KEGG   Bacteroides xylanisolvens: BXY_26470
Entry
BXY_26470         CDS       T02579                                 
Name
(GenBank) Polysaccharide lyase family 8, C-terminal beta-sandwich domain./Lyase, catalytic./Polysaccharide lyase family 8, super-sandwich domain./Lyase, N terminal.
  KO
K08961  chondroitin-sulfate-ABC endolyase/exolyase [EC:4.2.2.20 4.2.2.21]
Organism
bxy  Bacteroides xylanisolvens
Brite
KEGG Orthology (KO) [BR:bxy00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    BXY_26470
Enzymes [BR:bxy01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.20  chondroitin-sulfate-ABC endolyase
     BXY_26470
    4.2.2.21  chondroitin-sulfate-ABC exolyase
     BXY_26470
SSDB
Motif
Pfam: Lyase_catalyt Lyase_N Lyase_8 Lyase_8_C
Other DBs
NCBI-ProteinID: CBK67690
UniProt: D6CZT8
Position
3238604..3241465
AA seq 953 aa
MKNSCFIVLFLLGIIPSAFAQLIGFEEEVPEAFTVSGKGEVKISSLFYKEGESSLEWDFQ
PGSTLDVQIAPLSLNTRNEKQFGITLWIYNEKPQQDSIRFEFLNKEGEVSYWFSYRLQAA
GWRACWISFEYMQGDKKDKKIVAYRLVAPQRKGRIFLDRLIFPEKKMNLRTTPDQQLPTN
NGLSNRDLWHWCLVWKWEQQSYDIPLPSKLTSEQKKELKTIEQRLTDFLEVKKAPQGPIN
AAYKTFEKAAISPSIAGTGFIGTPIVAPDEQDKKKGEMSWNDIETMLSGFAYDAYYNQNE
TSKKNYFTVFDYAIDQGFAYGSGMGTNHHYGYQVRKIYTTAWLMRDAIYKHPHRDAYLST
LRFWAALQETRQPCSPTRDELLDSWHTLLMAKFISAMMFPDAREQAQALSGLSRWLSSSL
RYTPGTIGGIKVDGTTFHHGGFYPGYTTGVLATVGEYIAFTNGTSFELTEDARKHMKSAF
IAMRNYCNFYEWGIGISGRHPFGGKMGSDDIEAFANIALSGDLSGQGNTFDRGLAADYLR
LIRNSDTPNARFFKKEGIQPAQAPQGFFVYNYGSAGIFRRADWMVTLKGYTTDVWGSEIY
TKDNRYGRYQSYGSVQIMGKGNPVSRAGSGFVQEGWDWNRLPGTTTIHLPFDLLDSPLKG
TTMARSKENFSGSSSLDGKNGMFAMKLAERDYENFTPDFVARKSVFCFDNRMVCLGTGIS
NSNVDYPTETTLFQTKYNGKEPKVGEDNYWLHDGYDNYYHVVDGTVRSQVAEQESRHEKT
REVTKGKFSSAWIEYGKAPKEGTYEYMVLIQPSASDLDELRKTPAYEVLQRDQTAHVVYD
KKTGITAYAAFEAYQPAADKVFVAIPAETMVMYAKESDKGIRLSVCDPNLNIEEKTYTTK
EPSRPITKEIRLKGHWRLTSPMENVRLEQQGDQTVLTVTCQHGQPVEMLMENK
NT seq 2862 nt   +upstreamnt  +downstreamnt
atgaaaaacagttgttttatagtattattccttttgggaatcattccttcagctttcgct
caactcatcggatttgaagaagaagtgcccgaagcatttacagtttccggaaagggagaa
gtgaaaatctcttctcttttttacaaggagggtgaaagtagtctggaatgggactttcag
cccggttctacgctggatgttcaaattgctcctttatcgttgaatacgagaaacgagaag
cagttcggcattaccttgtggatttataatgagaaaccgcagcaggattctattcgtttt
gagtttctgaataaggagggagaagtctcttactggttctcttatcgtttgcaggcagca
ggctggcgggcttgctggatctcttttgagtatatgcagggcgacaagaaagataagaag
atcgtagcctatcggctggttgccccgcaacggaagggacgtatctttcttgaccgtctg
atttttccggaaaagaaaatgaatcttcgtaccactcccgaccaacagttgcctaccaat
aatgggctgtctaatcgtgacctgtggcattggtgtctcgtgtggaaatgggaacaacag
tcgtatgatattcctctgccttctaaattgacaagcgaacaaaagaaggagctgaagact
atcgaacaacgtttgactgactttctggaagtgaaaaaggctccgcaaggaccgattaat
gctgcctataaaacatttgagaaagcggctatcagtccatccatcgctgggacgggattt
ataggaactcctattgttgctcctgatgaacaggacaagaagaaaggagaaatgtcatgg
aacgatattgaaacgatgctttccggctttgcctatgatgcttattataaccagaacgaa
acatcaaagaaaaactactttaccgtattcgactatgctatcgatcagggatttgcatac
ggtagcggtatgggtaccaatcatcattatggttatcaggtacgtaagatatatacaact
gcctggctgatgcgtgatgctatctataaacatcctcatcgggatgcttatctctccaca
ttgcgtttctgggcggctctgcaagaaactcgtcagccatgctctccaacacgtgacgaa
ttgttggattcctggcatacgttattgatggcgaaatttatttccgctatgatgtttccc
gatgcaagagaacaggcgcaagcgttgagtggtttgtcacgttggctatcttcttctttg
cgttatactccgggaacgatcggtggtataaaggtagacggtacgactttccatcatggc
ggtttctatccgggatataccactggagtacttgcgactgtaggagaatatattgcattt
accaatggtacaagctttgaactgacagaagatgcgcgcaaacacatgaaatcagccttt
attgctatgcgcaattattgcaatttctatgaatggggcatcggaatcagtggccgtcat
ccttttggagggaagatgggaagcgatgatatcgaagcatttgccaatatcgctttatcc
ggcgatttgtccggtcagggaaatacgtttgatcgtggtctggctgccgactatttacgt
ctgatacgcaatagtgatactccgaatgcgcgtttcttcaagaaggaaggtattcaaccg
gcacaggctccacagggattcttcgtttacaactatggttcggcaggcatttttcgtcgt
gcggactggatggtgacattgaaagggtataccactgacgtatggggctctgaaatttat
acgaaagataaccgttacggacgttatcaaagttatggctccgtgcagattatggggaaa
ggaaatcccgtgtcacgtgccggaagcggctttgtgcaggagggatgggactggaatcgt
ttgccgggtacaactaccattcatttgcctttcgacttgcttgatagcccattgaaagga
acgactatggcacgctccaaagagaatttctccggaagcagttctttagatggtaaaaat
ggaatgttcgctatgaaattggcagaacgggattatgagaacttcacaccagactttgtg
gcccgtaaatccgttttctgttttgataaccggatggtttgcctgggaacaggtatttcg
aactccaatgtagattatcctacggaaacaactcttttccagacaaaatataatggtaag
gagcccaaggtaggagaggataactattggcttcatgatggttatgacaattattatcat
gtagtggacggaaccgttcgctcacaggtggcagaacaggaatcacggcacgaaaagacg
cgtgaagttactaagggaaaattctcttctgcctggatagaatatggcaaggcaccgaaa
gaggggacttatgaatatatggtattgatacagccttctgcttctgatctcgacgagctg
cgtaaaactcctgcatacgaggtgttgcaacgcgatcagactgctcacgttgtttatgat
aaaaagacaggtatcacggcgtatgctgcttttgaagcttatcagcctgccgctgataaa
gtgttcgtggctattcctgcggaaacaatggtgatgtatgcaaaggaatctgataagggt
atccgtttaagcgtctgtgatccgaatctgaatatagaagagaagacgtatacaacgaaa
gagcccagtcgtcctattactaaggagatacggcttaaaggacattggagattgacaagc
ccgatggaaaatgtccggttggaacagcagggagaccagaccgtactgacggtaacctgt
cagcatggacagccggttgaaatgctcatggaaaataaataa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
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 (13)   

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