KEGG T04959: SJ2017

Shewanella japonica: SJ2017_2022

Entry

SJ2017_2022       CDS       T04959

Name

(GenBank) Beta-xylanase

K01181

endo-1,4-beta-xylanase [EC:3.2.1.8]

Organism

sja Shewanella japonica

Brite

KEGG Orthology (KO) [BR:sja00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    SJ2017_2022
Enzymes [BR:sja01000]
3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.8  endo-1,4-beta-xylanase
     SJ2017_2022

SSDB

Motif

Pfam:

Glyco_hydro_10 CBM_4_9

Other DBs

NCBI-ProteinID:

ARD22320

Position

2420472..2423408

AA seq 978 aa
MNKHVKNGGLCALALATLTINIAEAAPQKKSDWRKFNFFSHVETLADASKKARKKVGTAP
SYGVMASGEEDYLSLLASEFNYITPENVAKWGPLQPVSANEWDFSAFDSMLAVTQDNKQK
VKGRALVWHRQAPNFVNEQVDAATLAQMIDNHITTTMQYYAGEIYAWDVVNEVMGDDANY
RQSVFYKKLGKSYIADAYISARAADPRAKLFYNDYGIDSINAKSDAVYTMMAELIADGVP
IDGIGFQMHLDAASAPSTEEMTANLQRFADLGLSVNISEIDVRISSLSWDDVTNLAIQQQ
VYHRAVNACMNVRQCDAFTLWGFTDKYTWIDGEFGEDDPLIYDDEYQRKPAYFGVADGLL
RIEADEAGQLPNLIANGNLEIGLDGWSTWAGELKRTAFFAKNGRGGLRVKNRTENWHGAV
YDISEVIKPAQEYDTSVWTRVLARNQQVSLSLMTQCDSEGAIYQSLDTVSPRLFRWSQIT
ASFTTPDCDSLTASLYIEGPQAGIDLFVDGLTLRPKRLVPNTEGFGPNLIDNSDFEQVNH
EWFPFGDPVLTITTDNAYSGSQSLLAVDRTETWQGPALDLTNIVTAGNSYQLFAQSLISA
SQATVKATIRVTCPAGDQYIGVGGTTASNTEWRLLGGLVTIPNCNFIEAVLYFEGPSPEV
NIYLDDVVLHEAITQPINAVIQYSDFENGLDSWSAWGGDLQVTSAQAYQGTQSALLSNRT
GTWQGPLIDLLSRVQAGQLININGYTRIEGIESNSVNITVKTLCAGETEQYQQLASVQAT
NDGWTAINGSLTLPNCQLEEVFVYFDGPVIDANIYLDEVTISTELLEDPNNLITNPHFEQ
DTQGWVTWGDANISQTDIDAHSGNFSALVQNRTAEWQGAVYDLLPKVTSGQTYQITAWSK
ISSMSTIEHNISITVKSRCEGDSELYNGVGAELINNLDWQTVTGELVVPECTLAELFMYF
DGLPIGVDYLLDDVSVNP

NT seq 2937 nt +upstreamnt +downstreamnt
atgaacaagcatgtaaaaaacggtgggttatgcgcgttagcattagccacgttaacaata
aatattgcggaggctgctccgcaaaaaaaatcggattggagaaagtttaattttttcagc
catgtcgaaactcttgcagatgcaagtaaaaaagcacgtaaaaaagtggggactgcacca
agttatggtgtcatggcttcaggtgaagaagattatttatcactacttgcatctgagttt
aactatattactccggagaacgtagcaaagtggggacctttgcaacccgttagcgctaat
gaatgggattttagtgcttttgattccatgttggcggttacccaagacaacaaacaaaaa
gttaaagggcgcgcattagtttggcacagacaggcaccaaattttgtcaatgaacaagtt
gatgcagcaacgctagcacaaatgattgataatcatatcaccaccacaatgcaatattat
gcaggtgaaatttatgcctgggatgttgttaatgaggttatgggtgacgatgctaactat
agacaatcagttttttacaaaaaattaggaaaatcttatattgctgatgcctatatttca
gcaagggctgctgatccaagagcgaaattattttacaacgattatggtattgattccatc
aacgctaaatcagatgccgtttataccatgatggctgaattaattgctgatggtgtacct
attgatggaatagggtttcaaatgcacctagatgccgcttctgcacctagtactgaagaa
atgactgcaaatttacaacgttttgcggatcttggcttatcagtcaacattagtgagatt
gacgttagaatatcttcactttcttgggacgacgtcaccaatctagcgatacaacaacaa
gtttatcatcgtgctgtgaatgcatgtatgaatgtacgtcaatgtgatgcgtttacgcta
tggggattcactgacaaatacacctggattgatggagagtttggtgaagatgatccactt
atctatgatgatgaatatcaacgtaaaccggcatattttggtgttgcagatggtttatta
agaattgaagctgatgaagcagggcaactacccaatttaatcgctaacggtaatttagaa
atcggccttgatggctggtcgacctgggctggtgaacttaaacgaaccgctttttttgca
aaaaatggccgtggtggattaagagtaaagaaccgtactgaaaattggcatggtgcagtt
tacgatatcagtgaagtaataaaacccgctcaagagtacgataccagtgtttggactcgc
gtacttgcacgaaatcaacaagtatcgttaagtttaatgacacagtgtgatagtgaaggt
gcgatataccaatccttagatacagtctctcctcgactttttcgttggtctcaaattacg
gcaagctttacaacacctgattgcgactcattaacggcatctttatatatagaaggccca
caagcaggtatagacttatttgttgatggcttaacccttagacctaaacgcttagtgccg
aatacagaaggatttgggcctaatctaattgataatagtgattttgagcaagttaatcat
gaatggtttccatttggtgatcctgtcttaacaataacaactgataatgcctattcgggg
tcgcaaagcctgcttgctgtcgacagaacagaaacctggcagggacctgcattagattta
accaacatagtaacagcgggtaattcatatcagttatttgcacagagtttaatttcagct
tctcaagccaccgtaaaagcgactattcgagtaacttgtcctgctggggatcaatatatt
ggtgtaggagggacgacagccagcaatactgagtggcgtttacttggcggcttggtcact
attcctaattgtaacttcattgaagctgtattgtattttgaagggccatctcctgaggta
aatatatacttagatgacgtggtattacatgaagccatcacgcaacccattaacgcggtt
atacaatatagtgattttgaaaatggtcttgatagctggagtgcgtggggcggagattta
caagttacttcagcgcaggcatatcaggggactcaaagtgcattattatctaatagaact
ggcacatggcaaggaccgttaattgacttattatcacgtgttcaagcgggtcaattgatt
aatattaatggatatacacgcattgaaggtattgaatccaattctgttaacattacagtt
aaaacactctgtgctggtgaaacagagcaatatcaacaattagccagtgttcaagcaact
aatgatggttggacagctataaatggttcgttaaccttaccaaattgccaattggaagag
gtatttgtttactttgatggacctgttattgatgcaaatatctatctagatgaagtgact
ataagtacagaattacttgaagacccaaataatctcatcacaaaccctcattttgaacag
gatacacaaggttgggtaacatggggagatgcaaatattagccaaactgatatcgatgct
cattcaggaaattttagtgcattggttcaaaataggactgcagaatggcagggcgctgta
tatgatttattacctaaggtaacttctggtcagacttatcaaatcacagcttggtctaaa
atcagcagcatgagcactattgaacacaatatctctattacggttaaatcacgttgtgaa
ggtgacagtgaactgtataacggcgtaggtgctgaattgatcaataacctagattggcaa
acagtcacaggtgaattagtggtaccagaatgtacattagcggagttatttatgtatttt
gatggattacctataggagtggattacttattagatgacgtatcagttaatccataa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (2)   
   Pfam (2)   
All databases (56)   

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