Vibrio fluvialis ATCC 33809
Taxonomy ID : 676
Lineage: cellular organisms; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio



Glycoside Hydrolase Family
Number of sequences

GlycosylTransferase Family
Number of sequences

Polysaccharide Lyase Family
Number of sequences

Carbohydrate Esterase Family
Number of sequences

Auxiliary Activity Family
Number of sequences

Carbohydrate-Binding Module Family
Number of sequences

List Of Proteins
Protein NameFamilyReference Accession
AL536_00970PL22AMF92089.1
AL536_00985PL2AMF92091.1
AL536_01015PL9AMF92096.1
AL536_01020CE8AMF92097.1
AL536_02070GT83AMF92290.1
AL536_02080GT2AMF92292.1
AL536_02115GT83AMF92299.1
AL536_02195GH31AMF92315.1
AL536_02420GT2AMF92355.1
AL536_02425GT4AMF92356.1
AL536_02430GT4AMF92357.1
AL536_02590GH24AMF92386.1
AL536_02900CBM5,GH18AMF92445.1
AL536_03470CE4AMF92550.1
AL536_04025CBM4,GH9AMF92651.1
AL536_04035GH116AMF92653.1
AL536_04045GH94AMF92655.1
AL536_04055GH1AMF93378.1
AL536_05080GH3AMF92846.1
AL536_05550GH13AMF92926.1
AL536_05660GT51AMF93404.1
AL536_06080GH5,CBM10,CBM10AMF93023.1
AL536_06090GH5,CBM27AMF93025.1
AL536_06110GH130AMF93029.1
AL536_06115GH130AMF93030.1
AL536_06355GH13AMF93073.1
AL536_06570GH38AMF93114.1
AL536_06590AA10,CBM5AMF93116.1
AL536_06950CE16AMF93180.1
AL536_07090CBM50AMF93207.1
AL536_07160CBM50AMF93221.1
AL536_07290CBM48,GH13AMF93246.1
AL536_07360GH18,CBM5AMF93260.1
AL536_07440CBM48,GH13AMF93276.1
AL536_07445GH77AMF93277.1
AL536_07450GT35AMF93278.1
AL536_07865GT1AMF93457.1
AL536_08285GT51AMF93536.1
AL536_08335GH94AMF93545.1
AL536_08340GH20AMF93546.1
AL536_08350GH9AMF93548.1
AL536_08735GH3AMF93620.1
AL536_08770GH23AMF93627.1
AL536_08805GH23AMF96089.1
AL536_09195 (LpxB)GT19AMF93702.1
AL536_09240GH23,CBM50,CBM50,CBM50AMF93709.1
AL536_09320GH20AMF93722.1
AL536_09455GH73AMF93746.1
AL536_09645AA6AMF93766.1
AL536_10720GH23AMF93967.1
AL536_11285GTncAMF96115.1
AL536_11510GH1AMF94117.1
AL536_11605GH32AMF94135.1
AL536_11675GT2AMF94147.1
AL536_12100GT5AMF96125.1
AL536_12260GH36AMF94255.1
AL536_13010 (LacZ)GH2AMF94395.1
AL536_13450GH73AMF94474.1
AL536_14140CBM41,CBM48,GH13,GH13AMF94597.1
AL536_14955GHncAMF94746.1
AL536_15695GH103AMF94887.1
AL536_16095GH13,CBM26,CBM26AMF94961.1
AL536_16215 (NagA)CE9AMF94984.1
AL536_16515GH13AMF95040.1
AL536_16715GH23AMF95077.1
AL536_17050GH19,CBM5AMF95139.1
AL536_17355GH102AMF95197.1
AL536_17825 (LpxC)CE11AMF95285.1
AL536_17850 (MurG)GT28AMF96190.1
AL536_18020GH23AMF95320.1
AL536_18140CBM50AMF95336.1
AL536_18515GH23AMF96194.1
AL536_19105CBM50,CBM50,CBM50AMF96200.1
AL536_19540GT4AMF95561.1
AL536_19565GT4AMF95566.1
AL536_19590GT2AMF95571.1
AL536_19670GT9AMF95587.1
AL536_19675GT9AMF96202.1
AL536_19680GT30AMF95588.1
AL536_19685GT4AMF95589.1
AL536_19695GT9AMF95591.1
AL536_19700GT2AMF95592.1
AL536_19705GT4AMF95593.1
AL536_19710GT4AMF95594.1
AL536_20095CBM50AMF95657.1
AL536_21805GT51AMF95968.1
 



Last update: 2017-10-09 © Copyright 1998-2017
AFMB - CNRS - Université d'Aix-Marseille