Search results for gene comGF in Streptococcus mutans

This page displays the comG competence pilus major pseudopilin family. In Streptococcus and related genera, the functional ortholog is historically designated comY. For completeness, all comY genes have been merged into this gene family. Searching for "comY" will redirect here.

Evidence:

Gene name Gene type Function Organism Genome accession Locus tag Protein ID
experimental comGF Machinery gene DNA binding and uptake Streptococcus mutans UA140 NZ_CP044495 FSA28_RS09380 WP_002264245.1
experimental comGF Machinery gene DNA binding and uptake Streptococcus mutans UA159 NC_004350 SMU_RS09010 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain FDAARGOS 1458 NZ_CP077404 I6L88_RS00045 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain UA-159 NZ_CP101984 NPS18_RS09175 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain COCC33-14R NZ_CP101985 NPS17_RS09030 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain COCC33-14 NZ_CP101986 NPS16_RS09030 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain LMG 14558 NZ_CP133475 RDV58_RS02095 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain UA159-WCSS NZ_CP160385 ABVF41_RS09180 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain UA159 ykuR deletion NZ_CP160386 AB1F71_RS09170 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain DPC6143 NZ_CP172847 ACF1RT_RS01140 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain Xc NZ_CP183775 V3C22_RS08885 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain NCTC10832 NZ_LR134320 EL130_RS00915 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain NCTC10449 NZ_LS483349 DQM59_RS01250 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans NN2025 NC_013928 SMUNN2025_RS00985 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans LJ23 NC_017768 SMULJ23_RS01090 WP_002274770.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans LP13 NZ_AP014571 SMUNUM_RS09315 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain NBRC 13955 NZ_AP019720 FNL60_RS01250 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans UA159-FR NZ_CP007016 SMUFR_RS09105 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain NG8 isolate Dental Plaque NZ_CP013237 APQ13_RS08645 WP_061046398.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain LAR01 NZ_CP023477 CO204_RS01205 WP_002263440.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain NCH105 NZ_CP044221 F5989_RS07460 WP_061046398.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain T8 NZ_CP044492 FSA31_RS08950 WP_002274770.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain MD NZ_CP044493 FSA40_RS09280 WP_151416443.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain S4 NZ_CP050270 HB753_RS00110 WP_002274770.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain P6 NZ_CP050272 HB751_RS08975 WP_002274770.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans B04Sm5 NZ_CP061071 IBL27_RS00995 WP_002264245.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain P1 NZ_CP050273 HB750_RS00110 WP_002274770.1
insolico comGF Machinery gene DNA binding and uptake Streptococcus mutans strain 27-3 NZ_CP066294 IGS65_RS08735 WP_002263440.1
experimental Experimentally validated     insolico Bioinformatically predicted