论文论著： 1. Ni Min, Yang Pan*, Jiahui Gong, et al. Glycogen-accumulating organisms promote phosphate recovery from wastewater by pilot-scale biofilm sequencing batch reactor: Performanceand mechanism[J].Bioresource Technology, 2025，418,131910. 2. Ni Min, Pan Yang*, Li Da-Peng , et al. Metagenomics, metatranscriptomics, and proteomics reveal the metabolic mechanism of biofilm sequencing batch reactor with higher phosphate enrichment capacity under low phosphorus load [J]. Environmental Research, 238, 117237. 3. Ni Min, Zhao Yi-Meng, Pan Yang*, et al. A new insight in enhancing phosphate enrichment in biofilm process: Comparison of the key metabolic pathways in highly-efficient and dominant PAOs based on metagenomics [J]. Journal of Environmental Management,2023, 341, 118114. 4. Ni Min, Pan Yang*, Li Da-Peng , et al. Metagenomics reveals the metabolism of polyphosphate-accumulating organisms in biofilm sequencing batch reactor: A new model [J].Bioresource Technology, 2022, 360,127603. 5. Ni Min, Chen Yue, Pan Yang*, et al. Study on community structure and metabolic mechanism of dominant polyphosphate-accumulating organisms (PAOs) and glycogen-accumulating organisms (GAOs) in suspended biofilm based on phosphate recovery [J]. Sci Total Environ, 2022, 815, 152678. 6. Ni Min, Pan Yang*, Zhang Xing-Yu, et al. Effects of P/C ratios on the growth, phosphorus removal and phosphorus recovery of a novel strain of highly efficient PAO [J]. Process Biochemistry, 2021, 111,109-17. 7. Ni Min, Pan Yang*, Chen Yue, et al. Effects of seasonal temperature variations on phosphorus removal, recovery, and key metabolic pathways in the suspended biofilm [J]. Biochemical Engineering Journal, 2021, 176,108187. 8. 倪敏，潘杨*，刘文如，秦宏兵，唐毅. 地方高校在环境生物类共享平台安全建设与开放管理探索[J]. 实验室研究与探索，第43卷，第8期，258-262，2024年. 9. 倪敏，李祥，刘婷婷，毕贞，潘杨*. 厌氧氨氧化活性污泥DNA高效提取方法探究[J]. 环境科学与技术，第42卷，第10期，83-87，2019年. 10. 倪敏，刘婷婷，顾海东，李祥，潘杨*. 活性污泥中腐殖酸对实时荧光定量PCR的影响[J]. 环境科学学报，第38卷，第1期，201-207，2018年. 11. Zhang Yujie, Lu Xumeng, Yu Shengqi, Gu Huijing, Fei Xiangyu, Pan Tianyu, Li Lub, Ding Yanyan , Ni Min*, Pan Yang* .Study on the mechanisms of efficient phosphorus recovery by a pilot-scale biofilm sequencing batch reactor under low carbon demand[J].Environmental Research,2025, 273,121204. 12. Wu Ruijing, Min Ni, Yujie Zhang, et al.Simultaneous enhancement of phosphorus release of cell and EPS by carbon source to improve biofilm phosphorus recovery concentration: Performance and mechanism[J]. Journal of Environmental Chemical Engineering, 2025, 13, 119395. 13. Zhao Yi-Meng, Zhang Jun, Ni Min, Pan Yang*, et al. Cultivation of phosphate-accumulating biofilm: Study of the effects of acyl-homoserine lactones (AHLs) and cyclic dimeric guanosine monophosphate (c-di-GMP) on the formation of biofilm and the enhancement of phosphate metabolism capacity. [J]. Sci Total Environ,2024, 928, 172408. 14. Zheng Chao, Jun Zhang, Ni Min, Pan Yang*, et al. Phosphate recovery from urban sewage by the biofilm sequencing batch reactor process: Key factors in biofilm formation and related mechanisms [J]. Environmental Research,2024, 252,118985. 15. Ding Yanyan, Shi Jingzi ,Li Lu,Ni Min,Zhang Xingyu,Huang Yong,Yang Pan*.Simultaneous removal and efficient enrichment of low-concentration phosphate in municipal sewage by biofilm process[J]. Journal of Environmental Chemical Engineering,2025, 13, 117812. 16. Wang Xiao-ya, Zhang Jun, Li lu*, Zhu Ye,Zhang Yue, Ni Min, Ding Yan-yan Huang Yong, Pan Yang*. Formation mechanism of high biofilm phosphorus storage capacity and its effect on phosphorus uptake-release and carbon source consumption [J].Bioresource Technology, 2024, 412, 131363. 17. Huang Bo, Huang Ji-Hui , Wang Xiao-Ya, Chen Yue, Ni Min, Ding Yan-yan, Huang Yong, Li Lu*, Pan Yang*. Enhancing phosphorus uptake in biofilms by dissolved oxygen: Mechanistic insights from cellular and EPS perspectives [J]. Journal of Water Process Engineering,2024, 65, 105860. 18. Chen Yue, Li Lu, Zhan Yue, Pan Yang*, Ni Min, Yang Wanjing, Yong Huang. Phosphorus absorption and release in biofilm sequencing batch reactor: The combined action of cells and extracellular polymeric substances and the characteristics of polymer metabolism[J]. Journal of Water Process Engineering,2022, 10, 102979. 19. 李璐，邵鸿渝，黄继会，倪敏，黄勇，潘杨*．聚磷菌发生代谢迁移的环境因子及机理分析[J]．中国环境科学，2024. https://link.cnki.net/urlid/11.2201.X.20240116.1022.014. 20. 李璐，张玥，邵鸿渝，倪敏，黄勇，潘杨*．侧流与主流磷回收工艺对比及调控因子分析[J/OL]．中国环境科学，2023.https://doi.org/10.19674/j.cnki.issn1000-6923. 21. 杨婉静, 潘杨*, 陈越,张星宇, 倪敏. 胞外聚合物在生物膜同步去除/富集磷酸盐系统中的作用[J]. 环境科学学报，第41卷,第9期，3437-3445，2021年. |
专利： 1. 倪敏,潘杨,周永健,李岱,宋作伟.高效聚磷菌的获取方法[P].ZL202110951682.4, 2023-04-07.（发明专利授权） 2. 倪敏,潘杨,陈越,张星宇,曾斌斌.一种从生物膜反应器活性污泥中富集分离高效聚磷菌的方法[P].ZL202010258939.3, 2022-03-15.（发明专利授权） 3. 倪敏, 潘杨, 李岱, 谢沁璇,周永健, 郑超, 吴亚辉. 一种加压装置及基于加压装置的蓝藻藻液预处理方法和蓝藻活细胞快速荧光染色计数方法[P]. ZL202110575395.8, 2022-9-27.（发明专利授权） 4. 倪敏,潘杨,李大鹏,赵艺蒙,李岱, 谢沁璇,周永健.一种单细胞活性蓝藻的快速技术方法[P].ZL202210170490.4, 2024-09-13.（发明专利授权） 5. 潘杨,周剑,黄勇,倪敏,李大鹏,冯鑫.一种从含磷废水中回收蓝铁矿的系统及其工艺[P].ZL202011375231.2, 2023-04-14.（发明专利授权） 6. 潘杨,张星宇,黄勇,倪敏,陈越.一种利用生物膜法富集磷及回收蓝铁矿的工艺[P].ZL202011377569.1, 2023-04-25.（发明专利授权） 7. 潘杨,陈越,黄勇,毕贞,倪敏,张星宇.一种应用于生物膜法回收磷工艺的变容积式运行方法[P].ZL202011377514.0, 2022-08-23.（发明专利授权） 8. 潘杨,张星宇,黄勇,倪敏,陈越.一种利用生物膜法富集磷及回收蓝铁矿的工艺 - 荷兰专利.NL2028955, 2022-06-26（专利授权） |
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