KEGG   Paenibacillus sp. Y412MC10: GYMC10_0901
Entry
GYMC10_0901       CDS       T01100                                 
Name
(GenBank) Endo-1,4-beta-xylanase
  KO
K01181  endo-1,4-beta-xylanase [EC:3.2.1.8]
Organism
gym  Paenibacillus sp. Y412MC10
Brite
KEGG Orthology (KO) [BR:gym00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    GYMC10_0901
Enzymes [BR:gym01000]
 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
     GYMC10_0901
SSDB
Motif
Pfam: Glyco_hydro_10 CBM9_1 CBM_4_9 SLH
Other DBs
NCBI-ProteinID: ACX63201
UniProt: D3EE78
Position
1053721..1058172
AA seq 1483 aa
MSKRTIIRKISLMLIAFLLLIPPSWSAAAVEPAQTPADQNLVIHHHFDGGTEGWFKRGTE
TVTSATYAYEGTGSLLTEGRTATWNGPGFNLSATNRLDKGATYEISAYVHLKEGTQGSQK
LQLAMQQTGAEPEYVNFSSPVDVTADGWVEVKGRYKYDANASALQVYLQSPSSPDAAYYM
DDFKVRLIEPAPDPGNGVPGGENTVVWDFEDGTTMDWGPRDSETVEAVPEAAHSGGYGLK
VHDRTNNWNGPSQDVKDIMVSQKTYTISAYARLEQAPAAAVKLSLSMENKAAGAAETSYT
TLASASASGTEWVELKGTFGFSSDMETLKLYVETSDLSNFYVDDIKLALPGSIQTDIPAL
KDVYREYFEIGAAVEPKHLSGVHKELLDYHYNSLVAENVMKPESLNPREGTYNFTNADLI
RDYARDHDMNLRFHTLLWHQQGAEWMLKDDQGQYLEATPENKALVLQRLEAYIHEVAGRY
KGDVRDWDVVNEVIDEGRPDGMRDSQWYRITGLDYIRTAFHAARDAAGPEAKLYINDYST
HNPKKRDYLLNLVKQLKAEGVPIDGVGHQTHINISGPSIQQISDSIRMFGEAGFDNQLTE
LDVSVYTNNTDAFQTVPQELLDKQGYRYKELFEELKRLDQMGVDAGVEGGWISNVTLWGI
ADDHTWLHDRPAGTGRQDAPFPFDKQYQAKPAYWGMVDPSRLTIVRKTGMAVEGKAVIDG
QPDAAWNLVPSLRTEKLGSLSAEFKTLWDKDHIYVRVDVKDGSIAPGDQVDIFAVVNGTL
QEARIQRGAANTAETAGGYAGEALLQLHGTGALGGDIYFDVRVTDSGSDDGSEHGKNGAV
VSWSDPRHAQESDQDGLGILTLAAAPKSAQARYGTPKVDGELDVVWKDAAELATDVWVEG
NSGATATFRTLWDENYLYVYAIVSDSLLSDASPNVWEQDSVEIFVDQNNGKTDAYQEDDG
QYRMNFNNLRSFGGYAGEDNFTSAAKVIDGGYVVEAAIRLDKIKPEKGTVIGFDLQVNND
EDGQGTRDSVAIWSDPTGQSYQNTSRFGVLEFTKSSAPGGGDGNGGEHNGGGDGGSGANA
GGGGSSTSPAPNTPSLEIRNNDGRILAVVSSQVLQQALDRAAAGVEGPKRAIVAIPAQTE
AQSYEIQLPGKWLLGNSEVVLILQTEFGALELPSAWVRGAGVKDTETVALRLAKASGSNL
GAALREEIGDRPVFRIEALAGDRALSWKSGKARLIWSVPYTPTKEELAQPDHIFVREIDA
NGQGGPLANSRYDAKQGIVRAALPHGGTFAVASAFKTFHDLKHVPWAIDAIETMASRGFI
QGVSETMFDPQNEITRAEFLVMLVRVLELEGSSEGRAAFGDVTSAAYYYKHVQIAAELGL
VQGVGGNRFSPDTPMTRQDMMLITQRALEAAGKKLEGEGALDAFADGDEVAEYAKSSAAL
LAGSGIVNGMNGKIAPKAYFTRAQAAVILDRIWNWELIKAVNR
NT seq 4452 nt   +upstreamnt  +downstreamnt
gtgtctaagagaacgatcattagaaagatcagcctgatgctgatcgcgttcttgctgctt
attccgcctagctggagcgcggcggcagttgaaccggcccaaacgcccgctgatcagaat
cttgtgattcaccatcatttcgatggcgggacggaggggtggttcaaacgggggacggag
acggtgacttccgctacctatgcttatgaaggaacagggagcttgctgacggagggaagg
acagcgacctggaacggaccggggtttaatctatccgccacgaatcggctggacaaggga
gcgacatatgaaatttccgcttatgtccatctgaaggagggcacccaagggtctcagaag
cttcagcttgccatgcagcaaaccggggccgagccggaatacgtgaacttcagcagcccg
gtcgatgtaaccgccgacgggtgggtggaggtaaaaggccgttataaatacgatgccaat
gcatcagccctgcaggtgtatttgcagagtccgagcagtccggacgccgcttattatatg
gacgacttcaaagtccggctgattgagccggcaccggacccgggcaatggggtgccggga
ggagagaatacggtcgtatgggattttgaagacggaacgacgatggattggggacctcgc
gattcggagaccgtagaagctgtgccagaagcagcccatagcggcggctacggtttaaag
gtccatgatcggacgaacaactggaacgggcccagccaggacgtcaaagacatcatggtg
agccaaaaaacgtatacgatctcagcctatgccaggcttgagcaggctcctgccgctgcg
gtcaaactatcgctttcgatggagaataaagcggcgggcgcagcagagacgtcttatacg
accctcgcctcagcctccgcgagcggcacggagtgggtggaactgaaaggaaccttcggc
ttcagctcggatatggaaaccttgaagctgtacgtggaaacctcggatctttccaatttc
tatgtcgatgacattaagctcgctctgccgggctccattcagacggatattcccgccctg
aaggatgtgtatcgggagtatttcgagatcggggcagccgtggagcccaagcatctgtcc
ggcgtgcacaaggagcttctggattatcattacaactcgcttgttgccgagaacgtgatg
aaaccggaatctctcaatccgagagagggaacctataactttaccaacgcggatctgatc
agggattatgccagggatcatgatatgaacctccggttccatacgctgctgtggcatcag
caaggcgccgaatggatgctgaaggatgatcagggccaatatcttgaagccacgccggag
aacaaagcgctcgtccttcagaggctggaagcttatatccatgaggtggccggccgttac
aagggagatgtccgcgattgggacgtcgtgaatgaggttattgacgaagggcgtccggac
ggcatgcgggacagccagtggtaccggataacgggactcgactatatccggaccgcattt
catgcggcgcgagacgcagccggacccgaggccaagctgtacatcaacgattacagcacg
cacaacccgaagaaacgcgattatttgctgaatctcgtaaaacagctgaaggcggaaggc
gttccgatcgatggcgtgggccatcaaacgcatatcaatatcagcgggccctccatccag
caaatctcggattccatccggatgttcggcgaggcgggctttgataatcagcttaccgag
ctggacgtttcggtgtacacgaacaataccgacgccttccagaccgttcctcaggaattg
ctcgacaagcaaggctatcggtacaaagagctgtttgaagaattgaagcggctggaccaa
atgggcgttgatgcaggcgtggagggtggctggatcagcaatgtcactctttgggggatt
gcagacgaccatacctggctgcatgaccgtcccgccgggacgggccgccaggatgccccg
tttccttttgacaagcaatatcaggccaagccagcttattggggaatggtcgatccctcc
aggctaacgattgtgagaaaaaccggaatggctgtggagggtaaggccgtcatcgacgga
caaccggatgctgcctggaatctggttccgtcacttaggacggagaagctaggatcgttg
tctgccgaatttaagacgctatgggacaaggaccatatctatgtcagggttgacgtgaaa
gacggatcgatagccccaggggatcaggttgatatcttcgcggtggtgaacggtaccctg
caagaggcccggattcagcgtggagccgccaacacggcagagaccgcgggaggttacgcg
ggggaggctcttctccagctacacggaacaggggcattgggcggcgacatttatttcgat
gtcagggtaacggattccggttcggatgacggttccgagcatggcaagaatggagcggtg
gtgtcctggagcgatccaaggcatgcccaggagagcgatcaagacggactcggcattctt
acgctcgctgctgcgccgaaatcggcccaggcccgctacggcaccccgaaggtggacggc
gagctggacgtggtctggaaggacgccgcggaactggcaaccgacgtgtgggtcgagggt
aacagcggcgcgaccgcaacattccggacgctatgggatgagaattacctgtatgtttac
gccatagttagcgacagcttgttgtcggatgcgagtcccaacgtatgggagcaggattcg
gtagagatttttgtggatcagaataatggaaagacggatgcttaccaagaagatgatgga
cagtaccggatgaacttcaacaatctgcgttcctttggcggttatgcgggcgaggataac
ttcacttcggcagcgaaggtgatcgacgggggatatgtcgttgaagcagcgatccgcctc
gacaagatcaagcctgagaaagggacggtcatcggattcgatttgcaggtgaacaacgat
gaagacggccagggcacaagagacagcgtggccatctggtcggatccgacgggccagtcc
tatcagaacacgtccaggttcggcgtgctggaattcacgaagagctccgctcctggcgga
ggagacggaaacggcggagaacataacggcggcggtgacggaggaagcggtgcaaacgcg
ggcggaggcggaagcagtacaagtccagctccaaacacgccttcactcgaaatccggaac
aacgacgggcggattctcgctgtagtctcgagccaagtccttcagcaggcattggatagg
gcggcagccggtgtggaaggaccgaagcgagcaatcgtggctatcccggctcaaacagag
gcccagtcctacgaaattcaattgccgggcaagtggctgctggggaactcggaggttgtg
ttgatcctccaaacggagttcggcgcactggagctgccaagcgcatgggttcggggagcc
ggagtaaaggatacggaaaccgtcgcgctgcgtctggcgaaagcttcgggcagcaatctg
ggtgcagcccttcgcgaggagatcggtgatcgtccggtgttccggatagaggctcttgcc
ggcgaccgggccctgtcgtggaaatcgggcaaagctcgcctgatctggtcggtgccttac
acaccaaccaaggaagagctggcacaaccggatcatatctttgtcagggagatcgatgcc
aacgggcaaggcgggcctcttgctaacagccgttatgatgcgaaacaggggatcgttcgc
gcagcgctgccgcatggcggcacgtttgcagtcgcttccgcattcaagacgtttcatgac
ctgaagcatgtgccgtgggcgatcgatgcgatcgaaacgatggcatcccgcggatttatc
caaggggtaagcgaaacgatgttcgatccgcagaacgaaatcacccgggccgaattcctc
gttatgctcgtacgcgtgctggaactggaaggctcgagcgaaggccgggcagcattcgga
gatgttacgtctgcggcctattattacaaacacgtgcaaatcgccgcagagcttgggctc
gttcaaggcgtcggcggaaatcgtttctcgccggacacgccgatgacgcgccaggacatg
atgctgatcacgcagcgtgccctggaggcggcaggcaagaagctggagggcgaaggggcg
ctggatgcttttgccgatggggatgaggttgccgaatatgccaaatcgagtgcagctctg
cttgcagggtcgggcatcgtgaacggcatgaacggcaaaatcgcgccgaaggcttacttt
acgcgtgcccaggcagccgtgattctggaccggatttggaattgggaactgattaaggcc
gtgaatcgttaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (12)   

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