Information for CAZyme ID: QOK22035.1
Basic Information
| GenBank ID | QOK22035.1 |
| Family | GT4 |
| Sequence Length | 1015 |
| UniProt ID | A0A7L9IZ79(100,100) |
| Average pLDDT? | 84.48 |
| CAZy50 ID | 13563 |
| CAZy50 Rep | No, UTT65374.1 |
| Structure Cluster | - |
| EC Number(s) | - |
| Substrates(s) | - |
Taxonomy
| Tax ID | 857417 |
| Kingdom | Bacteria |
| Phylum | Actinomycetota |
| Class | Actinomycetes |
| Order | Micrococcales |
| Family | Intrasporangiaceae |
| Genus | Janibacter |
| Species | Janibacter indicus |
Protein Sequence: 90 < plddt <=100; 70 < plddt <= 90; 50 < plddt <= 70; 0 <= plddt <= 50; Download help
| MKITHVVCTD NFAGVERHVA LLAAAQHDLG HTVTVLGGRQ EHMSAAIDRS GVRLVPAVDR | 60 |
| RTATRLLLGP AGRGADLVAT HMTDADVVAL TSPALVRTPI VSTRHFAARR GATPAHRSLV | 120 |
| ERLQPRLAAE IAVSDYIAGA VDVDATVVLP GVPDRPDLPL PSRRDRTVLV AQRLEQEKST | 180 |
| EVAIAAFAAS GLPDRGWRLR IAGDGSHAAA LKHQADLLGV SDATEFLGHR HDVEDLMATA | 240 |
| AVLLAPCAIE GIGLSVIEAM ASGLPVVAAA AGGHLESVGG VPIPALFAPG DHEAAAHHLV | 300 |
| RLVDDPATLD AYGTALRERQ RRALTIAEQA RATDEVYRHA LVSRSPAPRA EARHGRGLVV | 360 |
| VSLEPWDRVW RRNQHLVHGL LREDPDLRVL FVEPGTDPLH AARRGSRPVP GQGLRRGPHL | 420 |
| AGIDPDALWL LEQTKLLPRQ IDPHQDERWA ESVHRAAEQV GLTEPTLWVN DPLGALLMQR | 480 |
| SGWPTLYDIT DDWLLADRDP ATQQRISDME RRLLTSASEV VVCSPSLAAT KSAQRPVTLI | 540 |
| RNAVDVAAVT RPTGRPTDLP DGPVAVYVGT LHADRLDIAL CESTARALHD TGHLVLVGPV | 600 |
| ALTSDERSRL ETAGVHLLGA KDHRSVPAYL QHADLLVVPH VVDDFTDSLD PIKLYEYRAV | 660 |
| GRPVVSTPVA GFREAADARL TVVDRERFPD VVAAGLPATD RFPVGADPQV PTWADRVGEM | 720 |
| SQALRRVSTG PGPGRADVPL QVRTRFGHAA VQRLADEHAI DLLHIKGDAL DTSVSRPGRI | 780 |
| ATDADVLVRP AHLDALLEAC AAAGYQSSGR FTTSSPFEHS LTLWHDLWGH LDVHRHYPGI | 840 |
| GRSPADAFER LWTDRLTTDI AGVSCPVPSL PAQVAILVMH AARNPAESQA SADVAHAWHG | 900 |
| AGRDRREQVR VWVEEMQAEV AFAIGAGDID SLPPSPEREL WQAVTEGGRV REWRARIAAA | 960 |
| PDLRSRAVLV LRAPLVNTDH LAHELGHRPS VLEVARAFVD RSRRGIAEIV RAGGR | 1015 |
Predicted 3D structure by AlphaFold2 with pLDDT = 84.48 ; Download help
pLDDT is for per-residue accuracy of the structure, which representes the quality of the residue. A higher value indicates better prediction accuracy. More detail please see AlphaFold .
Residues were colored according to plddt ( blue-> high quality; red-> low quality ).
Carbohydrate binding residues Predicted by CAPSIF
Binding site residues are not predicted, since this is not a representative ID (CAZyme3D-ID50).
Full Sequence: AA; CE; PL; GH; GT; CBM; Download structure help
dbCAN3 predicted domain(s) : GT4(163-308)+GT4(589-677)
| MKITHVVCTD NFAGVERHVA LLAAAQHDLG HTVTVLGGRQ EHMSAAIDRS GVRLVPAVDR | 60 |
| RTATRLLLGP AGRGADLVAT HMTDADVVAL TSPALVRTPI VSTRHFAARR GATPAHRSLV | 120 |
| ERLQPRLAAE IAVSDYIAGA VDVDATVVLP GVPDRPDLPL PSRRDRTVLV AQRLEQEKST | 180 |
| EVAIAAFAAS GLPDRGWRLR IAGDGSHAAA LKHQADLLGV SDATEFLGHR HDVEDLMATA | 240 |
| AVLLAPCAIE GIGLSVIEAM ASGLPVVAAA AGGHLESVGG VPIPALFAPG DHEAAAHHLV | 300 |
| RLVDDPATLD AYGTALRERQ RRALTIAEQA RATDEVYRHA LVSRSPAPRA EARHGRGLVV | 360 |
| VSLEPWDRVW RRNQHLVHGL LREDPDLRVL FVEPGTDPLH AARRGSRPVP GQGLRRGPHL | 420 |
| AGIDPDALWL LEQTKLLPRQ IDPHQDERWA ESVHRAAEQV GLTEPTLWVN DPLGALLMQR | 480 |
| SGWPTLYDIT DDWLLADRDP ATQQRISDME RRLLTSASEV VVCSPSLAAT KSAQRPVTLI | 540 |
| RNAVDVAAVT RPTGRPTDLP DGPVAVYVGT LHADRLDIAL CESTARALHD TGHLVLVGPV | 600 |
| ALTSDERSRL ETAGVHLLGA KDHRSVPAYL QHADLLVVPH VVDDFTDSLD PIKLYEYRAV | 660 |
| GRPVVSTPVA GFREAADARL TVVDRERFPD VVAAGLPATD RFPVGADPQV PTWADRVGEM | 720 |
| SQALRRVSTG PGPGRADVPL QVRTRFGHAA VQRLADEHAI DLLHIKGDAL DTSVSRPGRI | 780 |
| ATDADVLVRP AHLDALLEAC AAAGYQSSGR FTTSSPFEHS LTLWHDLWGH LDVHRHYPGI | 840 |
| GRSPADAFER LWTDRLTTDI AGVSCPVPSL PAQVAILVMH AARNPAESQA SADVAHAWHG | 900 |
| AGRDRREQVR VWVEEMQAEV AFAIGAGDID SLPPSPEREL WQAVTEGGRV REWRARIAAA | 960 |
| PDLRSRAVLV LRAPLVNTDH LAHELGHRPS VLEVARAFVD RSRRGIAEIV RAGGR | 1015 |
Predicted CAZyme domains from dbCAN; Download help
Domains were colored according to CAZyme classification: (AA), (CE), (PL), (GH), (GT), (CBM), & (Null)
dbCAN3 server is a web server for automated Carbohydrate-active enzyme ANnotation.
Details:
dbCAN3 server integrates three state-of-the-art tools/databases for automated CAZyme annotation:
⋆HMMER search for CAZyme family annotation vs. dbCAN CAZyme domain HMM database
⋆DIAMOND search for BLAST hits in the CAZy database
⋆HMMER search for CAZyme subfamily annotation vs. dbCAN-sub HMM database of CAZyme subfamilies (derived from eCAMI classification of CAZyDB families)
For more details, please see dbCAN3.