| Family ID | Esterase |
| Vfortho IDs | ' VFP018648' ' VFP018649' ' VFP018650' ' VFP018651' ' VFP018652' ' VFP018653' ' VFP018654' ' VFP018655' ' VFP018656' ' VFP018657' ' VFP018658' ' VFP018659' ' VFP018660' ' VFP018661' ' VFP018662' ' VFP018663' ' VFP018664' ' VFP018665' ' VFP018666' ' VFP018667' ' VFP018668' ' VFP018669' ' VFP018670' ' VFP018671' ' VFP018672' ' VFP018673' ' VFP018674' ' VFP018675' ' VFP018676' ' VFP018677' ' VFP018678' ' VFP018679' ' VFP018680' ' VFP018681' ' VFP018682' ' VFP018683' ' VFP018684' ' VFP018685' ' VFP018686' ' VFP018687' ' VFP018688' ' VFP018689' ' VFP018690' ' VFP018691' ' VFP018692' ' VFP018693' ' VFP018694' ' VFP018695' ' VFP018696' ' VFP018697' ' VFP018698' ' VFP018699' ' VFP018700' ' VFP018701' ' VFP018702' ' VFP018703' ' VFP018704' ' VFP018705' ' VFP018706' ' VFP018707' ' VFP018708' ' VFP061744' ' VFP061745' ' VFP061746' ' VFP061747' ' VFP061748' ' VFP061749' ' VFP061750' ' VFP061751' ' VFP061752' ' VFP061753' ' VFP061754' ' VFP061755' ' VFP061756' ' VFP061757' ' VFP061758' ' VFP061759' ' VFP061760' ' VFP061761' ' VFP061762' ' VFP061763' ' VFP061764' ' VFP061765' ' VFP061766' ' VFP061767' ' VFP061768' ' VFP061769' ' VFP061770' ' VFP061771' ' VFP061772' ' VFP061773' ' VFP061774' ' VFP061775' ' VFP061776' ' VFP061777' ' VFP061778' ' VFP061779' ' VFP061780' ' VFP061781' ' VFP061782' ' VFP061783' ' VFP061784' ' VFP061785' ' VFP061786' ' VFP061787' ' VFP061788' ' VFP061789' ' VFP061790' ' VFP061791' ' VFP061792' ' VFP061793' ' VFP061794' ' VFP061795' ' VFP061796' ' VFP061797' ' VFP061798' ' VFP061799' ' VFP061800' ' VFP061801' ' VFP061802' ' VFP061803' ' VFP061804' ' VFP061805' ' VFP061806' ' VFP061807' ' VFP061808' ' VFP061809' ' VFP061810' ' VFP061811' ' VFP061812' ' VFP061813' ' VFP061814' ' VFP061815' ' VFP061816' ' VFP061817' ' VFP061818' ' VFP061819' ' VFP061820' ' VFP061821' ' VFP061822' ' VFP061823' ' VFP061824' ' VFP061825' ' VFP061826' ' VFP061827' ' VFP061828' ' VFP061829' ' VFP061830' ' VFP061831' ' VFP061832' ' VFP061833' ' VFP061834' ' VFP061835' ' VFP061836' ' VFP061837' ' VFP061838' ' VFP061839' ' VFP061840' ' VFP061841' ' VFP061842' ' VFP061843' ' VFP061844' ' VFP061845' ' VFP061846' ' VFP061847' ' VFP061848' ' VFP061849' ' VFP061850' ' VFP061851' ' VFP061852' ' VFP061853' ' VFP061854' ' VFP061855' ' VFP061856' ' VFP061857' ' VFP061858' ' VFP061859' ' VFP061860' ' VFP061861' ' VFP061862' ' VFP061863' ' VFP061864' ' VFP061865' ' VFP061866' ' VFP061867' ' VFP061868' ' VFP061869' ' VFP061870' ' VFP061871' ' VFP061872' ' VFP061873' ' VFP061874' |
| VFDB ID | ' VFG001419(gb|NP_218321)' ' VFG044159(gb|NP_752602)' |
| Proteins | ' enterobactin/ferric enterobactin esterase' ' Secreted antigen 85-a FbpA (mycolyl transferase 85A)' |
| Gene | ' fbpA' ' fes' |
| Pathogen | ' Escherichia coli CFT073' ' Mycobacterium tuberculosis H37Rv' |
| Functional Categories | ' Cell Wall' ' Enterobactin' |
| Orthologs | ' NP_218321.1' ' NP_301195.1' ' NP_308651.2' ' NP_415117.2' ' NP_706440.1' ' WP_000125795.1' ' WP_000125796.1' ' WP_000125799.1' ' WP_000125805.1' ' WP_000125806.1' ' WP_000125812.1' ' WP_000125813.1' ' WP_000125816.1' ' WP_000125819.1' ' WP_000125821.1' ' WP_000125823.1' ' WP_000125827.1' ' WP_000125828.1' ' WP_000125829.1' ' WP_000125830.1' ' WP_000125834.1' ' WP_000125835.1' ' WP_000125837.1' ' WP_000125839.1' ' WP_000125840.1' ' WP_000125842.1' ' WP_000125845.1' ' WP_000125846.1' ' WP_000125849.1' ' WP_000125850.1' ' WP_000125851.1' ' WP_000125857.1' ' WP_000125858.1' ' WP_000125860.1' ' WP_000125861.1' ' WP_001342040.1' ' WP_001357852.1' ' WP_001535153.1' ' WP_001736963.1' ' WP_003831183.1' ' WP_003835656.1' ' WP_003872573.1' ' WP_003881416.1' ' WP_003883931.1' ' WP_003889454.1' ' WP_003928960.1' ' WP_005062965.1' ' WP_005062968.1' ' WP_005626040.1' ' WP_005631023.1' ' WP_007771912.1' ' WP_010907520.1' ' WP_011723409.1' ' WP_011731262.1' ' WP_011742456.1' ' WP_011779140.1' ' WP_012133405.1' ' WP_012396870.1' ' WP_013989036.1' ' WP_014210361.1' ' WP_014211167.1' ' WP_014805630.1' ' WP_014814829.1' ' WP_015631628.1' ' WP_016244371.1' ' WP_021292923.1' ' WP_021531115.1' ' WP_021552757.1' ' WP_021577120.1' ' WP_021580573.1' ' WP_023156494.1' ' WP_023368863.1' ' WP_024232368.1' ' WP_025210286.1' ' WP_025237425.1' ' WP_031601408.1' ' WP_032205795.1' ' WP_032280464.1' ' WP_032950804.1' ' WP_033882789.1' ' WP_040090925.1' ' WP_040541696.1' ' WP_041319115.1' ' WP_041782321.1' ' WP_042003292.1' ' WP_042022443.1' ' WP_043077397.1' ' WP_043077398.1' ' WP_044699525.1' ' WP_046252144.1' ' WP_046254304.1' ' WP_046497657.1' ' WP_046669847.1' ' WP_047084969.1' ' WP_047087463.1' ' WP_047314793.1' ' WP_047928576.1' ' WP_048630687.1' ' WP_048634273.1' ' WP_049743645.1' ' WP_049747681.1' ' WP_058114865.1' ' WP_058668744.1' ' WP_059220375.1' ' WP_059234276.1' ' WP_059258993.1' ' WP_059273301.1' ' WP_059274742.1' ' WP_060773775.1' ' WP_060877180.1' ' WP_063079488.1' ' WP_063086124.1' ' WP_063814889.1' ' WP_065226338.1' ' WP_069984954.1' ' WP_070081073.1' ' WP_070352393.1' ' WP_070912159.1' ' WP_070941192.1' ' WP_071688078.1' ' WP_071887642.1' ' WP_072213447.1' ' WP_072498485.1' ' WP_078324237.1' ' WP_078324238.1' ' WP_079796939.1' ' WP_080030275.1' ' WP_081003604.1' ' WP_081368669.1' ' WP_081442267.1' ' WP_084196600.1' ' WP_085975712.1' ' WP_086084853.1' ' WP_087020851.1' ' WP_087028306.1' ' WP_088414066.1' ' WP_088903368.1' ' WP_089584536.1' ' WP_094030153.1' ' WP_095174282.1' ' WP_095573705.1' ' WP_096251332.1' ' WP_096307187.1' ' WP_096372668.1' ' WP_096443663.1' ' WP_096878350.1' ' WP_097746086.1' ' WP_102602313.1' ' WP_102786019.1' ' WP_103284858.1' ' WP_104868942.1' ' WP_105283961.1' ' WP_106901795.1' ' WP_106905403.1' ' WP_106906183.1' ' WP_110844246.1' ' WP_111465942.1' ' WP_113622870.1' ' WP_116328797.1' ' WP_118915784.1' ' WP_119170587.1' ' WP_119174017.1' ' WP_121528466.1' ' WP_121528735.1' ' WP_121584347.1' ' WP_123907524.1' ' WP_124021326.1' ' WP_124866325.1' ' WP_125059828.1' ' WP_125400502.1' ' WP_126316215.1' ' WP_126331989.1' ' WP_126335908.1' ' WP_128617099.1' ' WP_128880983.1' ' WP_134803979.1' ' WP_135912409.1' ' WP_136391612.1' ' WP_138828297.1' ' WP_148048669.1' ' WP_150344776.1' ' WP_151292746.1' ' WP_151315456.1' ' WP_151402036.1' ' WP_153690636.1' ' YP_001700930.1' ' YP_001700931.1' ' YP_002406587.1' ' YP_006118894.1' ' YP_006780406.1' ' YP_009361195.1' ' YP_402209.1' |
| Pathogen Orthologs | ' ' ' Citrobacter amalonaticus' ' Citrobacter braakii' ' Citrobacter farmeri' ' Citrobacter freundii' ' Citrobacter freundii complex' ' Citrobacter freundii complex sp. CFNIH2' ' Citrobacter freundii complex sp. CFNIH9' ' Citrobacter koseri' ' Citrobacter pasteurii' ' Citrobacter portucalensis' ' Citrobacter rodentium' ' Citrobacter werkmanii' ' Citrobacter youngae' ' Enterobacteriaceae' ' Escherichia albertii' ' Escherichia coli' ' Escherichia coli O104:H4 str. 2011C-3493' ' Escherichia coli O157:H7 str. Sakai' ' Escherichia coli O83:H1 str. NRG 857C' ' Escherichia coli str. K-12 substr. MG1655' ' Escherichia fergusonii' ' Mycobacteriaceae' ' Mycobacterium avium' ' Mycobacterium avium complex (MAC)' ' Mycobacterium bovis AF2122/97' ' Mycobacterium colombiense' ' Mycobacterium grossiae' ' Mycobacterium haemophilum' ' Mycobacterium kansasii' ' Mycobacterium leprae' ' Mycobacterium lepraemurium' ' Mycobacterium marinum' ' Mycobacterium pseudoshottsii' ' Mycobacterium shigaense' ' Mycobacterium tuberculosis' ' Mycobacterium ulcerans' ' Mycobacteroides abscessus' ' Mycobacteroides chelonae' ' Mycobacteroides immunogenum' ' Mycobacteroides salmoniphilum' ' Mycobacteroides saopaulense' ' Mycolicibacter sinensis' ' Mycolicibacter terrae' ' Mycolicibacterium aurum' ' Mycolicibacterium chitae' ' Mycolicibacterium chubuense' ' Mycolicibacterium fortuitum' ' Mycolicibacterium goodii' ' Mycolicibacterium hassiacum' ' Mycolicibacterium rhodesiae' ' Mycolicibacterium smegmatis' ' Mycolicibacterium vaccae' ' Mycolicibacterium vanbaalenii' ' Salmonella enterica' ' Shigella dysenteriae' ' Shigella flexneri' ' Shigella flexneri 2a str. 301' |