TABLE 2.
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 |
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).