KEGG   Sinocyclocheilus anshuiensis: 107671075
Entry
107671075         CDS       T04917                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-1-like
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
sanh  Sinocyclocheilus anshuiensis
Pathway
sanh00562  Inositol phosphate metabolism
sanh01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:sanh00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    107671075
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sanh04131]
    107671075
Enzymes [BR:sanh01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     107671075
Membrane trafficking [BR:sanh04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    107671075
 Endocytosis
  Macropinocytosis
   Phospholipase C
    107671075
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 EF-hand_5 PH AIF-1 EF-hand_8 EF-hand_4
Other DBs
NCBI-GeneID: 107671075
NCBI-ProteinID: XP_016319407
Position
Unknown
AA seq 1782 aa
MTLSFERSPLCIDGMRTFFLASERSAMVNVASLLARRFYHVGGSVAVPQKCRLAYIVERC
MSVMQSGTQMVKLKNGSKGLVRLFYLDEHRSCIRWRPSRKSEKAKITIDSLYKVTEGRQS
DIFHRHAEGNFDPSCCFTIYHGNHMESLDLVTSNAEEARTWVTGLRYLMAGISDEDSLAK
RQRTHDQWMKQTFEEADKNGDGLLNIEEIYQLLHKLNVNLPRRKVKQMFQEADTDDQQGT
LTFEEFTVFYKMMSLRRDLYLLLMCFSEKKDHLTEEELGNFLRVEQKMSNVTPEHCADII
NKFEVSEENKQNGVLGIEGFTSYMRSPVCDVFNPQHNEVNQDMDQPLCNYFIASSHNTYL
TGDQLLSHSKTDMYAWVLQAGCRCVEVDCWDGPDGEPMVQHGYTLTSKITFKSVIETINK
YAFVNNEFPVILSIENHCSIQQQKKIAQHLKNIFGDKLDVGEALNKDPKQLPSPNSLKGK
ILIKGKRLPPYLSADAEEGEVSDDDSADEIEDDFKLKNSMSNGPCQHQVESHIRKKLDSL
MKESQIGDKEDTDSFSIRALLRATHEGLQRNLRKNSKDGMKKSQSRSFISNLKHKRHSKS
RLKCQSVETDDDRQQEPSGGQFNRGGRRRKTIKLSRDLSVLVVLTNSVASQECLDEGSPY
NVLSFSETRAQHLVHHRSERFLTFNQRQLSRIYPSAYRIDSSNFNPQTYWNVGCQLVALN
YQTDGRMMQLNRAKFMVNGGSGYVLKPGPTCKGSFNPLNDDPLPANQKKQLVIKIISGQQ
LPKPPDSMLGDRGEIIDPFVEVEIIGLPVDCCKEQTRVVDDNGFNPVWEETVSFTLHMPE
VALVRFLVWDHDPIGRDFVGQRTVAFSSLMPGFRHVYLEGMTEASIFVHITVHDIYGKWS
PLVLNPSYTIMHLLGANKGRQLRGFRSLFNKSSKSSVDTHIGVPPRKRSITDHLLRRTAS
APAKGRKKSKMPLAEVTSDRKHSTGDSQTTFVERRAGNRKALQHHPASMPLDKLLHSHLS
LSTPDREGPDPGADTIIDSFLNEKPRSVSVDLLFETYAFKEHDVHALSADHIQDCNIEPK
DTKETPYLVIEHRPADHLTGPTEQCNGGSSLRSEGSHRESCQLEAPKKNILTPKAATYSS
TSSSSSSSRTNTKSHSPRMTLPDEKSHVSLQESALSRLIDAVSLDNEYDTCGSISVLIGQ
FELTDEQSSLIPSNSQPMKYSLPPFDLLCLNNELSSTPLKVIKKSVCATSELTERPSSPK
TTEPAVFTILDEEVLSPVFTNSLCQNNFQNDLVGSPVVNQGSSPIKMPLEWSAHGNLKQS
YSSQFHSTGSCRNVEFGGYRETSINSTASDRFLLCQDFTNSSLMEVEINVDEDPLDNTLT
PLSPLHDFKSVQSLNQTSPYQVQRLEPNHLHKLSYNPSPAHSYSTDTSPFHRLYQSPHQS
LNSSTYLNNKSQPRKFKCYNDSGRFTLGDHRIDTTEGRHQETRDQNSLVSRAEHLNKSSL
SSECLAKTQGCHNLLKRDLYTPVSDYNMITVESQDSFSQPSPHNQAFPVPPPQMYNGLSP
TSSKSKSLGDLTSEDISCNFQSKYKSISRSFVTPAMKDQRRMCGLSGRPKSTDPLTEQLR
KLVTLEHEDYTHPLPSCSQPIPKPLSVLPLVSRSSADDPEDPPPFLSRRLSSRSQSRVRH
IANRARERQQEAFKHHSVEGAMEVVLRNKPVSSQNPPPNRHSTGSYIAGYLDHLGPEARG
LPEGACTSLRYGYGDRYYNDDSVLPPDFSNSSEPEVFFLLRL
NT seq 5349 nt   +upstreamnt  +downstreamnt
atgacactcagtttcgagcggtcacctttgtgtattgatggcatgagaaccttcttcctg
gcatcagagcgctcggccatggtcaacgtagcgtctcttttggcccgtaggttctaccat
gttggaggcagcgtggcggtgccacaaaagtgtcgtttggcatatatagttgagcgatgc
atgagtgtgatgcagtcggggactcagatggtgaagctgaagaacggttctaaaggtctg
gtccggctcttctatttggatgaacatcgttcctgtatccgctggagaccgtctcgcaag
agtgagaaagccaagatcaccatcgactcactctacaaggtcacagaaggtcgtcagtct
gacattttccatcgccatgcggaagggaactttgatccgagttgttgtttcactatttac
cacggcaaccacatggaatctctagacttggttacctcaaatgcagaggaagcgcggaca
tgggtgaccggactccgatatctgatggccggtatcagtgatgaggattcgttagccaag
agacagcgcacacatgaccagtggatgaagcagaccttcgaggaggctgataagaatgga
gatggtcttctgaacattgaagagatctaccagcttttacacaagttgaacgtcaacttg
cctcgcaggaaagtcaaacagatgttccaggaagcagacactgatgaccagcagggaaca
ctgacgtttgaggagttcactgtcttctataagatgatgtcgttacggcgagacctctat
ctgctgctcatgtgcttcagtgagaagaaggatcacctgaccgaagaggaactcggcaac
tttctgcgtgtggagcaaaagatgtccaatgtgacccctgagcactgtgcagacataatc
aataagtttgaagtctctgaggagaacaagcagaatggagttcttggaatcgaagggttc
accagctacatgcggagcccagtctgtgatgtgttcaaccctcagcacaacgaggtcaat
caagacatggatcagcctctgtgtaactatttcatagcctcttcccacaacacctacctg
actggagatcagctgctgtcccattccaagacggacatgtatgcttgggtcctgcaggcc
ggctgccgctgtgtggaggtggactgctgggatggtccagacggggagcctatggtccaa
cacggttacactctgacctccaagatcacctttaaatctgtcattgagaccatcaacaaa
tacgcctttgtaaacaatgagttccctgtgatcctgtccatagagaatcactgcagcatt
cagcagcagaagaagatagctcagcatctgaaaaacatcttcggagacaagctggatgtg
ggggaggctctgaacaaagacccaaagcagctccccagtccgaactccctgaagggcaag
atactcataaagggaaagcgtcttcctccgtacttgtctgcagatgctgaagagggtgag
gtgtctgacgatgacagtgctgatgagattgaagatgacttcaagctgaagaatagcatg
tccaatgggccctgtcagcaccaggtggagtcccacatcaggaagaaactagactcactg
atgaaagagtcacagatcggggacaaagaggacacggacagtttctctatccgagccctg
ctccgtgccacccatgagggcctccaaagaaacctgcgcaagaattccaaagatggcatg
aagaaatcccagagccgctccttcatcagcaacctcaagcacaagaggcattccaaatca
aggctgaaatgtcagagtgttgaaacagatgatgacaggcagcaggagccatcaggtgga
cagtttaacagaggtggaaggagaagaaaaacgataaagctgagtagagatctatcagtt
ctggtggtcctcactaactctgtggcctctcaggagtgtttagatgagggatcaccctat
aatgttctgtcgtttagtgagacacgagctcagcacctggtgcaccatcgatctgagcgc
ttcttgactttcaaccaacgacagctctctcggatctatccctctgcctaccggattgac
tccagtaactttaacccacagacatactggaatgtgggttgccaactagtggctttaaac
taccagactgatggccgtatgatgcaactgaacagagccaagttcatggtgaatggaggc
agtggctatgtgctcaaacctggcccaacgtgtaaaggctccttcaacccactgaatgat
gatccgctccctgcaaatcagaagaaacaattggtgataaaaatcattagtggacagcag
ctgcccaaacctcctgattcaatgctgggagaccgtggtgagatcattgatcccttcgtt
gaggtggagattattggtcttccggtggattgctgtaaagaacaaaccagggttgtggat
gataatggttttaaccctgtgtgggaagagactgtgtctttcacacttcacatgcccgag
gtggctctagtgcgcttcctggtttgggatcatgaccccattggacgagactttgtgggc
cagagaaccgtagctttcagcagtctcatgccaggatttagacacgtttacttggaagga
atgacagaggcatccatttttgtccatatcacagtgcatgacatctatgggaagtggagt
cctttagtcctcaacccaagctataccataatgcacttgctaggagctaataagggtcgt
cagctgcgaggttttagaagcttatttaataaaagttccaagtcctcagtggacacacat
attggagttccacctcgtaaacgatccataactgaccaccttcttcgaaggactgccagt
gcccctgctaagggccgcaaaaagagcaagatgccactggctgaagttacaagtgacaga
aagcacagcactggggactctcaaaccacttttgtagagaggagagcagggaacagaaaa
gccctccaacaccatccagcatccatgcccctggataagctcctacatagtcacctcagc
ctgtccaccccagatcgggagggccctgatcctggagctgacacaatcattgattccttc
ctcaatgagaaacccagatctgtctcagtggatctcctctttgaaacttatgccttcaaa
gaacatgatgtccatgccctttcagctgaccacattcaagactgtaacattgagcccaaa
gatacaaaagaaaccccttacctggtcattgagcacaggccagcagaccacttgacaggt
cctacagagcaatgtaatggtggcagtagcttacggagtgaaggaagtcatagagaatca
tgccagttggaagcccctaaaaagaacattctaacacccaaggcagccacgtattcctca
acttcctcttcttcctcatcttcacgaaccaacaccaaatcacactctcctagaatgact
ctgccagatgagaagagtcacgtgtccctccaggaaagtgctctctctcgccttattgac
gctgtctcattagacaatgagtatgacacctgtgggtccatttctgttctgattggccaa
tttgagctcactgatgagcagagctccctaattccatccaactcacaacccatgaaatat
tctcttcctccatttgaccttctttgtctcaacaatgagctttccagcactccactaaaa
gttatcaaaaaatctgtgtgcgcaacctcagagctaaccgagagaccttctagtcctaaa
acgactgaacctgcagtctttaccatcttggatgaggaggtgctttctcctgtatttaca
aacagcctttgtcaaaacaactttcaaaatgacttggttggttctcctgtggtcaaccag
ggatcctcgcccatcaagatgcctttagaatggtctgcacatggaaatctaaagcaaagc
tatagcagccaattccattccactggttcctgcagaaatgttgaattcggaggatacaga
gaaacctcaatcaatagcacagcctcagaccgcttcttgctgtgccaagactttacaaac
agcagtctgatggaggtggagatcaatgtagacgaggatcccttagacaacacgctgacc
cctttgagtcctcttcacgatttcaaaagtgttcaaagcttaaaccagacctccccctat
caagtacaaagacttgaaccaaatcatctccacaaactctcatacaatccctctcctgct
cactcatactccacggacacatcaccctttcacagactctaccaatctccacaccaaagt
ctgaactctagcacctaccttaataacaaatcccagccaaggaagtttaaatgttataat
gattctgggagattcacacttggtgatcacagaatagataccacagaaggaaggcaccag
gagacaagagaccagaacagcttggtcagcagggcagagcatttaaacaaaagctctttg
tcctcagaatgtcttgcaaagactcaaggctgtcataatttgttaaagagggacttgtac
acacctgtatcagactacaacatgattacagttgaatcacaagactctttttcccagcca
tctccgcacaatcaggcctttcctgtacctcctcctcagatgtacaatggactctctcca
acttcttccaagtccaagagcctgggagacctgacctctgaagacatttcatgtaacttt
cagagcaagtacaagtcaatcagccgaagttttgtcactcctgcaatgaaagaccaaaga
cgcatgtgtgggttatctggtcgtccgaagtccactgatcccttaactgagcagcttcgc
aagcttgtaacactggaacatgaagactatacgcatcccctcccctcttgttctcaaccc
atcccgaaacctctttcagtgcttcctctggtttctcggagctcagctgatgatcctgaa
gaccctccaccatttctgtcaagacgactgtcgtcccgcagtcaaagtcgtgtacgtcat
atagccaatcgtgcgcgtgagagacagcaggaggccttcaaacaccactctgttgagggt
gccatggaagtagtactccgcaataaaccagtttcctcccaaaatcctccaccgaacagg
cactctacagggtcttatatcgctggttacctggaccatctgggtcctgaggcccgaggc
ttgcctgaaggagcctgcacctcactacgctatggatacggagatcgctactataatgac
gattctgtactccctccggacttctccaactcatcagaacccgaggtcttcttcctactt
aggctttga

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (38)   

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