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This study focuses on the genomic characteristics and phylogenetic relationships of various Rhizobium species including R. rubi, R. borbori, R. radiobacter, R. tropici, R. rhizogenes, R. vitis, R. galegae, R. huautlense, and several strains of R. qilianshanense. Utilizing data from multiple genetic sequences (e.g., AM182936, GQ289384), we explore the diversity and evolutionary aspects of these bacteria, emphasizing their ecological roles and potential agricultural applications. Understanding their genomic makeup can lead to improved utilization in symbiotic processes.
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Fig. S2 R. rubi LMG17935T (AM182936) R. borbori DN316T (GQ289384) R. radiobacter LMG140T (AM182935) R. tropici USDA9030T (AF169568) 55 R. rhizogenes LMG150T (AM182940) R.vitis S4T (CP000633) R. galegae LMG6214T (AM182941) 72 R. huautlense LMG18254T (AM182942) 66 R. giardinii R-4385T (AM182937) 59 R. qilianshanenseCCNWQLS21 (JX117889) 100 R. qilianshanenseCCNWQLS111 (JX117887) 99 R. qilianshanenseCCNWQLS01T (JX117886) R. qilianshanenseCCNWQLS97 (JX117888) R. gallicum R-4387T (AM182938) R. etli CFN 42T (CP000133) 88 R. leguminosarum USDA2370T (AF169566) 0.1