KEGG   Boleophthalmus pectinirostris (great blue-spotted mudskipper): 110163722
Entry
110163722         CDS       T05002                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-1-like
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
bpec  Boleophthalmus pectinirostris (great blue-spotted mudskipper)
Pathway
bpec00562  Inositol phosphate metabolism
bpec01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bpec00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    110163722
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:bpec04131]
    110163722
Enzymes [BR:bpec01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     110163722
Membrane trafficking [BR:bpec04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    110163722
 Endocytosis
  Macropinocytosis
   Phospholipase C
    110163722
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y C2 EF-hand_like EF-hand_7 PH_12 EF-hand_1 EF-hand_10 EF-hand_6 AIF-1 EF-hand_5 PH EF-hand_4
Other DBs
NCBI-GeneID: 110163722
NCBI-ProteinID: XP_020784393
Position
Unknown
AA seq 1907 aa
MKREEKLVVHVSVFPMSPFGVQAELVPQPVLPMGKTEISTEGRRVTREIGAPSLPLHTLL
TMSSRVLNRKGEPQYRRHFLTNNSIFQATLLARNIYHIGGTVAVPQKIRLPHCVERCMSV
MQSGTQMVKLKAGSKGLVRLFYLDDHRSCIRWKPSRKSEKAKITIDSLYKVTEGVQSDIF
HRQAEGSLDPACCFTIYHGNHMESLDLVTSNSEEARTWVTGLRYLMAGISDEDSLARRQR
THDQWMKQTFEEADKNGDGLLNIDEIYQLLHKLNVNLPRRKVKQMFQEADTDDQQGTLTY
EEFSVFYKMMSMRRDLFLLMMAYSERKDHLNTEELATFLRNEQKMTNVTPEFVAEIIEKF
EESTENKQRGYLGIEGFTSFMRSPTCDIFNPLHNEVNQDMEQPLCNYFIASSHNTYLTGD
QLLSHSKTDMYAWVLQSGCRCVEVDCWDGPDGEPMVQHGYTLTSKIPFKSVIETINKHAF
VNNQFPVILSIENHCNIQQQKKIAQYLREIFGDKLDIGHVLTGDSRTLPSPQSLLGKILI
KGKRLPAYLSADVEEGEVSDDDSADEIEDDFKLKSTNGNGHHQVESHIRKKLDSLLKESR
IGDKEDSDSFSIRALLRATHQGLQKNLRQGSKGVLKKSQSRSLITTLKQKRHSKSRLTCQ
SVDKEDECQERSGRDAGGQFNRYGRKRKTMKLSRDLSNLVVFTNSVASQECLNEGTPGDV
LSFSETRAQSLVNHKAEQFLAFNQRQLSRIYPSAYRIDSSNFNPQFYWNVGCQLVALNYQ
TEGRMMQLNRAKFMVNGGSGYVLKPPPMCKGSFNPFSDDPLPACPKKQLILKVISGQQLP
KPPDSMLGDRGEIIDPFVEVEIIGLPVDCCKEQTRVVDDNGFNPVWEETLSFTLHMPEMA
LVRFLVWDHDPIGRDFIGQRTVAFSSLMPGYRHVYLEGLTEASIFVHVSVHDVYGKWSPL
ILNPSFTIMHFLGTHKGNQLRGIRGFFNRSSKSSVDTNTGGLRKRSISDHLLRRTASAPA
KGRKKTKMPPSESVASISDQKNGTGATAAGGGVGEQSTSGQETGIVRRFQPRSPLIHRPM
SMPLDRLLQGQLSLCSPDAEQQETGSDSGTGGALFRRPRSSSLDVAITPTTEPISTSSKA
SVNQTDQPVGTSYLVIGREEGQKEADYVNYQANDITQNRSIMAPTRTECRFLSKPESLSH
NATLTVVPSVSSTPVVSSMSTANADTKCQRSLHDSTISRLIDAVSLDDDTCGSISALIGQ
FDTSADQRNLIQSPNCTFSIHHQTTSFLKSPFKTTSTPNNSHRTNHLRYSTPLPSNNANM
LHQKDISSPETADLEEVYTILDEEVLLPVSSSNLNQQISSRNTPVQSLAPSPTKALNNWN
SSKYIEAAGESIYEEVVDPPERMPQMDTLRSNAPLSPPLQDCYNFPTQNGYNEVEINVDE
DPLDRIMTTPKYGSPWKELTSPTKRHAIYQNNESPTKCYDPVKSYGERQQTVMNKSHLSS
SQCPSPVNTFTFREPTIHHCMQNSYRPNTSLPLHQNGYQNNQSINSESHCRDFNRNYTHN
KELNCNTNKIRNMANHEEALQYRFSSFENLTRQLAGAPNNCRDSISSPSFVSSLQNHLRY
NCMSPPPQSPPVLNPYLSSSRTNQTSLCSNKQFLEARFSLQTSLELPITQPSHKESIPPS
QAKSKSLGDLTSEDISCNFKGKYHIISRSFVTPKQNQTGVTNVDHLPMQSCDPLTEQLRK
LVTLEGDEGGRNGLDSPNHQQRNSPLFHHETSPMNVDEPPPLLTRRLSSRSQSRVRNINN
RARERQQEASRVWGGEHPNSAATSIGGVVLRNKGSMLNPPANRHSTGSYIAGYLSQIEDR
GLPEGACTSLRYGNDHYRDRYYTDDTLVPANTAESVSEPEVYFLLRL
NT seq 5724 nt   +upstreamnt  +downstreamnt
atgaaacgagaagagaagctagtggtccatgttagcgtgttcccgatgagcccttttggg
gtgcaggctgagctagttccccagccagtcctcccaatgggcaaaacagagattagcaca
gaggggaggagggtcaccagggaaattggtgcaccaagtttgcccctgcacacccttctc
accatgagctcccgagtgttgaaccgaaaaggagagccccaatatcggcggcactttctc
accaacaacagcatcttccaagcgactttgctggcaaggaatatttaccatattggtgga
acggtggctgtaccacaaaaaatcaggcttcctcattgtgtggagcgatgcatgagtgtg
atgcagtccgggacacagatggtgaagctcaaggcagggtccaaggggctggtgaggctc
ttttacctggacgaccaccgctcctgtatccgctggaagccctcacgcaagagtgagaag
gccaagatcaccattgattcgctgtacaaagtgacagagggagttcagtcggacatcttt
caccgtcaggcagagggcagtctggatcctgcctgctgcttcaccatctatcacggaaac
cacatggagtctctggatctggtcacatccaactcagaggaagctcggacctgggtcact
ggcctgcgttacctgatggctgggatcagcgatgaagactctctcgccagacgccaacga
acacatgatcagtggatgaagcagacatttgaagaggccgataaaaatggtgatggtctt
ttgaacatcgatgaaatttaccaacttctccacaagctcaacgtcaatctgccacggagg
aaagttaagcaaatgttccaggaagcggacacagatgaccaacagggcacactgacgtat
gaggagttctccgtcttctataaaatgatgtcaatgaggcgagacctgttcctgctcatg
atggcttacagtgagagaaaggaccacctaaatacagaggagctagccaccttcctgcgc
aatgagcagaagatgacaaatgtgacaccagagtttgtagcagaaatcattgagaagttc
gaggaatctactgagaacaaacaaaggggatatttgggcattgaaggattcacaagtttc
atgcgcagcccaacatgtgacattttcaaccctttgcacaatgaggtgaaccaggatatg
gagcagcctctctgtaactatttcatcgcatcctcccacaacacatacttgactggggac
cagctcctgtcgcactcaaagacagacatgtatgcctgggtcctacagtctggttgtcgc
tgtgtagaagtggactgttgggatggtcctgatggagaaccaatggtccaacatggctat
actctcacatcaaagatccccttcaagtctgtcattgaaaccatcaataagcacgccttt
gtgaacaaccagtttccagtaattctttccatagagaaccactgtaatatccagcaacag
aagaaaatcgcccagtacctgcgagaaatctttggagataaattagacattggacatgtg
ttgacgggagactccagaacgttaccaagtcctcagagtcttctgggcaagatactcatt
aaagggaagaggctgcctgcttatttgtctgcagacgtagaggagggggaagtgtccgac
gacgacagtgcagatgaaattgaggacgatttcaagctcaagagcacaaatggcaatggt
catcatcaagtggagtctcacattaggaagaagctggactctctgctcaaagagtccaga
attggagataaggaggattcggacagcttcagcatcagagcactactgagagccacacac
cagggtctgcagaaaaacctgcgccagggatccaagggcgttttgaagaaatctcagagc
aggtctctaatcactacgcttaaacaaaagagacactccaaatccaggctgacctgccaa
agcgtggacaaggaggacgagtgtcaggagcggtctgggagggatgctggaggacaattc
aacagatatggaaggaagaggaagaccatgaaactcagccgagatctctctaacctcgtg
gtgtttactaactctgtggcatctcaggagtgtctaaatgaaggtacacctggtgatgtt
ctctccttcagtgagaccagagctcagtctcttgtaaatcacaaagcagaacagtttttg
gcctttaaccagaggcagctatcccgcatttatccatcggcctatcggatcgactcgtcc
aacttcaaccctcagttctactggaatgtgggctgtcagctggtggccttaaactaccag
acagagggcaggatgatgcagctcaatcgagccaaatttatggtcaatggaggcagtggt
tatgttcttaagcctccacctatgtgcaaaggctcttttaaccctttcagtgatgatcct
ctcccagcatgccccaaaaagcagctcatactgaaggtcattagtggacagcagttgccc
aaacccccagactccatgctgggggacagaggagagattattgatccattcgttgaagtg
gaaattattggtcttccagtagattgctgcaaggaacaaacacgtgtggtggatgacaat
ggttttaaccccgtatgggaggagacactgtctttcacgctgcacatgcccgagatggct
ctggtacgttttctggtctgggatcatgacccgataggcagggacttcattggacaacgg
actgtggccttcagcagcttaatgccaggctaccgacatgtttacttagagggtctgacg
gaggcttccatctttgtgcatgtgtcagtgcatgatgtttatggcaagtggagcccctta
atcctgaatccaagctttaccattatgcactttctaggaacacacaagggaaatcaactg
cgtggcattcgaggtttcttcaaccgttcttccaagtcctctgtggacacaaacaccggt
ggccttcggaagcgctccatcagtgaccatctcctgcggcgcacggccagcgccccagcc
aaaggccgcaagaagaccaagatgcccccatccgagtctgtggcctccatctctgaccag
aagaacgggacaggagcaacagcagcagggggaggagtaggggagcagagcacttcggga
caggagacagggatagtgagacgcttccagcctcgatcccctctcatccacaggcctatg
tccatgcccttggacagacttttacaaggacagttatctctgtgctcacctgatgcagag
cagcaggagacgggctcagactctggcactggaggagccctttttaggcgtcccaggtct
tcttcactggacgttgccattacaccaaccactgaaccaatctctacatcctccaaagca
agtgtcaaccaaactgatcaaccagtggggacttcatatctcgtcattggtcgggaggag
ggccagaaagaagcagactatgtgaattatcaagcaaatgacattacccaaaacagatcc
ataatggcaccaacaagaactgagtgcagatttttgtcaaagcctgaatcattgtcacac
aacgcaacattaacagttgttccttcagtctcttcaactccagtagtttcatctatgtcg
acggccaacgcggacacgaaatgccagagatctctgcatgatagcaccatttcccgacta
attgatgctgtgtccctagatgatgacacatgtggttctatctccgctctgattggccag
tttgatacctcggcagaccaaaggaatctcatacaatcccctaattgcaccttctccatt
caccaccaaactacctcctttctcaagtcacctttcaagacaacatcaactcccaacaat
tcccacaggacaaaccatttaagatattctacaccattaccatccaacaatgctaatatg
ctacatcagaaggacatatccagcccggaaactgcagatcttgaggaagtatacactatt
ctggatgaggaagtactgttacctgtctcttcatccaaccttaaccaacagatttcaagt
aggaataccccagtacaaagcttagctccctcaccaacaaaagctcttaataattggaat
agtagcaaatacattgaagcggctggggaaagtatttatgaggaagttgttgatcctcca
gaaagaatgccacaaatggacacacttaggtcaaatgcccccttaagcccgcctttgcag
gactgttataatttcccaactcaaaatggctacaatgaagtggagataaatgttgatgag
gatccattggataggattatgactacaccaaaatatggcagcccctggaaagagctcaca
agccctaccaaacggcacgctatctaccaaaacaatgagtcacccaccaagtgctacgac
cctgtcaaatcatacggtgaacgccaacaaacggtgatgaataaatctcatttgtcatct
tcacaatgtccatccccggttaatacatttacctttagagaacctactatacaccactgt
atgcaaaactcctataggcctaatacatctctcccactacatcaaaatggctatcaaaac
aatcaatcaatcaattcagaaagccactgcagagacttcaacagaaattacacacataac
aaggaactgaattgtaatactaacaagatacgaaatatggctaatcatgaagaagcattg
cagtatagatttagttcttttgaaaatctgactaggcagttagcaggagccccaaataac
tgcagagatagcatttcatctcccagttttgtcagttcactgcaaaaccacctgaggtat
aattgtatgtcaccccctccacagtcgcctcccgttctcaacccctatctctcatcaagt
aggacaaatcagacttcattatgtagtaataagcaatttctggaggctagattttccttg
caaacaagcttagaacttcctattacacaaccaagccacaaagagtccattccccctagt
caagctaagtctaaatctttaggtgacttgacttctgaggacatctcctgcaacttcaag
gggaaatatcacatcattagtcgtagttttgtcacgccaaaacaaaatcagactggcgtc
acaaatgttgaccatttgccaatgcagtcatgtgaccccctaacagaacaacttcgcaaa
ctggtcactcttgaaggagatgagggtggtaggaatggactagactcaccaaatcatcag
cagaggaattcgccattgttccatcatgaaacaagtccaatgaacgttgatgaacctcca
ccattattaacccgccgtttgtcttctcggagccaaagccgagtgcgtaatatcaacaac
cgtgcccgtgaaaggcaacaggaggcttccagggtgtggggaggtgaacatccaaacagt
gccgccactagtataggtggtgtggttttaagaaataaagggtctatgttgaacccacca
gccaaccgacactccactgggtcatacatagcgggttacctcagtcaaatagaggacaga
gggcttcctgaaggagcttgtacatctttgcgttatgggaatgatcactatagggatcgc
tactacacagatgatactctggtaccagccaatactgcagagtctgtgtctgagccggag
gtgtactttctccttcgactatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (79)   

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