Vibrio owensii XSBZ03
Taxonomy ID : 696485
Lineage: cellular organisms; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group



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
A9237_00405GH73AQW56651.1
A9237_00695GT4AQW56705.1
A9237_00700GT4AQW56706.1
A9237_00705GT4AQW56707.1
A9237_00720GT4AQW56710.1
A9237_00740GT4AQW56714.1
A9237_00745GT2AQW56715.1
A9237_00880CBM5,CBM5AQW56742.1
A9237_00900AA10,CBM5AQW56746.1
A9237_01410GH32AQW56841.1
A9237_01890GT2AQW56933.1
A9237_02125GH36AQW56980.1
A9237_02440PL17AQW57042.1
A9237_02445PL17AQW57043.1
A9237_02450CBM16,PL7AQW59574.1
A9237_02575PL17AQW57067.1
A9237_02585PL7AQW57069.1
A9237_02625GH23AQW57077.1
A9237_02650PL6AQW57082.1
A9237_02870GH1AQW57123.1
A9237_03200GT5AQW57184.1
A9237_03895GH23AQW57311.1
A9237_03925GH103AQW57316.1
A9237_04150CE9AQW57359.1
A9237_04270GH8AQW57382.1
A9237_04280GT2AQW57384.1
A9237_04405GH73AQW57407.1
A9237_04535GH20AQW57432.1
A9237_04850GH13AQW57472.1
A9237_05090GH23AQW57518.1
A9237_05270GH19,CBM5AQW57553.1
A9237_05625GH23AQW57616.1
A9237_05650GH23AQW57620.1
A9237_05680GH3AQW57626.1
A9237_06065CE11AQW57700.1
A9237_06090GT28AQW57705.1
A9237_07040GT4AQW57886.1
A9237_07045PLncAQW57887.1
A9237_07060GT4AQW57890.1
A9237_07075GT4AQW57893.1
A9237_07215GT9AQW57920.1
A9237_07220GT30AQW57921.1
A9237_07245GT4AQW57925.1
A9237_07250GT9AQW57926.1
A9237_07265GT4AQW57929.1
A9237_07270GT25AQW57930.1
A9237_08115CBM50AQW58079.1
A9237_08390GH13AQW58133.1
A9237_09640CBM50,CBM50,CBM50AQW58319.1
A9237_09955GT51AQW58381.1
A9237_10560CE4,CBM12,CBM12AQW58486.1
A9237_10580GH4AQW58490.1
A9237_10715GH23AQW58495.1
A9237_11070CBM50AQW58562.1
A9237_11230GH23AQW58583.1
A9237_11425GT51AQW58621.1
A9237_11475GH94AQW58631.1
A9237_11480GH20AQW58632.1
A9237_11490GH9AQW58634.1
A9237_11560CBM50AQW58647.1
A9237_11825GH23AQW58696.1
A9237_11915GH63AQW58711.1
A9237_11935GH2AQW58715.1
A9237_12005GH23AQW58728.1
A9237_12190GH102AQW58762.1
A9237_12340CBM5,CBM73,GH18AQW58792.1
A9237_12515GT19AQW58824.1
A9237_12560GH23AQW58832.1
A9237_12650AA6AQW58850.1
A9237_12750GH4AQW58869.1
A9237_13690CBM34,GH13AQW59044.1
A9237_13920PL7AQW59088.1
A9237_14080 (LacZ)GH2AQW59117.1
A9237_14100GH36AQW59121.1
A9237_14230GH13AQW59146.1
A9237_14335GT2AQW59645.1
A9237_14340GT83AQW59166.1
A9237_14810GH36AQW59253.1
A9237_16475CBM5,CBM73AQW59548.1
A9237_16955GH1AQW59744.1
A9237_17215GH32AQW59793.1
A9237_17225CE16AQW59794.1
A9237_17390GH23AQW61649.1
A9237_17870GTncAQW59916.1
A9237_18045CBM50AQW61656.1
A9237_18325CBM5AQW59997.1
A9237_18480GT4AQW60028.1
A9237_18495GT4AQW60031.1
A9237_18705GH13AQW60072.1
A9237_18875CBM48AQW60105.1
A9237_20275CBM50AQW60369.1
A9237_20290CBM73,GH18AQW60372.1
A9237_20715CBM5,GH18,CBM5AQW60451.1
A9237_21540GH13AQW60604.1
A9237_21570GH3AQW60607.1
A9237_21655GH18,CBM73AQW61692.1
A9237_22990GH18AQW60880.1
A9237_23190CBM50AQW60920.1
A9237_23285GH38AQW60937.1
A9237_23365GH20AQW60953.1
A9237_24130GH2AQW61101.1
A9237_24235GH32AQW61121.1
A9237_24475GH92AQW61167.1
A9237_24480GH92AQW61168.1
A9237_24485GH92AQW61169.1
A9237_24490GH92AQW61170.1
A9237_24495GH92AQW61171.1
A9237_24875GH13AQW61244.1
A9237_25060GH13AQW61281.1
A9237_25065GT51AQW61282.1
A9237_25070CBM48,GH13AQW61283.1
A9237_25075GH77AQW61284.1
A9237_25080GT35AQW61285.1
A9237_25245CBM41,CBM48,GH13AQW61315.1
A9237_25260GH13AQW61318.1
A9237_25265CBM69AQW61319.1
A9237_25280CBM48,GH13AQW61322.1
A9237_25475GH13AQW61360.1
A9237_25480GH32AQW61361.1
A9237_25500GH65AQW61365.1
A9237_25775GH4AQW61419.1
A9237_25910GH3AQW61446.1
A9237_26560GH18,CBM5AQW61570.1
A9237_26610GH1AQW61580.1
A9237_26725AA10,CBM5AQW61603.1
A9237_26795GH63AQW61617.1
 



Last update: 2017-12-01 © Copyright 1998-2017
AFMB - CNRS - Université d'Aix-Marseille