KEGG   Nostoc flagelliforme: COO91_00478
Entry
COO91_00478       CDS       T05266                                 
Name
(GenBank) glycerophosphoryl diester phosphodiesterase
  KO
K01126  glycerophosphoryl diester phosphodiesterase [EC:3.1.4.46]
Organism
nfl  Nostoc flagelliforme
Pathway
nfl00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:nfl00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    COO91_00478
Enzymes [BR:nfl01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.46  glycerophosphodiester phosphodiesterase
     COO91_00478
SSDB
Motif
Pfam: Phytase-like GDPD HemolysinCabind Peptidase_M10_C
Other DBs
NCBI-ProteinID: AUB34649
UniProt: A0A2K8SGU2
Position
complement(463820..466906)
AA seq 1028 aa
MPIELVGFASLPADTYSDGPTSGEGISANGRTGPFPGQPIQGFSGVQFANSNSFYFLSDN
GYGSKDNSADFLLRINRLNPNFKGTENGDGTVKVLDYIQLSDPNNKIPFQIVNEESSERL
LTGADFDVESFVFDKDGTIWVGEEFGPYLLHFDATGKLLEAPIATPDQFKTLNGEAPKVI
GHRGASGDLPEHTLQAYIRAIADGADFIEPDLVVTKDGVLIARHEPALAILNADGSVNLS
NTTTDVYDISKYPQFADRKKTVSLDGNTITGWFAEDFTLEEIKTLGAIQRLPFRDQSFNG
QFEIPTLAEIIDLVKEVEAQTGKKIGIYPETKHPTYFAEEATYVGTTEKINRNISDILID
TLKANNFTDPSRIFIQSFEVSNLKELNDSIMPAAGVDIPLVQLLDASDIDINGKIIESQP
YDLKVSGDSRTYGDLRTPEGLTEIATYADGIGPWKRMIVSVKGTDANGDGKADDVNGDGT
VNDADKTTLPPTTLIQDAHNAGLQVHPYTFRNENQYLAADYKGNPELEFQQFFQLGVDAL
FTDFPDTGDKVRDFLSDPQNNLVRSPQNPDVLSGDAFANLGGSKGFEGGAINASKTKLYM
LLEGTVQGDPAGALRINEFDIASRDYTGKKLYYKLEDPAYAIGDLAVINDNEYLVIERDG
GQGTSAEFKKIFKIDLSKTDSNSYVAKEEVGDLLNIQDPNDLNGDGKTTFDFPFVTIENV
LVVDKNTILVANDNNYPFSTGRPGDDPQNPVIDNNEIILLKLENPLNLAPGLGQPQSEVI
KFGSSTSDDITTEPNQTLLTGDGADFVEGNKGNTIQTGNGDDTVLVGSDSSVSTGDGNDQ
IFIGQNGPAQNTSANGGDGDDAIAAVEASGNNSLFGAAGADTLTVIEGSRQLSFGGFGND
SLTSKGSNNRLYGGSGDDQLFSNVNDSLFGGDGDDVLFAGQVGGNRLSGGIGADQFWITN
GSLPASKNIITDFAIGIDKIGLGGIGLSNLRVLQQGADTLVKTGNTELVSLLQINLTSLT
VNDFVGFS
NT seq 3087 nt   +upstreamnt  +downstreamnt
atgccaattgagttagtcggctttgcttctttacctgctgatacatatagtgatgggcca
acttctggtgaaggaatttcagctaacggcagaacggggccttttccaggacagccaata
cagggctttagcggtgtccagtttgctaacagtaactctttctactttttgtcagataat
ggttacggtagcaaagacaatagtgcagatttcctactgcgaatcaatcgtttaaacccg
aattttaaaggaacagaaaatggagatggcactgttaaagttttagattacattcagctg
tctgacccgaacaacaaaattcctttccaaatagttaatgaagaaagttctgagagatta
ctgactggtgcagattttgatgtagagtcattcgtctttgataaagacgggacaatctgg
gttggagaggagtttggcccctatctactacattttgatgccactggtaagttgttagaa
gctcccatcgctacacccgaccaattcaaaactttaaatggagaagcacctaaagtaatt
ggccacagaggtgcaagtggggatcttccagaacataccttacaagcatacatacgagca
attgcagatggtgctgactttattgagccagacttagtagttacaaaagatggtgtgtta
attgctcgtcatgagcctgctttggcaattttaaatgctgatggcagcgtcaatttaagc
aatacaaccacagacgtttacgatattagcaaatatccacagtttgccgatcgcaagaaa
acagtcagtctagatggcaacacaattacaggttggttcgctgaagactttactttagaa
gaaatcaagactttaggggcgatacagcgtctacctttccgtgaccaatctttcaatggt
caatttgaaattcccactctcgccgaaatcatcgacttggttaaagaggtagaagcccag
acaggtaaaaagattggtatctacccagaaacgaagcatcccacctattttgccgaagaa
gccacttatgtaggcacgacagagaaaattaatagaaacatcagcgatatactgatcgat
acactcaaagcaaataactttactgaccccagtcgcatctttatccagtcctttgaagta
tctaacctcaaagaactgaatgatagcattatgcctgcggcaggggtggatattccactt
gtccaacttttagatgccagtgacattgacatcaacggcaaaattatcgagagtcagcct
tatgatttgaaagtcagtggtgacagtcgcacttatggcgacttgcgaactccagaaggc
ttaactgaaattgccacttatgctgatggcattggcccttggaagcggatgattgttagc
gtcaaaggtactgatgctaatggtgatggcaaagctgatgatgtgaatggggatggaaca
gtaaatgatgcggataagactacgttacctcccactaccttaattcaagatgcccacaat
gcaggtttacaggttcatccttacaccttccgcaatgaaaaccagtacttagcagcagat
tacaagggtaatccagaactagaatttcagcagttctttcaattaggcgtagatgcgcta
tttacagatttcccagatacaggagataaagtccgagatttcttgagtgatcctcagaat
aacttagtgcgatcgccacaaaaccccgatgttctttcaggagatgcttttgctaacttg
ggtggttccaaaggttttgaaggcggagcaatcaacgccagcaaaaccaaactctatatg
ctgctagagggtacggttcaaggtgatcctgctggtgctttgcggattaatgaatttgat
atcgctagccgtgattacactggtaaaaaactttactacaagctggaagatcctgcttat
gcgatcggtgatttagcagtcattaatgataatgaatatctagttattgagcgggatggt
ggtcaaggaacttctgctgaattcaaaaagattttcaaaatagacctgtctaaaacagat
tctaatagctatgtagctaaagaagaagttggcgacttgttgaacatccaagatcctaac
gacctcaatggagatggcaaaactacctttgacttcccgtttgtaaccattgaaaatgtt
ttagttgttgacaaaaacaccattttggtagctaatgacaacaactatcctttctcaaca
ggtcgtcctggagatgatcctcagaatccagttatagacaacaatgaaattattctgttg
aagctggaaaatcccctcaatcttgctcctggtttaggtcaacctcaatctgaagtaatt
aagtttggctccagtaccagcgatgatattaccactgagccaaatcaaaccttacttaca
ggtgacggagcagattttgtcgagggtaataaaggtaacaccatccaaacgggaaacggg
gatgacacggtgcttgtgggtagtgactcctcagtgtccacaggtgatggtaatgatcag
atatttattggtcaaaacggcccggctcaaaatactagtgccaatgggggtgatggcgat
gatgcgatcgctgccgttgaagctagtggtaataatagtctatttggggcagcaggtgct
gataccctgacagtaattgaaggttctcgtcaattatccttcggtggctttggcaacgat
tccctcaccagtaaaggcagtaataaccgtctctacggtggttccggtgatgaccaactc
ttctccaatgttaatgattcactatttggtggcgatggcgatgatgtgctatttgccggt
caagtgggcggtaatcgcctcagtggtggtattggtgctgaccaattttggattaccaat
ggtagtctgccagctagcaaaaacattattactgattttgcgatcgggattgataaaatc
gggctgggcggtattggcctcagtaatctaagggtattgcagcagggtgctgacactctc
gtgaaaaccggaaatacagagttggtttcattgctgcaaattaacttaactagcttgact
gtaaatgacttcgttgggtttagctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (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 (21)   

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