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d-Amino Acid Catabolism Is Common Among Soil-Dwelling Bacteria

机译:d-氨基酸分解代谢在土壤细菌中很常见

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摘要

Soil and rhizosphere environments were examined in order to determine the identity and relative abundance of bacteria that catabolize d- and l-amino acids as the sole source of carbon and nitrogen. All substrates were readily catabolized by bacteria from both environments, with most d-amino acids giving similar CFU counts to their l-amino acid counterparts. CFU count ratios between l- and d-amino acids typically ranged between 2 and 1. Isolates were phylogenetically typed in order to determine the identity of d-amino acid catabolizers. Actinobacteria, specifically the Arthrobacter genus, were abundant along with members of the α- and β-Proteobacteria classes.
机译:检查了土壤和根际环境,以确定分解d-和l-氨基酸作为唯一碳和氮源的细菌的身份和相对丰度。所有底物都容易被两种环境中的细菌分解代谢,大多数d-氨基酸的CFU计数与其l-氨基酸对应物相似。 L-氨基酸和D-氨基酸之间的CFU计数比通常介于2和1之间。系统发育分类分离菌株,以便确定D-氨基酸催化剂的身份。放线菌,特别是节杆菌属,以及α-和β-Proteobacteria类的成员丰富。

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