logo
sublogo
You are browsing environment: HUMAN GUT
help

CAZyme Gene Cluster: MGYG000001948_1|CGC7

You are here: cgc->  ?help

CGC gene composition diagram | Gene composition table | Substrate predicted by eCAMI subfamily  |  Substrate predicted by dbCAN-PUL search  |  Genomic context 

CGC gene composition diagram

Gene composition table

Protein ID Protein Name Type Start End Strand Signature
MGYG000001948_00151
Intracellular exo-alpha-L-arabinofuranosidase 2
CAZyme 181116 182663 - GH51
MGYG000001948_00152
Arabinoxylan arabinofuranohydrolase
CAZyme 182695 183675 - GH43| GH43_29
MGYG000001948_00153
Extracellular exo-alpha-L-arabinofuranosidase
CAZyme 183683 185668 - GH51
MGYG000001948_00154
Extracellular endo-alpha-(1->5)-L-arabinanase
CAZyme 185713 187200 - GH43_4| GH43
MGYG000001948_00155
Sensor histidine kinase RcsC
TF 187446 191744 + HTH_AraC+HTH_AraC
MGYG000001948_00156
hypothetical protein
null 192050 194293 + Laminin_G_3| Laminin_G_3
MGYG000001948_00157
hypothetical protein
TC 194320 197448 + 1.B.14.6.1
MGYG000001948_00158
hypothetical protein
null 197456 199276 + SusD-like_3| SusD_RagB
MGYG000001948_00159
hypothetical protein
TC 199309 202539 + 1.B.14.6.1
MGYG000001948_00160
hypothetical protein
null 202561 204345 + SusD-like_3| SusD_RagB
MGYG000001948_00161
hypothetical protein
CAZyme 204385 206295 + GH43_4| GH43
MGYG000001948_00162
hypothetical protein
null 206642 207049 + LEA_4
MGYG000001948_00163
hypothetical protein
null 207172 207903 + No domain
MGYG000001948_00164
hypothetical protein
CAZyme 208027 210036 + GH51
Protein ID Protein Name Type Start End Strand Signature

Substrate predicted by eCAMI subfamilies is arabinan

Protein ID eCAMI subfam CAZyme substrate
MGYG000001948_00151 GH51_e14|3.2.1.55 arabinan
MGYG000001948_00152 GH43_e75
MGYG000001948_00153 GH51_e23|3.2.1.55 arabinan
MGYG000001948_00154 GH43_e128|3.2.1.99 arabinan
MGYG000001948_00161 GH43_e169|3.2.1.99 arabinan
MGYG000001948_00164 GH51_e19|3.2.1.55 arabinan

Substrate predicted by dbCAN-PUL is arabinan download this fig


Genomic location