| Vfortho ids | ' VFP017898' ' VFP017901' ' VFP018072' ' VFP018079' ' VFP018512' ' VFP018513' ' VFP018962' ' VFP019093' ' VFP019103' ' VFP019373' ' VFP019377' ' VFP038254' ' VFP038256' ' VFP038502' ' VFP038516' |
| VFDB ID | ' VFG001381(gb|YP_177728)' ' VFG001386(gb|NP_215271)' ' VFG001406(gb|NP_217227)' ' VFG001817(gb|NP_216900)' ' VFG001818(gb|NP_216893)' ' VFG001826(gb|NP_217099)' ' VFG009553(gb|YP_177876)' ' VFG009810(gb|NP_215272)' |
| Families | ' AB_Hydrolase_3_(ABH_3)' ' AMP-binding' ' DtxR/MntR' ' HisKA' ' Isocitrate_lyase' ' MbtH' ' RelA/SpoT' ' Response_reg' |
| Proteins | ' Bifunctional enzyme MbtA: salicyl-AMP ligase' ' Iron-dependent repressor and activator IdeR' ' Isocitrate lyase Icl (isocitrase) ' ' Possible two component system response sensor' ' Possible two component system response transcriptional positive regulator PhoP' ' Probable GTP pyrophosphokinase RelA (ATP:GTP 3'-pyrophosphotransferase)' ' Putative acetyl hydrolase MbtJ' ' putative protein MbtH' |
| Gene | ' icl' ' ideR' ' mbtA' ' mbtH' ' mbtJ' ' phoP' ' phoR' ' relA' |
| Pathogen | ' Mycobacterium tuberculosis H37Rv' |
| Functional Categories | ' Metabolic Adaptation' ' Regulation' ' Mycobactin' |
| Orthologs | ' WP_013126477.1' ' WP_013128091.1' ' WP_013128204.1' ' WP_013128205.1' ' WP_013128242.1' ' WP_013128547.1' ' WP_115329595.1' ' WP_115330047.1' ' WP_126195951.1' ' WP_126196252.1' ' WP_126196295.1' ' WP_126196296.1' ' WP_126196403.1' ' WP_126198111.1' ' WP_126198237.1' |