Presentaion at conference, meeting, etc. - Chang Young-Cheol

21. Ralstonia sp. C1株を用いたPHA生産効率向上のための培地組成の検討

    長谷川大洋 、宮田　碧、張傛喆，廃棄物資源循環学会北海道支部 ，廃棄物資源循環学会北海道支部 ，2024.11.22

22. 低コスト生分解性バイオプラスチックの生産基質創生に向けた毒性有機化合物の生物分解及びチーズホエーの有効利用

    張傛喆，廃棄物資源循環学会北海道支部 ，廃棄物資源循環学会北海道支部 ，2024.11.22

23. Characterization of polyethylene-degrading bacteria isolated from sewage wastewater in Pakistan

    Shakir Ali、Young-Cheol Cjhang，廃棄物資源循環学会北海道支部 ，廃棄物資源循環学会北海道支部 ，2024.11.22

24. Cost-Effective Polyhydroxyalkanoate (PHA) Production Using Raw Sewage as a Dilution Medium

    H. Inoue, Y.C. Chang，EPAM2024，14th International conference on Environmental and Public Health Issues in Asian Mega-cities，2024.11.13，Korea, Republic of

25. PHA production with CO2 and volatile organic compounds

    Y.C. Chang, C. Seki, M. Shimadzu，EPAM2024，14th International conference on Environmental and Public Health Issues in Asian Mega-cities，2024.11.13，Korea, Republic of

26. Bioremediation potential of strains isolated from sewage sludge and campus soil

    Shakir ALI, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，2nd Joint Symposium on Environmental Engineering，(p.25-31)，2025.01.10，Japan

27. Phenol degradation and production of PHA using phenol degradation products as substrates

    Young-Cheol Chang, M. Venkateswar Reddy，The 5th International Electronic Conference on Applied Sciences ，The 5th International Electronic Conference on Applied Sciences ，2024.12.04，Switzerland

28. Evaluation of Adaptive Laboratory Evolution (ALE) Using the Comamonas sp. C10 Strain for the Enhancement of Polyhydroxybutyrate (PHB) Degradation Capability

    Yui Sato, Young-Cheol Chang，The 5th International Electronic Conference on Applied Sciences ，The 5th International Electronic Conference on Applied Sciences ，2024.12.04，Switzerland

29. ALE を用いた単離菌株によるPHB 分解能向上の検討

    佐藤 優衣・張 傛喆，第24会環境技術学会全国大会，環境技術学会全国大会予稿集，(p.158-159)，2024.09.25，大阪

30. 細菌の順応培養によるPHB 分解能の増大可能性の評価

    張 傛喆, 佐藤 優衣 ，第76 回 日本生物工学会大会 ，第76 回 日本生物工学会大会 講演要旨集，(p.114)，2024.09.08，東京

31. Ralstonia sp. C1株によるPHB分解及び生産に関する研究

    張傛喆，日本農芸化学会，日本農芸化学会講演要旨集，(p.252)，2024.03.24

32. フェノール分解及びフェノール分解産物を基質とするPHA生産に関する研究

    大上嵩洋、張傛喆，日本農芸化学会，日本農芸化学会講演要旨集，(p.251)，2024.03.24

33. A proposal to use raw sewage as source water for bioplastic production

    Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

34. The possibility of substrate utilization using lignin degradation products

    Mioto Uno and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

35. A study of phenol degradation and the production of biodegradable plastics using phenol degradation products

    Takahiro Ogami and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

36. Biodegradation of catechol by Comamonas sp. C1 and Rhodococcus zopfii SK-3

    Ryuta Sekido and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

37. A growth study of Bacillus sp. CYR1 using a phenol degradation product (catechol)

    Hiromu Nohara and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

38. Evaluation of optimal C/N and C/P ratios in PHB production using Ralstonia sp. C1

    Yuya Masuda and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

39. Biodegradation of PHB films by Ralstonia sp. C1 strain in soil under low-temperature

    Takumi Terayama and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan

40. The evaluation of Adaptive Laboratory Evolution (ALE) using Comamonas sp. C10 strain for enhancement of PHB degradation capability

    Yui Sato and Young-Cheol Chang，Joint Symposium on Environmental Engineering，Joint Symposium on Environmental Engineering，2024.01.16，Japan