KEGG   Bacillus selenitireducens: Bsel_0843
Entry
Bsel_0843         CDS       T01243                                 
Name
(GenBank) Hyaluronate lyase
  KO
K01727  hyaluronate lyase [EC:4.2.2.1]
Organism
bse  Bacillus selenitireducens
Brite
KEGG Orthology (KO) [BR:bse00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    Bsel_0843
Enzymes [BR:bse01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.1  hyaluronate lyase
     Bsel_0843
SSDB
Motif
Pfam: Lyase_8_N Lyase_8 SLH Lyase_8_C Big_2 HL_N-beta
Other DBs
NCBI-ProteinID: ADH98369
UniProt: D6XZJ5
Position
complement(941684..947542)
AA seq 1952 aa
MKYLQKQCVIGLVMALLFPLFIPFFESVSFADSSMQTARSGELLNNGSFEDQEHAGDFAD
LWTDGMKPAYWDLRNWGNSGGEPPLATHHHDEQIVTIELDQTVSFFQYQNPIPVKQDATY
ELTTAIRAENLSTPHTSGNAASLRVEHLNENGQVLLRDDVAHVTNTDQDTGWHDVHESVQ
PVQGAETIRLILITGVVSPGQGATGTIAIDSFSLSEVSKDEPPHVEDELANTLLKNHRFD
ETEHAESFADLWQDETKPAYWDLRNWGPSEGEAPKGHVHLEGEETIVSLSLDETVGFFQY
YDAIEVDPNRRYEIGTVLRTAELNSPNPQGNAAFLRVEQFNGTSLLERKDVAAVPAGSTD
WMTRTGEIETKSNATHIRLILVIGGAVSPEAGSSGTIDIKSFAISGQEAAVEGISFDDEP
IYVKEGETVKATFGLTPVYAEADSFTWTTGDPTVATVDDGSITGVSAGETAVTVIVNDDL
TLTDTAKVIVHDGEIPVSDITLQETDMTVVEGRSFAVFPDVHPSSSSDATLNWSVSDETV
LQTDGTFVHAIAPGEAEVIIRAADSDAEARMTVSVLPYEETEFDRMRERWVNYIVPNAYT
DMDTPAIADQVDELTEKAASLLATMKMDKEADVLWDDAGQFSDSATMTTHFRNLHQMAQA
YTFEASSLYKSESLLEAILYGLRWMNEHHYHADGSDYGNWWDWQIGSPQLLNDTVAMVHD
SLAEEQRLRYTDAVKHYIPEVTHYYGVGNATWRVKASGANLVDLGKAVALQGILAHDEER
IASAQEHFPVVTIKQSGRGNGVYIDGSFIDHNNIAYTGTYGVVFLGSMIDLIYMLNDSRY
ELNEDDLNVIYEMIFLSFEPVIYKGLMMDMVNGRAISRGNTEDIGHGRGAVQRIIQYATI
VPNHYEERMMSMIKGWLISQPEMIDAFNRIQVITMANTILNDETIEARGELIGHYLMTHM
DRVAHRRPGFTFALSKYSDRIAAYEGNMNGENMKGHYTGSGMTYLYTDDLHQYNDGFWAA
IDPKRLPGITANMDRPLSPGLGTARTSPATWVGGTSLDGLYGASGMQLDQAVFGQSLTGH
KSWFMFDDEIVALGSGISSDDGDQIETIIDSRKLAKEGMNEILIDGAAINTGMNTSHTAT
EPTWMHIEGNTAGSDIGYVFPETADVHVQRYEQSGSWYDINRNGSTETVTRPFAELSVDH
GTDPTDDTYAYIVLPNQSSEAVSDYAAAPDVTVLANTKEVQAAEEASLGILAANFWTDGP
TTAGKLTSYNKASVMMREYPGDRLEVSVSDPTRQNNGTIELVIDHPVSAPLVLDDGVKVL
AHTDENIHLSFDVKDASGLSKTAILDLQEGSSGWQTNALFDERFEDGPHGESVTSVNVSK
ADSLTYFHKSEAILPERDFTGVTPFAAETGTVEVTYTFTPKEEGIDAVMGLAGEEMTISN
YPDLPIIVRASSNTGGLFDARDGAVFKADEELSWHVGTSYDIAISVNLDEGRYSVLVTPE
DENPVQIASDFAFRDTASTPEDIGKFIFQDNRTTHASVVDNLKINGKEAGIINKYGKLES
IDGEDAFTHLDVSDATDRIIVNWSFMTRETEGLTITVSDTDSAPLFTMENGMDRFVAGYW
HDATLDINLLSGVYSFTLDGDVIESGSWAENAKAPARFTFGYDASSGTSDRQLFIDHFTL
LETSVAITQLSAAESALHLNTGDEYLLSPVVEPAGAFTEGLRYTTDASDTVTVDHRGTVT
AKQAGNAVITITDLVSGTSAQVRVSVTDLPSQQFEDVPLNHWASHYIDTLTSAGIIEGFS
DYEFRPADDVTRGQMIAMLVRIGELNPSTPGETAFTDQHGTLSDAITAAYEAGITNGYED
GTFRQDESVNREEMAIMIARAIDIFTGEPLSSEHDLAYKDLEQIGQTAIPSVAALTKTGI
LEGTAGGHFLPHQPTKRDQTAKVLYYVKELID
NT seq 5859 nt   +upstreamnt  +downstreamnt
ttgaagtatttacagaagcaatgcgtaattggactggttatggctttattatttccgctt
ttcatcccattttttgaaagcgtttcctttgcggattcatcaatgcaaacggctcgatca
ggtgaactgcttaataacggcagtttcgaagatcaggaacatgccggcgattttgccgat
ttatggaccgatggcatgaagccggcgtattgggatttacgcaactggggtaactcaggc
ggcgagcctcctcttgccacacatcatcatgatgaacagatcgtaacgatcgagctcgat
cagacggtctcattttttcagtatcaaaatcctatacctgtaaaacaggacgcaacgtat
gaactgacgacagccattcgtgcagagaacctctcaacgcctcacacatccggtaacgcc
gcatctttacgggtggagcacctcaacgaaaacggccaggtgctgttacgcgatgatgtt
gcacatgtaacaaacaccgatcaagacaccggatggcatgacgtgcacgagagcgttcag
cctgtacagggagccgaaacaatccggttaatcctcatcaccggtgtcgtttccccggga
cagggcgccaccggaacaattgccatcgattctttctccttgagcgaggtctccaaagac
gaacctccccatgtggaagatgaattggccaacacccttttgaaaaaccaccgctttgat
gaaaccgaacacgcagaatcctttgctgatctgtggcaggacgaaacaaagcccgcctac
tgggatttacgaaattgggggccatcagaaggagaggctccgaaaggacatgtccatctg
gaaggggaggagacgatcgtcagtctttccctcgatgaaacggtcggtttctttcagtat
tacgacgccattgaagtggacccgaaccgccgctatgaaatcgggacagtccttcgcaca
gccgaactcaacagtcccaatcctcagggcaacgctgcattcttgcgcgtcgaacagttt
aacggcacctcactccttgaacgaaaggacgtggccgctgtcccggcaggttcaaccgac
tggatgacacgcacaggcgaaatcgaaacaaaaagcaatgcgacacatatccggctgatc
ctcgtgatcgggggcgcagtgagtcctgaagccggttcctccggcacaatcgacattaaa
tccttcgccatttccggtcaggaagctgccgttgaaggcatctcctttgacgatgagcca
atttacgtcaaggaaggcgaaaccgttaaggccactttcggattaactccggtctacgcc
gaggcagattcattcacatggacgacaggtgatccgacagttgccacagttgatgacggc
agcatcacaggggtttctgcaggtgaaacagcggtcaccgtcatcgtcaatgacgatttg
acacttacagataccgcgaaagtcatcgtccatgacggcgagataccggtatcggatatc
acccttcaggagacggatatgaccgttgttgaaggacgttccttcgctgttttccctgac
gtccatccctcctcttcgtctgatgcaacgctgaattggagcgtgtctgacgaaactgta
ctgcaaacagacggaacctttgtccatgccattgctcctggtgaagcagaagtgatcatc
cgtgctgctgacagtgacgcagaagcaagaatgacggtttccgtcctgccatacgaggaa
acggaatttgatcggatgcgcgaacgttgggtaaattacatcgtgccaaacgcctatacc
gacatggatacaccagcgatcgccgatcaggtggacgagttgacagagaaagccgcaagt
cttcttgccacgatgaagatggataaggaggccgatgtcctttgggatgacgcaggtcaa
ttctcagactcagccacaatgaccacacatttcagaaatttgcatcaaatggcacaggca
tacacgtttgaagcgagctcactttacaaatccgagtcacttcttgaagccattctctac
gggctgagatggatgaacgaacatcattatcacgccgacggctctgactacggaaactgg
tgggactggcagatcgggtctccacaactcttgaatgatacggttgccatggttcatgac
agtttggcagaagaacagcgcctccgctatacggatgcagtgaaacactacattcctgaa
gtaacccactactacggtgttggcaatgccacttggcgtgttaaagcttcaggagcaaac
ctggtcgacctcggcaaagctgtcgcccttcaggggattctcgcccatgatgaagaacgg
atcgcctcagcacaggaacatttccctgtcgtgacgattaaacaatcaggcagaggaaac
ggcgtgtatatcgatggttccttcatcgatcacaacaacatcgcttatacgggtacgtat
ggtgttgtattccttggttcaatgatcgatctgatttacatgctcaacgacagccgttac
gaactgaatgaagatgacctgaacgtgatctatgagatgatcttcctcagctttgagccg
gtcatctacaaaggactcatgatggatatggtcaacggacgggccatttcccggggcaat
acggaagacatcggccatggacgcggtgctgttcaacggattattcagtacgcgacgatc
gttccaaatcattacgaagagcggatgatgagcatgatcaaaggctggcttatctctcag
ccggagatgatcgatgctttcaaccgcattcaggtgatcacgatggccaatacgattttg
aacgatgaaaccattgaggcacgtggcgaacttatcggtcattatctcatgacgcatatg
gaccgtgttgcacaccgaagacccggattcacttttgcactcagtaaatattccgaccgg
attgccgcctatgaaggcaatatgaatggagagaatatgaaaggccactacacaggttcc
ggcatgacctacctgtatacggatgacctccatcagtataacgatggattttgggctgct
atcgacccgaaacgccttccaggcatcaccgccaatatggaccgtcctctcagtcctgga
cttgggactgcccgcacatcccctgccacatgggtcggcgggacatcgctggacggactt
tacggtgccagcggcatgcagctcgatcaggccgtctttgggcaaagcctgaccggtcac
aaatcatggtttatgtttgatgacgaaatcgtcgctctcggttcgggcatctcaagtgat
gacggtgatcagatcgaaacgatcatcgacagccgcaagcttgccaaagaggggatgaat
gagatcctcattgacggtgcggccatcaataccggtatgaacacgtctcacactgccacc
gaaccaacctggatgcacatcgaaggcaatacagccggcagtgacatcggctacgttttc
ccggaaacggcggatgtacacgtccagcgttacgagcagagcggttcctggtatgacata
aaccgcaacggctcaaccgaaaccgtcacccggccctttgcagaattgtctgttgaccac
ggcacagatccgacagacgatacgtacgcctatatcgtgcttccgaatcagtcttccgaa
gctgtctccgactatgcggcggctcctgacgtgacggttcttgccaacacgaaggaagtt
caggctgctgaagaagcttcactcggcattctcgcagccaacttttggaccgatggtccg
acaacagcagggaagctgacaagctataacaaggcttcagtcatgatgagagaatatcct
ggtgaccgccttgaagtgtccgtcagcgatccgacgagacagaacaacgggaccatcgag
ctcgtcattgaccatcccgtttctgcgccactcgtcctcgacgatggtgtgaaggtactc
gctcatacagatgagaacatccatctgtcgtttgacgtaaaagacgcttccggcctcagt
aaaacggcaatcctcgatctgcaggaaggcagctccggatggcagacaaacgccctcttt
gacgaacgctttgaagacggccctcacggagaatccgtgacgtcagtgaacgtgtcaaaa
gcagacagtctgacgtatttccataagagtgaagccattctgcctgaacgtgacttcact
ggtgttacgccgtttgcagcagaaaccggaaccgttgaggtcacctacacattcacacca
aaagaagagggcattgatgcggtaatgggtcttgcgggagaagagatgaccatcagtaat
tacccggatcttccaattatcgtcagagcctcgtcaaacaccggcggactatttgatgca
agagacggcgccgtattcaaagcagatgaagagcttagttggcacgttggcacatcctac
gacattgccatctctgtcaacctcgacgaaggccgttacagcgtcctcgtcacccccgaa
gacgaaaatccggtgcagatcgcatctgacttcgccttcagagatacggcaagtacgcct
gaagatattggaaaattcatcttccaggataaccgcactacccatgcctctgtcgttgat
aacctgaagatcaacggcaaagaggctggcatcatcaataaatacggcaaactcgaatcc
attgatggggaagatgctttcacgcacctcgacgtgtcggatgccactgaccgaatcatt
gtgaactggtcgtttatgaccagggaaaccgaagggctcacaatcaccgtttctgacaca
gacagcgccccccttttcacgatggaaaacgggatggaccgctttgttgccggctattgg
catgacgcaactctcgacatcaatcttctcagcggtgtctattctttcacgcttgacggc
gatgtaattgaatctggatcatgggctgaaaatgccaaagcgccggctcgcttcaccttt
ggctacgatgcatcctccggcacaagtgacagacagctgttcatcgatcactttacgctg
ttggagacgagtgtcgcaatcacgcaactcagcgcggcagagagcgcacttcacctgaat
accggtgacgaatacctgctctcgccggtcgtggaaccggcgggcgcctttacggaaggc
ctccgatacacgacagacgcatccgatacggtaaccgttgatcaccgcgggacagtaacc
gcgaagcaggcaggtaacgccgttatcacaattacggatctcgtctccggcacatcggca
caggtacgcgtttcggttaccgatctgccttcgcagcagtttgaagacgtgccattgaat
cattgggcgtctcactatatcgacacgctcacttctgcaggcattattgaaggattcagt
gattacgaattccgtcctgcagatgatgtcaccagaggccagatgattgcaatgcttgtc
cgcattggggaactgaatccgtcaacccctggcgagaccgccttcaccgatcagcacgga
accctgtctgacgcgattaccgctgcttatgaagccggaattacgaacggctatgaagac
ggtacatttcgtcaggatgaatctgtcaatcgggaagaaatggccatcatgatcgcaagg
gccatcgacatcttcacaggcgaacctctgtcttccgaacacgaccttgcctacaaagat
ctggaacagatcggacagaccgcaataccttctgtcgcagccctgaccaagacaggcatt
ctcgaagggaccgcaggaggacatttccttcctcaccagccgactaaacgcgatcagact
gcaaaggtactctattatgtcaaggagctgattgactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (36)   

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