Burkholderia pseudomallei MS
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
A7U59_00600GH23,CBM50,CBM50ANW57815.1
A7U59_00795CBM50ANW54801.1
A7U59_00820GT25ANW54805.1
A7U59_00965GH24ANW54834.1
A7U59_01100GH13ANW57821.1
A7U59_01105GH77ANW54857.1
A7U59_01110CBM48,GH13ANW54858.1
A7U59_01115CBM48,GH13ANW54859.1
A7U59_01120CBM48,GH13ANW54860.1
A7U59_01125GH13ANW54861.1
A7U59_01130GH13ANW57822.1
A7U59_01160GH79ANW54866.1
A7U59_01245 (fragment) CBM13,CBM13,AA5ANW54881.1
A7U59_01465GH3ANW54920.1
A7U59_01720AA6ANW54967.1
A7U59_01770GH39ANW54977.1
A7U59_02845GH18,CBM5,CBM5ANW55153.1
A7U59_03140AA5,CE3ANW55200.1
A7U59_03490CE1ANW55259.1
A7U59_04100CBM50ANW55366.1
A7U59_04175GTncANW55378.1
A7U59_04255GT83ANW55392.1
A7U59_04270GT2ANW55395.1
A7U59_04385CBM50ANW55416.1
A7U59_04420GT4ANW55423.1
A7U59_04830GT51ANW57886.1
A7U59_04900CE4ANW55504.1
A7U59_05060GT19ANW55533.1
A7U59_05455GT2ANW55598.1
A7U59_06395GT21ANW55754.1
A7U59_06445GT4ANW55763.1
A7U59_06455GT20ANW55765.1
A7U59_06530GT104ANW57921.1
A7U59_06545GH3ANW55776.1
A7U59_06985GH103ANW55855.1
A7U59_07450GT9ANW55927.1
A7U59_07645GH23ANW55963.1
A7U59_07840GT30ANW55998.1
A7U59_07850GT9ANW56000.1
A7U59_07865GT2ANW56001.1
A7U59_07870GT4ANW57941.1
A7U59_07905GT2ANW57943.1
A7U59_07950GT4,GT2ANW56015.1
A7U59_07975GT2,GT2ANW56020.1
A7U59_07980 (fragment) GT2ANW57944.1
A7U59_08550GT4ANW56124.1
A7U59_08555GTncANW56125.1
A7U59_08630CE11ANW56138.1
A7U59_08690GT4ANW56149.1
A7U59_08705GT4ANW56151.1
A7U59_08730GT4ANW56156.1
A7U59_09605GT51ANW56312.1
A7U59_09830CE11ANW56355.1
A7U59_09865GT28ANW56362.1
A7U59_10030GHncANW56385.1
A7U59_10250GT4ANW56425.1
A7U59_10275GTncANW56430.1
A7U59_10485GT2ANW56467.1
A7U59_10495GT9ANW56469.1
A7U59_10500GT4ANW56470.1
A7U59_10510GT9ANW56472.1
A7U59_10515GT4ANW57983.1
A7U59_10590GH15ANW56485.1
A7U59_10945GT20ANW56545.1
A7U59_12200GT9ANW56769.1
A7U59_12975GT4ANW56905.1
A7U59_13020GH2ANW56914.1
A7U59_13040GT4ANW56918.1
A7U59_13055GT4ANW56921.1
A7U59_13405GH20ANW56985.1
A7U59_13425CE9ANW56989.1
A7U59_14500GT21ANW58045.1
A7U59_14575GH73ANW57189.1
A7U59_14660GH23ANW57204.1
A7U59_15850GH23ANW57425.1
A7U59_16315AA10ANW57507.1
A7U59_16415GT41ANW57526.1
A7U59_16465GT4ANW57535.1
A7U59_17170GT51ANW57657.1
A7U59_17930GH102ANW57800.1
A7U59_17995GT2ANW58088.1
A7U59_18005GT1ANW60376.1
A7U59_18230AA10ANW58132.1
A7U59_18590GT2ANW58201.1
A7U59_18600GTncANW58203.1
A7U59_18605GT9ANW58204.1
A7U59_18610GT2ANW58205.1
A7U59_19750GT51ANW58396.1
A7U59_20210GH92ANW58474.1
A7U59_20485GT60ANW60416.1
A7U59_21355GT51ANW58680.1
A7U59_21635GT9ANW60438.1
A7U59_21645GT2ANW58727.1
A7U59_21650GT9ANW58728.1
A7U59_21655GT4ANW58729.1
A7U59_21670GT2ANW58732.1
A7U59_21690GT4ANW58736.1
A7U59_22030GT2ANW58791.1
A7U59_22115GT2ANW58804.1
A7U59_22635GH36ANW58893.1
A7U59_23010GT2ANW58959.1
A7U59_23230GH39ANW58999.1
A7U59_24080GT2ANW60487.1
A7U59_24085GT4ANW59142.1
A7U59_24095GT4ANW59144.1
A7U59_24100GT4ANW59145.1
A7U59_24250CBM48,GH13ANW59174.1
A7U59_24315CE1ANW59186.1
A7U59_24540CBM50ANW59224.1
A7U59_24890GT4,GT4ANW59286.1
A7U59_25060GH3ANW59312.1
A7U59_25105CBM13,CBM13,AA5ANW59320.1
A7U59_25460GH8ANW59382.1
A7U59_25485GT2ANW60508.1
A7U59_25775GH23ANW59442.1
A7U59_26750GT1ANW60523.1
A7U59_26765GT2ANW59613.1
A7U59_26785GH32ANW59615.1
A7U59_26790GH68ANW60526.1
A7U59_27280GHncANW59697.1
A7U59_27475GH37ANW59728.1
A7U59_27810GT2ANW60549.1
A7U59_28470GT51ANW59898.1
A7U59_29145CE1ANW60575.1
A7U59_29165CBM50ANW60025.1
 



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