KEGG   Saccharobesus litoralis: C2869_07275
Entry
C2869_07275       CDS       T05408                                 
Name
(GenBank) polysaccharide Lyase
  KO
K01729  poly(beta-D-mannuronate) lyase [EC:4.2.2.3]
Organism
cate  Saccharobesus litoralis
Pathway
cate00051  Fructose and mannose metabolism
cate01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:cate00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    C2869_07275
Enzymes [BR:cate01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.3  mannuronate-specific alginate lyase
     C2869_07275
SSDB
Motif
Pfam: Chondroitinas_B Cadherin_4 Peptidase_M61_N PDDEXK_5
Other DBs
NCBI-ProteinID: AWB68958
UniProt: A0A2S0VXN5
Position
complement(2061209..2064316)
AA seq 1035 aa
MGCGSGSEDTTTVDDDIQQPKQNTAAKITGDITATVTEPNDITVNRQLTIDDPDEGEAQF
TVVPATASQYGTYEVSASGNWIYELDRTNADVKALSLGQTITDTFQISSVDGTKVTINIK
INGAENQQTNHAATFSGDSAVSINQNHSQAVSGKLTVSDIDTGEDAVQVQTNVSTTYGQF
SIDSSGNWNYQLNVSKPEISNLTDGNQLYEDIYIYSVDGTASAISIEVKGIASQPSIVTT
PDDTVPTINCTQTVNSIYQLESAASFTMTPGETLCLAAGNYTGLDLEFGGVGSADKPITI
AAEEPGKVIIGGEVAVAMTGEYVVLQGFVFKDGTIDNTIIQTRANSSTPCNYCRITENAI
IDMDEGLTDSTKWLYIYGAYNRIDHNWFAGKTTRGALLAIDRYKPDGVDIKDMEVDHAII
DHNYFGDRPPVNGQAYAASSDNEYEAIRIGTSDSHMGDSYSQVKYNYFERIQGEAEVISN
KSGNNTISHNTIRDSYGSIVTRHGEYATINNNFIFGDDHPFSGGIRIVDGNHTVVNNYVQ
GARYQNSNWNGGIVLTSSNGSTSNGYQDVENVLVAHNTIVDSVNSLNVFGGKESTKADSV
YFVNNLIANAIGAVVKNANDMPSNSTFSNNTVYGQSLADNGASSISGLTFSDPQLELASD
NLYRPSSNSSYLDADTNVAIGNFTLPTHDMDGQSRSSTNLVGADTSSNDSVTMAPLTASQ
VGPKSYRPAYSKGYVKKVMISNHDFDTGDTSGWTNNGAQITSDTQDVFSRGASIKLDSVN
ANIEQNVYIQANTYYTFSAFIKGIGRLSVVVDGQTYSTDVNNSNYQFTSVSFHSGSATQA
TLRAVMDDTVKQKANILNANFDNKQTDWQVYEGSGIGQVQDSSNSASGADGSIKFKYDST
KGDNGTPHDPYIAQEIDVLANTDYTLSMYVLEKSNKDAQVKYGVYTTDIANILASHIADV
SQLGDAPKGDDSFRQTTLTFNSGTNTKLTVFAQYQGDGSEIRVDDFSLTYDGSPIAGDVA
LFDSLRLVSHTQAAN
NT seq 3108 nt   +upstreamnt  +downstreamnt
atgggttgcggatcgggtagtgaagacaccaccactgtagatgatgatattcagcaacct
aaacaaaatacggcagccaagatcacaggtgatatcacggccacggttaccgaacccaac
gacatcacagtaaaccgccagttgactattgacgatccagatgaaggcgaagcgcaattt
accgtcgtaccagccacagctagccagtatggtacttatgaagtcagcgctagcggtaac
tggatatacgaacttgatcgcaccaacgccgatgttaaagcgcttagcttaggtcaaacc
attacagacacctttcaaattagctcagttgatggcaccaaagtcaccattaacataaaa
ataaacggtgctgaaaatcaacaaaccaaccatgcggccacttttagcggtgacagtgcg
gtaagtattaaccaaaaccacagtcaagcggtttcaggcaagttaaccgttagcgatatc
gacacaggcgaagacgctgtccaagtacaaactaacgttagtaccacatatggacaattc
tcaattgatagtagcggaaattggaattaccaattgaacgtaagtaaaccagagatcagt
aatttaactgacggtaatcaactgtatgaggatatttacatttactcggttgatggcacc
gccagtgcaatctcgattgaggtcaaaggcatcgcaagccaaccatcaattgtgacaacg
ccggatgatactgtcccaaccattaactgtacgcaaacagtaaactcaatataccagcta
gaaagcgcagctagtttcacgatgacgcctggtgaaaccttatgtttagccgcaggcaac
tatactggactcgatttagagtttggtggcgtgggtagtgcggataaacctatcaccatc
gcggctgaagagcccggtaaggtcatcataggtggtgaagttgcggtggcgatgacaggt
gaatacgtggtgttgcaaggctttgtgtttaaagatggtactattgacaacaccatcatt
caaactcgtgccaacagcagcacgccctgtaattactgccgtattaccgaaaatgccatt
atcgacatggatgaagggttaactgacagtacaaaatggttgtatatctatggtgcatac
aaccgaatcgatcacaactggtttgcgggtaaaacgacccgtggcgctttgttagcgatc
gaccgctataagcccgatggtgtcgatataaaagacatggaagtggaccatgccattatc
gaccataactattttggtgatcgccctccagtcaatggccaagcctatgccgccagcagt
gataacgaatatgaagccattcgcattggcaccagcgattcgcatatgggcgactcgtat
agccaagtcaaatacaactatttcgagcgcattcaaggtgaagctgaggttatctctaac
aaatccggtaacaacaccattagccataatacgatccgcgatagctacggatctattgtt
actcgccacggtgaatacgccactattaacaataactttatttttggtgacgaccaccca
ttctcaggcggtattcgtattgtcgatggaaatcatacagtggtaaataactatgtgcag
ggagcgcgttatcaaaactcgaattggaatggaggcattgtattaaccagttcaaacggt
tcaactagcaatggctatcaggatgttgaaaacgttttagtggcacataacaccatagtc
gacagtgtaaacagcttaaatgtatttggcggtaaagaaagtaccaaagccgatagtgtt
tattttgtcaataatctcattgccaatgcaataggtgctgttgtcaaaaatgccaatgac
atgccgagcaactcgaccttttctaacaatacggtttatggtcaaagcttagctgacaac
ggtgctagctctattagtggtttaacttttagcgatcctcaactagagctcgccagcgac
aacctataccgccctagtagcaatagcagctatttagacgccgacaccaatgtagcaata
ggtaactttaccttaccaacccatgacatggacggccaatcgcgctcatctacgaaccta
gtcggtgccgatacctcgtcaaacgacagtgtcacaatggccccactgacagccagccaa
gttgggccgaaaagctatcgaccagcctacagtaaaggctatgtgaaaaaagtgatgata
agcaatcacgactttgacacaggtgatacatcaggttggacaaataatggcgcacagatc
acctcagatacgcaagatgttttttctcgaggcgcgagtattaaattagattcggtcaat
gccaatatagaacaaaatgtctatatacaagccaatacgtactacaccttttcagcattt
attaaaggtattggtcgtttaagtgtcgtggttgacggccaaacctatagtacagatgtc
aataacagcaattatcaatttaccagcgttagcttccattcaggtagtgcaacccaagcc
acattgcgcgccgtcatggacgacaccgtaaaacaaaaggcgaatattcttaatgcaaat
tttgataacaagcaaacggattggcaagtgtatgaaggttctggcataggtcaggtgcaa
gattcgagcaattcagcctcaggcgcagatggctctattaaatttaagtacgacagcacc
aaaggggataatggtacgccacatgatccttacatcgcgcaagaaatcgatgtgttagcc
aacactgactacaccttatctatgtacgtgctggaaaaaagtaacaaagacgcacaagtt
aaatacggtgtttacacaacggatatcgccaacattttagccagtcatattgctgatgtt
agtcaattaggtgatgcacctaaaggggatgacagctttagacaaacaaccctgacattt
aactcaggcactaataccaagctaactgtgttcgcgcagtatcaaggagatggctcagag
atccgagttgatgactttagcctaacctatgatggcagtcctatcgcaggcgatgtggca
ttattcgatagcttgcgtttagtgtcgcacactcaagcagccaactag

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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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