsukasa, Nagai Sho, Ishii Zen, Fuji Karen, Ookado Souta, Iida Ryou, Kawakatsu Kazuya	Ferrofluid Helleshou Cell Labyrinth Pattern	12-c	68
15:54– 16:10		Break

Technical program
27th SCEJ Students Meeting (Online, 2025)

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Most recent update: 2025-02-05 07:59:05
For more information contact Organizing Committee, 27th SCEJ Students Meeting (Online, 2025)
E-mail: inquiry-stu27

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