| Vfortho ids | ' VFP007605' ' VFP007606' ' VFP007607' ' VFP007608' ' VFP007609' ' VFP007610' ' VFP007611' ' VFP007612' ' VFP007613' ' VFP007614' ' VFP007615' ' VFP007616' ' VFP007617' ' VFP007618' ' VFP007619' ' VFP007620' ' VFP007621' ' VFP007622' ' VFP007623' ' VFP007624' ' VFP007625' ' VFP007626' ' VFP007627' ' VFP007628' ' VFP007629' ' VFP007630' ' VFP007631' ' VFP007632' ' VFP007633' ' VFP007634' ' VFP007635' ' VFP007636' ' VFP007637' ' VFP007638' ' VFP007639' ' VFP007640' ' VFP007641' ' VFP007642' ' VFP007643' ' VFP007644' ' VFP007645' ' VFP007646' ' VFP007647' ' VFP007648' ' VFP007649' ' VFP007650' ' VFP007651' ' VFP007652' ' VFP007653' ' VFP007654' ' VFP007655' ' VFP007656' ' VFP007657' ' VFP007658' ' VFP007659' ' VFP007660' ' VFP007661' ' VFP007662' ' VFP007663' ' VFP007664' ' VFP007665' ' VFP007666' ' VFP007667' ' VFP007668' ' VFP007669' ' VFP007670' ' VFP007671' ' VFP007672' ' VFP007673' ' VFP007674' ' VFP007675' ' VFP007676' ' VFP007677' ' VFP007678' ' VFP007679' ' VFP007680' ' VFP007681' ' VFP007682' ' VFP007683' ' VFP007684' ' VFP007685' ' VFP007686' ' VFP007687' ' VFP007688' ' VFP007689' ' VFP007690' ' VFP007691' ' VFP007692' ' VFP007693' ' VFP007694' ' VFP007695' ' VFP007696' ' VFP007697' ' VFP007698' ' VFP007699' ' VFP007700' ' VFP007701' ' VFP007702' ' VFP007703' ' VFP007704' ' VFP007705' ' VFP007706' ' VFP007707' ' VFP007708' ' VFP007709' ' VFP007710' ' VFP007711' ' VFP007712' ' VFP007713' ' VFP007714' ' VFP007715' ' VFP007716' ' VFP007717' ' VFP007718' ' VFP007719' ' VFP007720' ' VFP007721' ' VFP007722' ' VFP007723' ' VFP007724' ' VFP007725' ' VFP007726' ' VFP007727' ' VFP007728' ' VFP007729' |
| Familiy | ' NAD(P)-dependent_epimerase/dehydratase_' |
| Proteins | ' GDP-D-mannose dehydratase' |
| Gene | ' rfbD' |
| Pathogen | ' Helicobacter pylori 26695' |
| Functional Categories | ' LPS' |
| Orthologs | ' NP_206845.1' ' WP_000412696.1' ' WP_000659787.1' ' WP_000659798.1' ' WP_000659801.1' ' WP_000659804.1' ' WP_000659805.1' ' WP_000659810.1' ' WP_000659814.1' ' WP_000659816.1' ' WP_000659820.1' ' WP_000659823.1' ' WP_000659832.1' ' WP_000659836.1' ' WP_000659837.1' ' WP_000659841.1' ' WP_000659842.1' ' WP_000659843.1' ' WP_000659844.1' ' WP_000659847.1' ' WP_000659852.1' ' WP_000659855.1' ' WP_000659858.1' ' WP_000659866.1' ' WP_000659867.1' ' WP_000659868.1' ' WP_000659884.1' ' WP_000659885.1' ' WP_000660060.1' ' WP_002795136.1' ' WP_004287272.1' ' WP_011115015.1' ' WP_011577040.1' ' WP_012280620.1' ' WP_013469962.1' ' WP_014533533.1' ' WP_014533575.1' ' WP_014535277.1' ' WP_014535670.1' ' WP_014537398.1' ' WP_014658575.1' ' WP_014714812.1' ' WP_014727224.1' ' WP_015085306.1' ' WP_015086514.1' ' WP_015429412.1' ' WP_015642328.1' ' WP_015644753.1' ' WP_015645819.1' ' WP_017283482.1' ' WP_020971731.1' ' WP_023591498.1' ' WP_025223375.1' ' WP_025275456.1' ' WP_025288491.1' ' WP_025314235.1' ' WP_025367110.1' ' WP_026938500.1' ' WP_031214491.1' ' WP_038417119.1' ' WP_038419564.1' ' WP_039125276.1' ' WP_041050400.1' ' WP_041201291.1' ' WP_042523845.1' ' WP_044526724.1' ' WP_046655973.1' ' WP_054195948.1' ' WP_058893591.1' ' WP_060472766.1' ' WP_060474221.1' ' WP_060869989.1' ' WP_060871385.1' ' WP_064429896.1' ' WP_064431376.1' ' WP_064431764.1' ' WP_064432895.1' ' WP_064434122.1' ' WP_064436174.1' ' WP_064437132.1' ' WP_064460767.1' ' WP_075658429.1' ' WP_077231622.1' ' WP_089086479.1' ' WP_089483083.1' ' WP_096468567.1' ' WP_096479310.1' ' WP_105917703.1' ' WP_107916190.1' ' WP_108169560.1' ' WP_108303726.1' ' WP_108910317.1' ' WP_111735917.1' ' WP_120879330.1' ' WP_121054118.1' ' WP_125296613.1' ' WP_125301256.1' ' WP_126130760.1' ' WP_126442384.1' ' WP_128479303.1' ' WP_139518909.1' ' WP_139519863.1' ' WP_139521148.1' ' WP_139521460.1' ' WP_139523278.1' ' WP_139523934.1' ' WP_139532719.1' ' WP_139533034.1' ' WP_139534056.1' ' WP_139542476.1' ' WP_139543445.1' ' WP_139544545.1' ' WP_139545657.1' ' WP_139546582.1' ' WP_139548594.1' ' WP_139549232.1' ' WP_145727429.1' ' WP_145728142.1' ' WP_145731670.1' ' WP_145818067.1' ' WP_145821305.1' ' WP_145939928.1' ' WP_149062048.1' ' WP_149368643.1' ' WP_151229466.1' |
| Pathogen_Ortholog | ' Allofrancisella guangzhouensis' ' Arcobacter cryaerophilus' ' Arcobacter skirrowii' ' Campylobacter coli' ' Campylobacter concisus' ' Campylobacter iguaniorum' ' Campylobacter lari' ' Francisella marina' ' Francisella noatunensis' ' Francisella persica' ' Francisella philomiragia' ' Helicobacter acinonychis' ' Helicobacter apodemus' ' Helicobacter cetorum' ' Helicobacter felis' ' Helicobacter hepaticus' ' Helicobacter pylori' ' Helicobacter pylori 26695' ' Helicobacter suis' |