Burkholderia pseudomallei 3921
Taxonomy ID : 28450
Lineage: cellular organisms; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group



Glycoside Hydrolase Family
Number of sequences

GlycosylTransferase 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
BP3921G_00060GH23CDU26685.1
BP3921G_02840GH23CDU26957.1
BP3921G_03010GH73CDU26973.1
BP3921G_03170GT21CDU26989.1
BP3921G_05200CE9CDU27192.1
BP3921G_05240GH20CDU27196.1
BP3921G_06000GT4CDU27272.1
BP3921G_06030GT4CDU27275.1
BP3921G_06070GH2CDU27279.1
BP3921G_06160GT4CDU27288.1
BP3921G_07620GT9CDU27434.1
BP3921G_10120GT20CDU27682.1
BP3921G_10990GH15CDU27768.1
BP3921G_11110GT4CDU27780.1
BP3921G_11120GT9CDU27781.1
BP3921G_11140GT4CDU27783.1
BP3921G_11150GT9CDU27784.1
BP3921G_11170GT2CDU27786.1
BP3921G_11570GTncCDU27826.1
BP3921G_11620GT4CDU27831.1
BP3921G_12040GHncCDU27873.1
BP3921G_13210GH23,CBM50,CBM50CDU27988.1
BP3921G_13600CBM50CDU28026.1
BP3921G_13750GH13CDU28041.1
BP3921G_13760GH77CDU28042.1
BP3921G_13770CBM48,GH13CDU28043.1
BP3921G_13780CBM48,GH13CDU28044.1
BP3921G_13790CBM48,GH13CDU28045.1
BP3921G_13800GH13CDU28046.1
BP3921G_13810GH13CDU28047.1
BP3921G_13850GH79CDU28051.1
BP3921G_13990CBM13,CBM13,CBM13,AA5CDU28065.1
BP3921G_14590GH3CDU28124.1
BP3921G_15060AA6CDU28171.1
BP3921G_15160GH39CDU28181.1
BP3921G_17150GH18,CBM5,CBM5CDU28378.1
BP3921G_18370CE1CDU28497.1
BP3921G_19550CBM50CDU28615.1
BP3921G_19850GT83CDU28645.1
BP3921G_19880GT2CDU28648.1
BP3921G_20090CBM50CDU28669.1
BP3921G_20140GT4CDU28674.1
BP3921G_20890GT51CDU28749.1
BP3921G_21030CE4CDU28763.1
BP3921G_21400GT19CDU28800.1
BP3921G_22110GT2CDU28871.1
BP3921G_23910GT21CDU29050.1
BP3921G_24010GT4CDU29060.1
BP3921G_24140GT104CDU29073.1
BP3921G_24170GH3CDU29076.1
BP3921G_25010GH103CDU29160.1
BP3921G_25700GT9CDU29229.1
BP3921G_26080GH23CDU29267.1
BP3921G_26410GT30CDU29300.1
BP3921G_26430GT9CDU29302.1
BP3921G_26460GT2CDU29305.1
BP3921G_26470GT4CDU29306.1
BP3921G_26530GT2CDU29312.1
BP3921G_26540GT2,GT2CDU29313.1
BP3921G_26550GT2CDU29314.1
BP3921G_26560GT2CDU29315.1
BP3921G_27520GT4CDU29411.1
BP3921G_27530GTncCDU29412.1
BP3921G_27670CE11CDU29426.1
BP3921G_27790GT4CDU29438.1
BP3921G_27820GT4CDU29441.1
BP3921G_27880GT4CDU29447.1
BP3921G_29560GT51CDU29614.1
BP3921G_30000CE11CDU29658.1
BP3921G_30070GT28CDU29665.1
BP3921G_30270GH102CDU29685.1
BP3921G_31800GT51CDU29838.1
BP3921G_33100GT4CDU29968.1
BP3921G_33200GT41CDU29978.1
BP3921G_33380AA10CDU29996.1
BP3921G_35380GT60CDU30193.1
BP3921G_35740GH15,CBM20CDU30229.1
BP3921G_35890GH92CDU30244.1
BP3921G_36690GT51CDU30323.1
BP3921G_38430GT2CDU30496.1
BP3921G_38440GT9CDU30497.1
BP3921G_38450GTncCDU30498.1
BP3921G_38470GT2CDU30500.1
BP3921G_39140AA10CDU30566.1
BP3921G_39571GT1CDU30610.1
BP3921G_39600GT2CDU30612.1
BP3921G_39650GH32CDU30615.1
BP3921G_39660GH68CDU30616.1
BP3921G_40600 (fragment)GHncCDU30709.1
BP3921G_40970GH37CDU30746.1
BP3921G_41600GT2CDU30808.1
BP3921G_42460GT51CDU30893.1
BP3921G_43730CE1CDU31019.1
BP3921G_43770CBM50CDU31023.1
BP3921G_47400GT2CDU31384.1
BP3921G_47470GT1CDU31391.1
BP3921G_49240GH23CDU31565.1
BP3921G_49750GT2CDU31616.1
BP3921G_49800GH8CDU31621.1
BP3921G_50480CBM13,CBM13,AA5CDU31689.1
BP3921G_50560GH3CDU31696.1
BP3921G_50820GT4,GT4CDU31722.1
BP3921G_51460CBM50CDU31786.1
BP3921G_51850CE1CDU31825.1
BP3921G_51980CBM48,GH13CDU31838.1
BP3921G_52260GT4CDU31866.1
BP3921G_52270GT4CDU31867.1
BP3921G_52290GT4CDU31869.1
BP3921G_52300GT2CDU31870.1
BP3921G_53790GH39CDU32019.1
BP3921G_54220GT2CDU32062.1
BP3921G_54730GH36CDU32113.1
BP3921G_55540GT2CDU32193.1
BP3921G_55700GT2CDU32209.1
BP3921G_56330GT4CDU32272.1
BP3921G_56370GT2CDU32276.1
BP3921G_56400GT4CDU32279.1
BP3921G_56410GT9CDU32280.1
BP3921G_56420GT2CDU32281.1
BP3921G_56440GT9CDU32283.1
BP3921G_56930GT51CDU32332.1
 



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