KEGG   Polaribacter vadi: LPB03_04285
Entry
LPB03_04285       CDS       T04504                                 
Name
(GenBank) alginate lyase
  KO
K01729  poly(beta-D-mannuronate) lyase [EC:4.2.2.3]
Organism
pob  Polaribacter vadi
Pathway
pob00051  Fructose and mannose metabolism
pob01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pob00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    LPB03_04285
Enzymes [BR:pob01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.3  mannuronate-specific alginate lyase
     LPB03_04285
SSDB
Motif
Pfam: Chondroitinas_B Por_Secre_tail BACON BACON_2
Other DBs
NCBI-ProteinID: AOW16731
UniProt: A0A1B8TXQ4
Position
942092..944710
AA seq 872 aa
METTITSLTPYYKNHKIIESYLILVFLFVFQCIIAQETYNITDPESLSDLTLNPGDVVIL
QDGVYDSDARIKFKAGTSGTAALPITFRPQTPGGVKFTGGLKMSIGGDYLIIDGFHWKGG
FGASNFIEFRDGYTYSNYSKIKNCAIDGLQVDPDDLETGTSVKHRWIVLYGTNNTVINCS
FMNKPSAGALVLVELEYNATPDDGATNTRCATVSHTISNNYFYKYAKIDETLTNAGDSET
IRVGTSEFQNVNSNTTISNNYFVEADGENEIITNKSKNNKYINNTFRRSRGSLVLRHGSN
ATVEGNYFLGENVDGTGGIRITDSNHTITNNYIQDCITVLDQAKWNNGITFIGGGDNADV
NCNSTSVSNGYQKALNITLSNNTIINTNAPLFYNTDKGSNNVTGTVSNNLIYFDAGNANS
TDVISGDTPNSYTNLGTSLIYTGNVFKGASLGVTNAGFSENNGITLTPDDEIFTITGAAG
KGADLGTYKPITDAMVGSGIGACFLNSLGANITATNCSIQVGETLNVSSLPTLSSDADSY
DITVAANVSWIAVSNDTWISINTASGTNDATVTISVTKNETTNPRTGSVTFSQIAGGDDI
VKTLTITQEGLDITDLYKLINTGDAGDPVSVDSYSKQEDTNGKTNFATNTLDKDINTQWT
ADDGAILSGDFKGDGEFVIFDLSKEYQLDLIQIATDDKSDPYGIQFWVSTTGTDAADFTK
IIPTSGDLAITTSTGTRETYDQYQISANARFVKLISFGRFNADGNSRKSQWTNITEVEFF
GEAVALSTTKFDVQNIEMYPVPTKDFLIIKSKVNINSLRVYSLEGRLIINQELKNNTNEF
KLNIAQLSNGTYFIKFKNDAGLNESKRIVIAH
NT seq 2619 nt   +upstreamnt  +downstreamnt
atggaaacaacaattacttctcttacaccttattataaaaatcacaaaataatagaatcc
tatttaatcttagtttttttgtttgtttttcaatgtataattgctcaagaaacatacaat
attacagatcctgaatcactttctgatttaacgttaaaccctggagatgttgttattctg
caagatggtgtttatgattctgatgcaagaataaaatttaaagctggtacttctggcaca
gctgctttaccaattacttttagaccacaaactcctggaggtgtaaaatttacaggtggt
ttaaaaatgagtattggtggagattatcttattattgatggttttcattggaaaggtggt
tttggcgcaagcaattttattgagtttagagatggttatacctactcaaattatagtaaa
attaaaaattgtgcaattgatggtttacaagttgatccagatgatttagaaactggcact
agtgtaaaacatagatggattgttttatatggaacaaataatacagtaattaattgtagt
tttatgaacaaaccaagtgctggagctttggttttagtagagttagaatacaatgcaact
ccagatgatggtgctacaaatacacgttgtgcaacagttagtcataccattagtaataat
tatttttataaatatgctaaaatagatgaaacacttaccaatgcaggagatagtgaaaca
attcgtgtaggaacaagtgagtttcaaaatgtaaatagcaatacaactattagcaataat
tattttgtggaagcagatggagagaatgaaattattaccaataaaagtaaaaataacaag
tatataaacaacacatttagaaggtctagaggttctttggttttacgtcatggatcgaat
gcaactgttgaaggcaattattttttaggcgaaaatgtagatggaactggaggaattaga
attacagatagcaatcacaccattaccaataattatattcaagattgtattactgtttta
gaccaagctaaatggaataatggaattacttttataggtggtggagataatgctgatgta
aattgtaactctacaagtgtttcaaatggttatcaaaaagctttaaatattacactttct
aacaatacaatcatcaacacaaatgctcctttattttataatacagataaaggttcgaat
aatgtaactggtacagtttcaaataatttaatttattttgatgctggcaatgccaatagt
acagacgttatttctggtgatactcccaattcttacaccaatttaggaacttctttaatc
tatactggtaatgtttttaaaggggctagtttaggggttacaaacgcaggtttctctgaa
aataatggaattacacttactccagatgatgaaatatttacaatcactggagctgcagga
aaaggcgcagatttaggtacttacaagccaataacagatgctatggttggtagtggaatt
ggtgcttgttttttaaatagtttaggagcaaatattacagctactaattgctctattcaa
gttggcgaaactttaaatgtaagcagtttaccaacactttcttcggatgcagatagttat
gatattactgtagctgcaaacgtaagttggattgctgtttctaatgatacttggatttct
atcaatacagcttctggaactaatgatgcaactgttactatttctgtaactaaaaatgaa
accacaaacccaagaactggttctgtaactttttctcaaattgctggtggagatgatatt
gttaaaacacttactataacacaagaaggtttagacattacagatttatataaacttata
aatacaggtgatgctggagatccagtttcagtcgattcttattcaaagcaagaagacact
aatggaaaaaccaattttgcaacaaatactttagataaagacatcaatactcaatggaca
gctgatgatggagctattttaagtggagattttaaaggtgatggagaatttgttattttc
gatttaagcaaagaataccaattagatttaattcaaattgctactgatgataaatctgat
ccttatggaattcaattttgggtttctacaacaggaactgatgcagcagattttactaag
attataccaacttctggagatttagccattacaacatctacaggaactcgtgaaacttat
gatcaatatcaaatatcagcaaatgcacgtttcgtaaaattaatttcttttggacgtttt
aatgctgatggaaattctagaaaaagtcaatggacgaatattacagaagtagagtttttt
ggagaagcagtagcattatcaaccacaaaatttgatgttcaaaatattgaaatgtatcct
gttcccactaaagatttcttgatcattaaaagcaaagtaaatatcaatagtttacgtgtg
tatagtttagagggcagattaatcatcaatcaagaattaaaaaataatacaaatgaattt
aaactaaatatagcgcaactttcaaacggaacttattttataaaatttaaaaatgatgct
ggtttaaatgaatcaaaaaggattgtaattgctcattaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (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 (17)   

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