学会等発表 - 張 傛喆
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Ralstonia sp C1株によるPHB分解及び生産に関する研究
張傛喆,日本生物工学会,第77回日本生物工学会大会予稿集,2025年09月10日
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Investigating the Interaction of PHB and Congo Red Dye in Water and Their Biodegradability by Bacteria Isolated from Sewage Sludge
Shakir Ali, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Comparative Analysis of Viscosity of PHBV Synthesized from Various Substrate Compositions
Shouyou Takamatsu, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Biodegradation of PHB Containing Glycol Based Plasticizers by Ralstonia sp. C1 Isolated from the Natural Environment
Yugo Matsumura, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Interaction between Plasticizers and Biodegradable Plastics: A Case Study Using PHB and Ralstonia sp. C1
Zhao Yan, Zhao Peng Cheng, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Optimizing Carbon, Nitrogen, and Phosphorus Ratios for Enhanced PHA Production: A Comprehensive Study
Mioto Uno, Aoi Miyata, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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The role of microbial communities of soil and water in the biodegradation of heavy oil under aerobic and anaerobic conditions
Shakir Ali, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Biodegradation Behavior of Polyhydroxybutyrate (PHB) in Highly Alkaline Soils of Japanese Landfills
Takuya Tamazawa, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Feasibility of Polyhydroxyalkanoate Production by Bacillus sp. CYR1 Using Non-Sterilized Raw Sewage Water as a Dilution Medium
Hirotaka Inoue, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Enhancing Polyhydroxyalkanoates (PHAs) Degradation through Adaptive Laboratory Evolution: A Natural Alternative to Genetic Engineering
Young-Cheol Chang, Masamitsu Shimadzu,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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プラスチック添加剤が生分解性プラスチックの 微生物分解に及 ぼす影響
Zhao Yan, Zhao Peng Cheng, 張傛喆,日本生物工学会北日本支部 2025 年度北日本支部札幌シンポジウム,北日本支部札幌シンポジウム予稿集,2025年06月28日
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Isolation and Screening of Lignin-Degrading Bacteria from Wood Chips at Municipal Solid Waste Final Disposal Sites
Rei Takamatsu, Mioto Uno, Young-Cheol Chang,Joint Symposium on Environmental Engineering,3rd Joint Symposium on Environmental Engineering ,2025年08月19日,日本国
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Development of an Efficient Enrichment Culture Method for High-Concentration Phenol-Degrading Bacteria Using the Rhizosphere Environment
Young-Cheol CHANG, Masamitsu SHIMADZU,KSBB-AFOB conference 2025,KSBB-AFOB conference 2025,(頁 844),2025年09月23日,大韓民国
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生下水を活用したPHA 生産における培養条件の検討
井上裕貴、張傛喆,水環境学会,水環境学会予稿集,(頁 644),2025年03月17日
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揮発性脂肪酸(VFA)の組み合わせが P(3HB)およびP(3HV)の組成比に与える影響とその解析
高松翔陽、張傛喆,水環境学会,水環境学会予稿集,(頁 648),2025年03月17日
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PHA 生産量増加を目指した最適炭素源・窒素源・リン源の組成比の網羅的検討
宮田碧、長谷川大洋、張傛喆,水環境学会,水環境学会予稿集,(頁 647),2025年03月17日
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Ralstonia sp. C1 によるポリヒドロキシ酪酸 (PHB) 分解に及ぼすグリコール系添加剤の影響
松村優吾、張傛喆,水環境学会,水環境学会予稿集,(頁 646),2025年03月17日
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Revealing the Potential of Sewage Wastewater Bacteria in the Degrading of Low-Density Polyethylene
Shakir ALI, Young-Cheol Chang,水環境学会,水環境学会予稿集水,(頁 645),2025年03月17日
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Developing alternative plastics for the transition to a circular economy
Young-Cheol Chang,ICFEE Int. Conf.,ICFEE,(頁 11-12),2025年03月07日,日本国
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Effect of phthalate additives on the degradation of polyhydroxybutyrate (PHB) by Ralstonia sp. C1
Yugo Matsumura ・ Young-Cheol Chang,農芸化学会,農芸化学会予稿集,(頁 978),2025年03月04日