KEGG   Chondrocystis sp. NIES-4102: NIES4102_22490
Entry
NIES4102_22490    CDS       T05085                                 
Name
(GenBank) putative glycerophosphoryl diester phosphodiesterase
  KO
K01126  glycerophosphoryl diester phosphodiesterase [EC:3.1.4.46]
Organism
chon  Chondrocystis sp. NIES-4102
Pathway
chon00564  Glycerophospholipid metabolism
Brite
KEGG Orthology (KO) [BR:chon00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    NIES4102_22490
Enzymes [BR:chon01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.46  glycerophosphodiester phosphodiesterase
     NIES4102_22490
SSDB
Motif
Pfam: Phytase-like GDPD PhoX
Other DBs
NCBI-ProteinID: BAZ45230
UniProt: A0A1Z4RS15
Position
2546304..2550230
AA seq 1308 aa
MTNQIIGFTSLPADTFADGTPAGGNDGEGKPIDANGRTGPFDGQPVQGFSGVQFAPDNTG
SFWFLSDNGFGTKENSSDYLLRIYQADPNFRGVENGDGNIAIENFIQLADPDNLIPFDIT
NQDSPERLLTGSDFDLESLSIDSNGDIWVGDEFGPYLLHFDSEGKLFEAPIATPNITNLN
TLEGQDPLVIAHRGASGILPEHTLEAYKVAIAQGADFIEPDLVSTKDGVLIARHEPILDD
TTNVAEIFGEERMSTKILDGEEVTGYFAEDFTLEEIKQLRAVQPREFRDQEFNGAFEIPT
FAEVIELVQQVEAETGVKVGIYPETKHPTFFEQQGLSLEEPLIKTLKETGFTDSNRIFIQ
SFEFQNLIELQAMLDAEGLGDIPLVQLYGDTTKDASPEDGFSVPYDIRYNLEQGNDLAAI
YGQDFVEAVENGLSASTTYKDLDSAEFLQLISDQYAEGAGPWKNNILLRESIDTPVDGDG
DGEAEITTQLTGEISPFIDDAHAAGLQVHPYTHRNEERYLTLGADGTPQTPEKELEQLIE
IGVDGFFTDFPATGVAVVDSVTGELVRSPENPDLGEELPNLDTSRGFEGMAYSPDRQTLY
PFLEGKVAGDPEDALRIYEFDVASGSYTDLVGYYPTTDGNPIGDFTPINDHEFLVIERDN
NQGQEAQFKKIFKVDLSQVDENGFVAKEEVVDLLNLDDPEDLNGDGQTTYDMPFVTIENV
VVVDENTILVANDNNYPFSQGREGDIDNTEAVLINLEQPLNLDPNLGGNPITSTPITNTG
DTEQPSQMKGLNGYQVDPIFTVGEEVNGYTPPGILDGLGAFTLDDDTIRVLANHEFSADL
GYSYTLANGAELTGARVSYFDINKETLQLEASGLAYDKIINRAGEEVNEASDLEFEGIDR
TCSAHYIEAEQFGEGRGLKDSLFFTGEETNGGTEFVLDPATNTLHAVPWMGRAAWENVTE
LDTGTTDKVAFLIGDDREAAPLLMYVGEKDCSCDANLLERNGLVGGKLYTWVADNALADT
PTFTNEDGEIVDDDSAPDPSGFNGTGNSQTGSWVELDYYRPDLAASAVDTNDDGDIQDEL
GYDEQGFATQAQQDELFIAAGGFQFSRPEDVATNPEDGTQAVLASTGRGNRFAEDNWGDT
YKIDTEFSESGDPLIGKIDILYDGDDAGKGQFPDSDFGLRSPDNLDWAEDGYIYVQEDRA
TAEDEQFGGTSGEEASIWRIDPLSGQLTRVAQMDRSALPQGQTDPEPNDLGNWESSGILD
VSNLFDQDPGSLFIFGVQAHSLEDGIIAEADLVQGGQLAFLNSETHSM
NT seq 3927 nt   +upstreamnt  +downstreamnt
atgactaaccaaataattggttttacttctctaccagcagatacttttgcagatggtaca
cccgcaggaggtaatgacggtgaaggaaagccaatagatgccaatggtagaacgggccct
tttgatggacaacctgttcaaggttttagtggtgtacagtttgctcccgataatacagga
tcattttggtttctatctgataatggttttgggacaaaagaaaatagtagtgactatcta
ttacgcatctatcaagcagatcccaattttcggggagtagaaaacggtgacggtaatata
gctatagaaaactttattcagttagccgatcctgataatttaattccttttgatattact
aatcaagatagcccagaacgcttgctaacagggagcgactttgatctagaatccttaagt
atcgattccaatggcgacatctgggttggtgatgaatttgggccctatctattgcatttc
gactccgaaggtaaattatttgaagcacctattgccactcctaatattaccaatttaaat
accctagaaggacaagatccattagtaattgctcatcgtggtgcaagtggtatattaccc
gaacataccttagaagcatataaagtagcgatcgctcaaggggcagattttattgaacct
gatttagttagcactaaagatggggtgttaatagctcgtcacgaacccattcttgatgac
actactaatgtcgccgagatatttggtgaagaaagaatgtctaccaaaatcctagacgga
gaagaggtaacaggatatttcgccgaagatttcactttagaagaaattaaacagttaaga
gcggttcaaccacgggaatttcgcgatcaagaatttaatggtgcgtttgaaattcctacc
ttcgccgaagttattgaattagttcaacaagtcgaagccgaaacaggggtaaaagttggt
atttatcccgaaactaaacatccgaccttttttgagcaacagggcttatctttagaagaa
ccactaattaaaaccctcaaagaaacagggtttaccgatagcaatcgcatttttattcaa
tcctttgaatttcaaaacctcattgaacttcaagcaatgctggatgctgaggggttaggg
gatatccctttagtgcaactttacggtgatacaactaaagatgctagtcctgaagatggt
ttttccgtaccctacgatatccgttacaacctcgaacaaggtaatgatctagctgctatt
tacggtcaagatttcgttgaggcggtagaaaatggtttatcagcaagtactacttataaa
gatttagatagtgccgaatttttacaacttatcagtgatcaatacgccgaaggtgcagga
ccctggaaaaacaatatcttattacgtgagagtatagataccccagtcgatggcgatggt
gatggtgaagctgaaattaccacccagttaacaggtgaaataagcccatttatcgatgat
gcccatgctgctgggctacaagttcatccctacacccatcgtaacgaagaacggtatcta
accctaggggcggatggcacaccccaaaccccagagaaagaactagaacaactgatagaa
ataggtgtcgatggattttttacagactttccagccactggagtagcagtagtagattcg
gtaacaggagaactagtgcgatcgccagaaaatcctgatttaggcgaggaattacctaat
ttagacacatcacgcggttttgaaggaatggcatatagcccagaccgtcagaccttatat
cctttcctcgaaggcaaagtagctggtgatcctgaagatgccctacgcatctatgaattt
gatgtggcatctggcagttatacagatttggttggttactatcccaccaccgatggtaat
cctattggtgactttacccccattaacgaccacgaatttctagtgatcgaacgggataac
aaccagggacaagaagcgcaatttaaaaaaatctttaaagtcgacctatctcaggtagat
gaaaacggttttgtagccaaagaagaagttgttgacctacttaatcttgacgaccccgaa
gacttaaatggcgatggtcagactacctatgatatgccctttgtaaccattgaaaatgtc
gtggtcgttgacgaaaacaccatcttagttgccaacgataacaattatcccttttctcaa
ggtagagaaggcgatatcgacaataccgaagcagttttaatcaatttagaacaaccctta
aatcttgaccctaatcttggaggtaatcccataacatcaacacccattactaatactggc
gataccgaacaacctagtcaaatgaaaggtttaaatggttaccaagtagatcccattttt
accgttggtgaagaagtaaatggctatactcctcctggtattctagacggtttgggagca
tttactctagacgacgatactattagagtattagcaaaccacgaatttagtgcagattta
ggttatagctatacattggctaatggtgcagaattaactggggcgcgagttagttatttt
gatatcaataaagaaactctacaattagaagcttctgggttagcttacgacaagattatt
aatcgtgctggggaagaagtaaacgaagcatcagacctcgaatttgaaggtatcgatcgc
acttgttctgctcattatattgaagcggagcaatttggcgaaggtcgtggcttaaaagat
agtttgttttttactggggaagaaaccaatggtggtactgaatttgtactagacccagct
accaatactcttcatgctgtgccttggatgggtcgcgctgcttgggaaaatgttactgaa
ttagatacaggtacaaccgataaagtagcatttttaattggagatgatcgcgaggctgca
cctttactcatgtatgtcggtgaaaaagattgtagttgtgatgccaacttgctagaacgt
aacggtttagttggcggtaaactctatacttgggttgctgataatgctttagcagatact
cctacttttactaacgaagatggcgaaatcgttgatgatgatagcgcaccagatccatct
ggttttaatggtactggtaatagtcaaactggtagctgggttgaattagactattatcgt
cctgacttggctgcttcggcggtagatactaacgatgatggggacattcaagatgaactt
ggttacgatgaacagggttttgcaactcaagcacaacaggatgaattatttatcgctgct
ggtggtttccaattctcacgccctgaagatgtagccactaatcccgaagatggtacacaa
gcagtactagcttctactggtcgtggtaatcgctttgcagaagataattggggtgatacc
tataaaattgataccgaatttagtgagtctggcgatcctttaattggcaaaatcgatatt
ctttatgatggtgatgatgcaggaaaaggtcaatttccagattccgactttggtttacgt
agccccgataacttagattgggcagaagatgggtatatatacgttcaagaagaccgtgca
acagcagaagatgaacaatttggtggtacatctggcgaagaagcttctatttggcgtata
gaccctctttctggtcaattaacacgtgtggctcaaatggatcgttcagctttaccccaa
ggacaaactgatcctgaacctaatgatcttggtaattgggagtcatcgggtattcttgat
gtttctaatttatttgatcaagatcctggaagtctatttatcttcggtgttcaagcccat
agtttagaagatggtatcattgccgaggctgatttagtccaaggtggtcaattagctttc
ttaaatagcgaaacacattcaatgtaa

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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 (23)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (40)   

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