KEGG   Trichormus variabilis: Ava_4727
Entry
Ava_4727          CDS       T00277                                 
Name
(GenBank) Glycerophosphoryl diester phosphodiesterase
  KO
K01126  glycerophosphoryl diester phosphodiesterase [EC:3.1.4.46]
Organism
ava  Trichormus variabilis
Pathway
ava00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:ava00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    Ava_4727
Enzymes [BR:ava01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.46  glycerophosphodiester phosphodiesterase
     Ava_4727
SSDB
Motif
Pfam: Phytase-like GDPD HemolysinCabind Peptidase_M10_C Reg_prop
Other DBs
NCBI-ProteinID: ABA24324
CyanoBase: Ava_4727
UniProt: Q3M3W2
Position
complement(5916564..5919647)
AA seq 1027 aa
MVNVQLVGFASLAADTYADGPASGNGISGNGRTGPFPGQPVQGFSAVQFANSGSFYFLSD
NGYGSKDNSADYLLRIYRLDPNFRGVENGDGSVKILDYIQLSDPNNKIPFQIVNEASADR
LLTGADLDIESFVIDKDGSIWVGDEFGPYLLHFDATGKLLDAPIATPDRFKTLDGTAPEV
IGHRGASGFRPEHTLESYKLAIEQGADFIEPDLAVTKDGVLIARHEPALAVLNADGSVNF
SNTTTNVYQIAKFSDRLKTVNLDGTEITGWFAEDFTLAEIKELRAIERLPFRDQSFNGQF
TIPTLTEIIDLVKQVEAETGKKIGIYPETKHPTYFAQEATYVGTTEKINRNISQILIDTL
QANNFTDPSRIFIQSFEVGNLKELHDVIMPRAGVDIPLVQLFDAIDVDIDGRLIETRPYD
FIVSGDTRTYGDLRTPAGLAEIAEYADGIGPWKRMIVSVRGTDANNDGQADDVNGDGAVN
DADKTLLPPTTLVQDAHNVGLQVHPYTFRDEERYLAANYQGNPELEYQQLFQLGVDALFT
DFPITADRVRDLLSLPGNNIVRSPQNPDVLSGDALANLGGSRGFEGGAINASKTKLYMLL
EGTVQGDPVGALRLNEFDLATRSYTNNLRYYRLENPAHAIGEITVINDNEYLVIERDGGQ
GASARFKKIYKINLSQTDANGFVAKQEIADLLNIQDPNDLNRDGKTTFDFPFTTIESVVV
VDANTILVANDNNYPFSVGRPPAIDNNEIILLRLEQPLNLAPGLGQPQATEIKFGSPSSD
EITAEPGRILFTGDGADTVDSPGNNTISTGNGNDTVFVGSDASVSTGNGNDQVFIGVNGP
TSNTTANGGNGNDEITVIEAGGSNNLFGAAGNDTLQVIEGSRQFAFGGSGNDTLTSNGSY
NRLNGGSGDDKLFSNVNDSLFGGDGDDVLFAGQAGSNRLSGGAGTDQFWIANGSLPTSKN
TVTDFAVGVDKIGLGGIGVTQFSALSLVKQGADTLVKLGATDLVALQGITSTSLTVTDFV
FAVSVVG
NT seq 3084 nt   +upstreamnt  +downstreamnt
gtggtaaatgttcagttagtgggctttgcttctctcgcggctgatacctatgctgatggg
ccagcttctggtaatggtatttccggaaacggtaggacaggccctttccctggacagcca
gtgcagggctttagtgcagtacaattcgccaatagtggctcattttacttcttgtccgat
aatggctacggtagtaaagataatagtgctgactacctactacgtatctatcgtttagac
ccgaattttcgaggcgtagagaatggtgatggcagcgttaagattttagactacatccaa
ctatctgaccccaataacaaaattcctttccagatagtgaatgaggctagtgctgacaga
ttactgacaggcgcagatttagacattgagtcttttgtcattgataaagatggttctatc
tgggtaggtgacgaatttggcccttacttactacattttgatgctacgggtaaattgtta
gatgcacccatcgccacaccagaccgcttcaagactttagatggtacagcacccgaagtt
atcggacaccggggtgcaagcggctttcgtccagaacataccctagagtcctacaagctg
gctattgaacaaggtgcagactttatcgaaccagacttggctgtgacaaaagatggtgtg
ttaattgctcgccatgaacctgctttagcggtgttgaacgctgatggtagcgttaatttc
agcaatacaaccacgaacgtttaccaaattgccaagtttagcgatcgcctaaaaacggta
aatttagatggaactgaaattactggttggtttgctgaagattttactttagcggaaatc
aaggaattacgagccatagagcgtctacctttccgtgaccagtcattcaacggtcaattt
accattcctaccctgacagaaattattgacctggtgaaacaggtagaagccgagactggg
aaaaagattggtatttatccagaaaccaaacatcctacttattttgctcaagaagctacc
tatgtagggacaacagagaagattaaccgcaatatcagtcagattctcatcgataccctc
caggctaataactttactgatcctagccggattttcatccagtcctttgaagttggcaat
cttaaagagctgcatgatgtgattatgcctcgtgctggggtcgatattcccttggtacaa
ctttttgatgccattgacgttgatattgatggtaggctcatagaaaccagaccctatgac
tttatcgttagtggtgacactcgcacctacggcgatttacgcactccagcaggcttggcg
gaaattgctgaatatgctgatggtatcggcccctggaagcggatgattgttagtgtcaga
ggtactgatgctaataatgatggacaagcagatgatgtcaatggagatggcgcagttaat
gatgctgataagactctgttaccgccaactaccttagttcaagatgctcacaatgttggt
ttgcaggttcacccatacaccttccgtgatgaagaacgttacttagcagcgaattatcaa
ggaaatccagaactagagtatcagcagttatttcaattaggggtagatgctttatttacc
gacttccccattacagcagatagagtccgtgacctattgagtctccctggaaacaatata
gtccgttctccccaaaaccctgatgtgctttcaggagatgctttagcaaatttgggtggt
tctagaggttttgaaggtggcgcaattaacgccagcaaaaccaagctctatatgcttctg
gaaggaacagtccaaggtgatcctgtaggtgcattacggctgaatgaatttgacctagca
acccgtagctatacaaataatttacgctattacaggctggaaaatcctgctcatgcgatc
ggagaaatcaccgtcattaatgacaatgagtacctagtcattgaacgagatggaggtcaa
ggcgcttcagctagattcaagaagatttacaaaataaacctgtctcaaacagatgctaat
ggctttgtagctaaacaagaaattgccgatttattaaatatccaagaccccaacgacctg
aatagagacggtaaaacaacctttgacttcccttttaccaccatcgaatctgttgtagtt
gttgacgcaaacaccattttggtcgccaatgacaacaactatccattttccgtcggtcgc
cctccagctatagataataacgaaattatcttattgaggttagagcaacccctcaatctt
gcacctggtttgggacagccacaagctacagaaattaagttcggctctcctagtagcgat
gagattacggcggaacccggtcgaatattattcacaggtgatggcgcagatacagtagat
tcccctgggaataatactatctccacaggcaacggaaatgatacggtatttgtgggcagt
gatgcttctgtctctactggcaatggtaatgatcaagtcttcattggtgtgaatggcccc
accagcaacactacagctaacggtggtaatggtaatgacgaaatcaccgtgattgaagca
gggggaagtaataacctttttggtgcagcaggtaatgacactctgcaagtcatcgaaggt
tcccgtcaattcgcctttggtggttctggtaacgacaccctcacaagtaacggtagttat
aaccgtctcaatggtggttcgggagatgacaaattattctccaatgtgaatgactctttg
tttggcggcgatggcgatgatgtgctatttgcaggtcaagccggtagtaaccgtctgagt
ggtggcgctggtactgaccagttctggattgctaatggtagtttaccaactagcaagaat
acggtgacagacttcgctgtcggtgttgacaaaattggattggggggaattggtgtcacg
caatttagtgctttgagtttggtaaagcaaggcgctgatactttggtgaagttaggcgcg
actgacttagttgcattacaaggaattacgtcaactagtctgactgtgactgactttgtt
tttgctgtcagtgtggttggttag

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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 (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (35)   

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