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. 2023 Jun 21;8(4):e00083-23. doi: 10.1128/msystems.00083-23

TABLE 2.

List of the wild-type strains of the RSSC investigated in this study a

Strain Phylotype Species Plant origin Country of origin Genome sequence origin No. of predicted proteins
GMI1000 I R. pseudosolanacearum Tomato Guyana (30) 5,060
PSS4 I R. pseudosolanacearum Tomato Taiwan This work 5,117
RUN2340 III R. pseudosolanacearum Potato Madagascar This work 5,119
CFBP2957 IIA R. solanacearum Tomato French West Indies This work 4,951
K60 IIA R. solanacearum Tomato The United States (33) 5,081
BA7 IIA R. solanacearum Banana Grenada This work 5,035
UW551 IIB R. solanacearum Geranium Kenya (33) 4,755
MOLK2 IIB R. solanacearum Banana Philippines This work 4,868
PSI07 IV R. syzygii Tomato Indonesia (11) 4,812
R24 IV R. syzygii Clove Indonesia This study 4,879
BDBR229 IV R. syzygii Banana Indonesia This study 4,724
a

The Busco quality scores for completeness and contamination of each genome are shown in Fig. S1 at https://github.com/cbaroukh/rssc-metabolic-networksn. The number of proteins was computed from Prokka automatic annotation (25). The novel genome sequences are available in GenBank (Table S1 at https://github.com/cbaroukh/rssc-metabolic-networks).