【文献标题】The greenhouse effect of antibiotics: the influence pathways of antibiotics on methane release from freshwater sediment 【作者】Ziqi Zhang, Zhinan Xu, Xiangrong Wang 【作者单位】复旦大学（Fudan University） 【文献中引用产品】 微生物脱氢酶(DHO/DHA)ELISA试剂盒 微生物β葡萄糖苷酶(D-Glu)ELISA试剂盒 微生物BAA-蛋白水解酶（BAA-Pro）ELISA试剂盒 微生物辅酶F420（F420）ELISA试剂盒 【关键词】antibiotic enrichment; freshwater sediment; methane release; interaction analysis; partial least-squares path modeling; sediment chemical environment 【DOI】doi.org/10.1016/j.envint.2023.107964 【影响因子(IF)】13.35 【出版期刊】《Environment International》 【产品原文引用】 The sediment biochemical properties, including pH, NO3--N, ammonia nitrogen (NH4+-N), Fe (Ⅱ), SOC, and acetate (CH3COO-), were measured by standard methods (Table S2). The enzyme activity of DHO, D-glucosidase (D-Glu), BAA-protein hydrolase (BAA-Pro), and methane-producing coenzyme F420 (F420) were determined by specific enzyme kits purchased from Shanghai Hengyuan Biotechnology Co., Ltd (Shanghai, China).
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