KEGG   Flavobacterium anhuiense: BB050_01400
Entry
BB050_01400       CDS       T04718                                 
Symbol
pel
Name
(GenBank) Pectate trisaccharide-lyase precursor
  KO
K01728  pectate lyase [EC:4.2.2.2]
Organism
fjg  Flavobacterium anhuiense
Pathway
fjg00040  Pentose and glucuronate interconversions
fjg01100  Metabolic pathways
fjg02024  Quorum sensing
Brite
KEGG Orthology (KO) [BR:fjg00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00040 Pentose and glucuronate interconversions
    BB050_01400 (pel)
 09140 Cellular Processes
  09145 Cellular community - prokaryotes
   02024 Quorum sensing
    BB050_01400 (pel)
Enzymes [BR:fjg01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.2  pectate lyase
     BB050_01400 (pel)
SSDB
Motif
Pfam: CBM77 Pectate_lyase_4 Por_Secre_tail Suc_Porlyase_C DUF6871
Other DBs
NCBI-ProteinID: AOC94530
Position
1620233..1623088
AA seq 951 aa
MKKNLLFVAVFLMTVQLWAQTIQINEASGWLESAFVKWQPVSGAQTYNVYYTGNGFTDQK
IDDQLIRSYGSYFRADIPGLKAGTYTVKVKPVVNGTEGTGATTGSLTVSAHDRNGFAFEG
GRVPGGYKADGTPKDNAVILYITQNTKNTISMNITGASANPCIGLQNILYAIKKGKDTRP
FIIRLIGNITDMTVMEGGDVVIENANNASSYVTFEGIGDDAVANGWGVRLKSASNIEVSN
LGFMNCNSTAGDNVGMQQDNDHVWVHNCDLFYGNAGSDADQIKGDGALDNKTSTYITLSY
NHFWDNGKASLLGLSEGTTSGLYITYHHNWFDHSDSRHPRVRYYSAHIYNNYYDGVSKYG
AGSTLGSSLFMEGNYFRNSKHPMLTSLQGSDIWDEANQVNNAGTMGTFSGEAGGSIKAFN
NTFDASNGTNNMRFVAYNDPNPLYNISGKISSTTDFDAYVAATRGEVVSSAVKSKSGANV
YNNFDTDANLYVKNLVIDSPATAKAKATQYAGRVSGGDLKWTFNNATDDTSSLVITALKT
ALTNYTGTLVAVQGEGNPPAGTQTLTLTSASNNNQTVASGTAISSIVFTWGGDATDATVT
GLPASGLTFVKNTTAKTITISGTPTATVSYSIATSGTSGSPATGSGTVTVTAAGNQTLTS
TGNNSQTVSSGTAIASIVFTWGGNATDATVTGLPASGLSFVKNTTAKTITITGTPTANVS
YSVTTSGTAGTPVTTSGTITVTTGSTGGSEIHNFTTSGKTSTFYSITGNMNSTPGSVTYN
GLTLTERLKIETSTSITYTTASASTLTLVFDSSFTGTIKVDNVSYTASSGIVTASIGAGS
HTITKGSVANLYYISTVYSGSTLRMATATENTAKESTETQIILYPNPVSSTLYLSDPEQK
VQKVLIYNISGNLVINSGNSTSIDTSGLIPGTYLAKIYTVDGSFNQTLIKK
NT seq 2856 nt   +upstreamnt  +downstreamnt
atgaaaaaaaacctacttttcgtagctgtctttcttatgacagttcaattatgggctcaa
accattcagattaatgaagcttctggctggctggaatctgcttttgtaaaatggcaacca
gtcagcggtgcccagacctataatgtgtattatacgggtaacggatttacagaccaaaaa
atagatgaccagctaattagaagttatggctcctattttcgcgctgatattcctggactt
aaagctggaacctatactgtaaaagtaaaacctgtagtaaatggtactgaaggaacagga
gcaacgacaggaagccttacagtgtcggcacacgacagaaatggatttgcatttgaaggc
ggacgtgttccaggagggtacaaagcagacggaactccaaaagacaatgccgtaattctt
tacattacgcaaaacaccaaaaataccatttcgatgaatattactggggctagtgcaaat
ccttgcattggtcttcaaaatattctttacgcgattaaaaaaggaaaagatacacgtcct
tttatcattcgtttaattggaaatattaccgatatgaccgttatggaaggtggcgacgtg
gttatcgaaaacgcaaacaatgcttcaagttacgttacttttgaaggtattggagacgat
gcagttgcaaatggatggggagttagattgaaatctgcttcaaacatagaagtaagtaat
ctcggatttatgaactgcaacagcactgcaggggataacgtaggaatgcagcaggacaat
gaccatgtttgggttcataactgcgatttattctatggaaatgcaggaagcgatgctgac
cagataaaaggtgacggtgcacttgacaataaaacttcgacctatatcacattatcttac
aaccacttttgggacaatggaaaagcaagccttttaggtttaagcgaaggaacaacttca
ggactgtacatcacgtatcaccataactggtttgatcactcagattctcgtcatcctcgt
gtacgttattattcagcgcatatttataacaattattatgatggagtttctaaatatgga
gcaggatcaactcttggatcatcgcttttcatggaaggaaattattttagaaatagcaaa
cacccaatgctgacttctttacaaggttctgatatttgggatgaagccaatcaagtaaat
aacgctggaacaatgggaacattctctggtgaagctggaggaagcatcaaagctttcaac
aatacttttgatgcttctaacggaacaaataatatgcgttttgtagcttataatgatccg
aatccgttgtataatatctctggaaaaataagctctacaacagattttgatgcttatgtg
gctgctacaaggggcgaagtggtaagcagtgcagtaaaatctaaatcgggcgctaatgtt
tacaacaactttgataccgatgcgaatttatatgtaaaaaatttagtaattgatagtcca
gcaacagctaaagctaaagctactcaatatgcaggacgtgtttctggaggagatttaaaa
tggacattcaacaatgctacagatgatacttcttctttagttattacagcattaaaaact
gctcttacaaactatactggaactttagttgctgtacaaggagaaggaaatccgcctgct
ggaacgcagactttaactttgacttctgcttcaaacaacaatcaaactgttgcaagcggt
acagcaatttcttctatcgtatttacatggggaggagatgcaaccgacgcaactgttaca
ggattacctgcttcgggattgacttttgtaaagaatactacagcaaaaactatcaccatt
tcaggtacgccaactgcaacagtttcatactcaattgcaacttctggaactagtggttct
ccagccactggctcaggaactgtaacagttactgctgctggaaaccaaactttaacttca
acaggaaataatagtcagactgtttcttctggaactgctatcgcttcaatcgtgtttact
tggggcggaaacgctacagatgcaactgtaacaggattaccagcttctggtttatctttt
gtaaaaaatacaactgcaaaaaccataactattacaggaactccaactgcaaatgtttca
tactctgtaacaacttcaggaactgcgggaactcctgtaacgacatcaggaactattacg
gtaacaacaggttctactggcggatctgaaattcataactttacaacttctggaaagaca
agtacattctactctattacaggaaatatgaattcaacaccaggttctgtaacctacaat
ggattaactcttactgagcgtctaaaaattgaaacaagtacctccataacatatacaaca
gctagtgcatctaccttgactttggttttcgattcaagttttacaggaactattaaagta
gacaacgtttcatacacagcatcttcaggtattgtaactgcatcaatcggtgcaggttct
cacactatcacaaaaggttctgtagccaacctatattacattagtacagtttatagtggc
agcactttaagaatggccactgcaactgaaaatactgcaaaagaaagtacagaaacacaa
ataattttatacccaaatcctgtttcgagcacattatacttatctgatccagaacaaaaa
gtgcaaaaagtacttatctacaatatctctggaaatctggtaattaattccgggaactct
actagtatcgatacaagcggtttaattcctggcacttacctagctaaaatttatactgtc
gacggatcatttaatcaaacactaataaaaaagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (81)   

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