| Vfortho ids | ' VFP007222' ' VFP007223' ' VFP007224' ' VFP007225' ' VFP007226' ' VFP007227' ' VFP007228' ' VFP007229' ' VFP007230' ' VFP007231' ' VFP007232' ' VFP007233' ' VFP007234' ' VFP007235' ' VFP007236' ' VFP007237' ' VFP007238' ' VFP007239' ' VFP007240' ' VFP007241' ' VFP007242' ' VFP007243' ' VFP007244' ' VFP007245' ' VFP007246' ' VFP007247' ' VFP007248' ' VFP007249' ' VFP007250' ' VFP007251' ' VFP007252' ' VFP007253' ' VFP007254' ' VFP007255' ' VFP007256' ' VFP007257' ' VFP007258' ' VFP007259' ' VFP007260' ' VFP007261' ' VFP007262' ' VFP007263' ' VFP007264' ' VFP007265' ' VFP007266' ' VFP007267' ' VFP007268' ' VFP007269' ' VFP007270' ' VFP007271' ' VFP007272' ' VFP007273' ' VFP007274' ' VFP007275' ' VFP007276' ' VFP007277' ' VFP007278' ' VFP007279' ' VFP007280' ' VFP007281' ' VFP007282' ' VFP007283' ' VFP007284' ' VFP007285' ' VFP007286' ' VFP007287' ' VFP007288' ' VFP007289' ' VFP007290' ' VFP007291' ' VFP007292' ' VFP007293' ' VFP007294' ' VFP007295' ' VFP007296' ' VFP007297' ' VFP007298' ' VFP007299' ' VFP007300' ' VFP007301' ' VFP007302' ' VFP007303' ' VFP007304' ' VFP007305' ' VFP007306' ' VFP007307' ' VFP007308' ' VFP007309' ' VFP007310' ' VFP007311' ' VFP007312' ' VFP007313' ' VFP007314' ' VFP007315' ' VFP007316' ' VFP007317' ' VFP007318' ' VFP007319' ' VFP007320' ' VFP007321' ' VFP007322' ' VFP007323' ' VFP007324' ' VFP007325' ' VFP007326' ' VFP007327' ' VFP007328' ' VFP007329' ' VFP007330' ' VFP007331' ' VFP007332' ' VFP007333' ' VFP007334' ' VFP007335' ' VFP007336' ' VFP007337' ' VFP007338' ' VFP007339' ' VFP007340' ' VFP007341' ' VFP007342' ' VFP007343' ' VFP007344' ' VFP007345' ' VFP007346' |
| Familiy | ' FHS_Transporter' |
| Proteins | ' glucose/galactose transporter' |
| Gene | ' gluP' |
| Pathogen | ' Helicobacter pylori 26695' |
| Functional Categories | ' LPS' |
| Orthologs | ' NP_207965.1' ' NP_273580.1' ' WP_001173104.1' ' WP_001173105.1' ' WP_001173106.1' ' WP_001173107.1' ' WP_001173108.1' ' WP_001173109.1' ' WP_001174112.1' ' WP_001174116.1' ' WP_001174125.1' ' WP_001174131.1' ' WP_001174132.1' ' WP_001174138.1' ' WP_001174139.1' ' WP_001174142.1' ' WP_001174143.1' ' WP_001174145.1' ' WP_001174147.1' ' WP_001174148.1' ' WP_001174149.1' ' WP_001174158.1' ' WP_001174161.1' ' WP_001174162.1' ' WP_001174168.1' ' WP_001174177.1' ' WP_001174178.1' ' WP_001174184.1' ' WP_001174185.1' ' WP_001174189.1' ' WP_001174190.1' ' WP_001174193.1' ' WP_001174195.1' ' WP_001174198.1' ' WP_001174201.1' ' WP_001174202.1' ' WP_001174203.1' ' WP_001174213.1' ' WP_001922092.1' ' WP_002214413.1' ' WP_002642795.1' ' WP_003687431.1' ' WP_003787464.1' ' WP_005674436.1' ' WP_011577352.1' ' WP_013022847.1' ' WP_013468950.1' ' WP_014660148.1' ' WP_014661717.1' ' WP_014951143.1' ' WP_014980591.1' ' WP_014999895.1' ' WP_015086145.1' ' WP_015087492.1' ' WP_015428178.1' ' WP_015429311.1' ' WP_015642448.1' ' WP_015643854.1' ' WP_015645933.1' ' WP_017280769.1' ' WP_020972784.1' ' WP_023591590.1' ' WP_024118205.1' ' WP_025223123.1' ' WP_025276274.1' ' WP_025277086.1' ' WP_025309957.1' ' WP_025314060.1' ' WP_025366560.1' ' WP_029588818.1' ' WP_033741587.1' ' WP_039229189.1' ' WP_039704795.1' ' WP_041049708.1' ' WP_060473472.1' ' WP_060474932.1' ' WP_060869165.1' ' WP_060870614.1' ' WP_061486752.1' ' WP_064430687.1' ' WP_064432455.1' ' WP_064433700.1' ' WP_064434858.1' ' WP_064436815.1' ' WP_064437910.1' ' WP_066778095.1' ' WP_075711285.1' ' WP_076612534.1' ' WP_077232339.1' ' WP_078262788.1' ' WP_079278764.1' ' WP_079369466.1' ' WP_085389462.1' ' WP_085416633.1' ' WP_088245189.1' ' WP_089087088.1' ' WP_089482316.1' ' WP_096479050.1' ' WP_097699549.1' ' WP_101022738.1' ' WP_108304069.1' ' WP_108400494.1' ' WP_108551609.1' ' WP_108910819.1' ' WP_111726349.1' ' WP_115437602.1' ' WP_121054347.1' ' WP_123795960.1' ' WP_124732908.1' ' WP_125302967.1' ' WP_126443403.1' ' WP_128479455.1' ' WP_128481052.1' ' WP_137041089.1' ' WP_139520453.1' ' WP_139522176.1' ' WP_139531948.1' ' WP_139541741.1' ' WP_139543790.1' ' WP_139547908.1' ' WP_139549918.1' ' WP_145733218.1' ' WP_145816645.1' ' WP_151051885.1' ' YP_207312.1' |
| Pathogen_Ortholog | ' Alteromonas macleodii' ' Campylobacter cuniculorum' ' Campylobacter hepaticus' ' Campylobacter jejuni' ' Helicobacter acinonychis' ' Helicobacter apodemus' ' Helicobacter cetorum' ' Helicobacter felis' ' Helicobacter mustelae' ' Helicobacter pylori' ' Helicobacter pylori 26695' ' Kingella kingae' ' Lautropia mirabilis' ' Neisseria animalis' ' Neisseria animaloris' ' Neisseria canis' ' Neisseria cinerea' ' Neisseria gonorrhoeae' ' Neisseria gonorrhoeae FA 1090' ' Neisseria meningitidis' ' Neisseria meningitidis MC58' ' Neisseria polysaccharea' ' Neisseria subflava' ' Neisseria zalophi' ' Simonsiella muelleri' |