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. 2017 Apr 13;8:504. doi: 10.3389/fpls.2017.00504

Table 2.

REBASE annotated methylases and associated motifs in R. solanacearum GMI1000 and R. solanacearum UY031.

R. solanacearum UY031 R. solanacearum GMI1000 RM system
Replicon Locus tag Protein ID REBASE ID Replicon Locus tag Protein ID REBASE ID R/M Type Motif % detect. Cons.
NZ_CP012687.1 RSUY_RS00445 WP_003261699.1 Rso31ORF920P NC_003295.1 RS_RS17020 WP_011003276.1 RsoORF3394P R I 9
NZ_CP012687.1 RSUY_RS00435 WP_003261701.1 M.Rso31ORF920P NC_003295.1 RS_RS17010 WP_011003274.1 M.RsoORF3394P M I 9
NZ_CP012688.1 RSUY_RS22775 WP_039562516.1 M1.Rso31ORF46860P NC_003295.1 RS_RS04210 WP_011000797.1 M1.RsoORF844P M II 7
NZ_CP012688.1 RSUY_RS22780 WP_039562519.1 M2.Rso31ORF46860P NC_003295.1 RS_RS04215 WP_011000798.1 M2.RsoORF844P M II 10
NZ_CP012687.1 RSUY_RS11230 WP_020957142.1 M.Rso31ORF22890P NC_003295.1 RS_RS09960 WP_011001918.1 M.RsoORF1982P M II GTWWAC 95.5/99.5 12
NZ_CP012687.1 RSUY_RS05525 WP_039558712.1 Rso31ORF11320P RM II CAACRAC 97.0 1
NZ_CP012687.1 RSUY_RS05480 WP_003264976.1 M.Rso31ORF11220P M II 1
NZ_CP012687.1 RSUY_RS05495 WP_049280918.1 Rso31ORF11260P R II (GANTC) 1
NZ_CP012687.1 M.Rso31ORF11260P M II (GANTC) 1
NC_003295.1 RS_RS17175 (pseudo) M.RsoORF3438P M II (YGCCGGCRY) 32.8 1
NC_003295.1 RS_RS25190 WP_011003318.1 V.RsoORF3438P V II 1
NC_003296.1 RS_RS19865 WP_011003871.1 M.RsoORF570P M II 1
NC_003295.1 M.RsoORF869P M II (CCCAKNAVCR) 17.3 4

R denotes restriction enzymes, M methylases and V nicking enzymes associated with m5C−MTases. Bracketed motifs indicate tentative, unconfirmed mappings to RM systems. “% detect.” indicates the percentage of motif instances detected as methylated through the SMRT sequencing in either strain. “Cons.” indicates the number of species from the reference panel in which the components of the RM system are conserved, as determined through reciprocal BLAST. The “–” symbol indicates missing RM components or their missing annotation in RefSeq records. (pseudo) indicates that the corresponding locus has been annotated as a pseudogene in RefSeq.