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Isotope Fractionation Pinpoints Membrane Permeability as a Barrier to Atrazine Biodegradation in Gram-negative Polaromonas sp. NeaC

机译：同位素分馏针定位膜渗透性作为革兰氏阴性偏振菌的阿特拉嗪生物降解的屏障。 NEAC

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1. Isotope Fractionation Pinpoints Membrane Permeability as a Barrier to Atrazine Biodegradation in Gram-negative Polaromonas sp. Nea-C [J] . BennoN. Ehrl, Mehdi Gharasoo, Martin Elsner Environmental Science & Technology . 2018,第7期

机译：同位素分馏确定膜通透性是革兰氏阴性单孢菌属中阿特拉津生物降解的障碍。 Nea-C
2. Isotope fractionation in atrazine degradation reveals rate-limiting, energy-dependent transport across the cell membrane of gram-negative rhizobium sp. CX-Z [J] . Chen Songsong, Zhang Kai, Jha Rohit Kumar, Environmental Pollution . 2019,第MAY期

机译：r去津降解中的同位素分级显示出革兰氏阴性根瘤菌菌种在细胞膜上的限速，能量依赖性转运。 CX-Z
3. Isotope fractionation in atrazine degradation reveals rate-limiting, energy-dependent transport across the cell membrane of gram-negative rhizobium sp. CX-Z [J] . Chen Songsong, Zhang Kai, Jha Rohit Kumar, Environmental Pollution . 2019,第May期

机译：阿特拉嗪降解中的同位素分馏揭示了克革兰阴性rhizobium sp细胞膜的速率限制，能量依赖性转运。 CX-Z.
4. Dehalobacter sp. Strain RM1 in Consortium RM Induces Large Fractionation of Stable Carbon Isotopes during Dichloromethane Fermentation [C] . Shandra D. Justicia-Leon, Katrina W. Chu, Scott O. C. Mundle International Conference on Remediation of Chlorinated and Recalcitrant Compounds . 2014

机译：Dehalobacter sp。联盟RM菌株RM1在二氯甲烷发酵过程中诱导稳定的碳同位素的大分馏
5. Assessing mechanisms of isotopic fractionation during petroleum hydrocarbon biodegradation - Implications for evaluation of in situ biodegradation. [D] . Mancini, Silvia Alissa. 2007

机译：石油烃生物降解过程中同位素分馏的评估机制-对原位生物降解评估的意义。
6. IsotopeFractionation Pinpoints Membrane Permeabilityas a Barrier to Atrazine Biodegradation in Gram-negative Polaromonas sp. Nea-C [O] . BennoN. Ehrl, Mehdi Gharasoo, Martin Elsner, -1

机译：同位素分级确定膜的渗透性作为革兰氏阴性单孢菌属中At去津生物降解的障碍。 Nea-C
7. Compound-specific chlorine isotope fractionation in biodegradation of atrazine [O] . Christina Lihl, Benjamin Heckel, Anna Grzybkowska, 2020

机译：阿特拉嗪生物降解中的复合氯同位素分级

Isotope Fractionation Pinpoints Membrane Permeability as a Barrier to Atrazine Biodegradation in Gram-negative Polaromonas sp. NeaC

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