KEGG   Ictalurus punctatus (channel catfish): 108264778
Entry
108264778         CDS       T04658                                 
Name
(RefSeq) 1-phosphatidylinositol 4,5-bisphosphate phosphodiesterase eta-1
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
ipu  Ictalurus punctatus (channel catfish)
Pathway
ipu00562  Inositol phosphate metabolism
ipu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ipu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    108264778
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ipu04131]
    108264778
Enzymes [BR:ipu01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     108264778
Membrane trafficking [BR:ipu04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    108264778
 Endocytosis
  Macropinocytosis
   Phospholipase C
    108264778
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y C2 EF-hand_like EF-hand_7 PH_12 EF-hand_10 EF-hand_6 EF-hand_1 AIF-1 EF-hand_8 PH EF-hand_5 EF-hand_4 Fimbrial_CS1 TFIIS_M
Other DBs
NCBI-GeneID: 108264778
NCBI-ProteinID: XP_053534158
Ensembl: ENSIPUG00000014937
UniProt: A0A9F7RFB1
Position
4:complement(32773574..32828251)
AA seq 1805 aa
MWHGFGSGPEGMELFSVMAERSVVANVASLLARRLYYIGGSVAVPQKCRLAYLVERCMSV
MQSGTQMVKLKNGSKGLVRLFYLDEHRSCIRWRPSRKSEKAKITIDSLYKVTEGRRSDIF
HRHADGNFDPGCCFTIYHGNHMDSLDLVTSNAEEARTWVTGLRYLMAGISDEDSLAKRQR
THDQYPLYEQRCWMKQTFEEADKNGDGLLNIDEIYQLLHKMNVNLPRRKVKQMFQEADTD
DQQGTLTFEEFSVFYKMMSLRRDLFLLLMCFSEKKDHLTAEELGNFLRVEQKMSDVTTEF
CLDIIDKFELSEENKQKGILGIEGFTNFMRSPTCDVFNPQHNEVNQDMDQPLCNYYVASS
HNTYLTGDQLLSHSKTDMYAWVLQAGCRCVEVDCWDGPDGEPMVQHGYTLTSKITFKSVI
ETIDKYAFINNEYPVILSIENHCSVQQQKKIAQHLKEIFKQKLDLEDILNKDSKQLPSPN
SLKGKILIKGKRLPPYLSADAEEGEVSDDDSADEIEDDFKLKNSTSNGPTQHMVESQIRK
KLDSLLKESQIVDKEETDSFSIRALFRATNEGLHKNLSKTSKDGLKKSQSRSFISNLKQK
RHSKSRLKCQSVDTDDDGQETGGQFNRGGRRRKTIKLSRDLSDLVIFTNSVVSQECLDEG
PVVNVLSFSETRAQQLAHHRSERFLNFNQRQLSRIYPSAYRIDSSNFNPQTYWNVGCQLV
ALNYQTEGRMMQLNRAKFMVNGGSGYVLKPPPMCKGSFNPYSDDPLPAYPKKQLVLKIIS
GQQLPKPPDSMLGDRGEIIDPFVEVEIIGLPVDCCKEQTRVVDDNGFNPVWEETLSFTLH
MPEIALVRFLVWDHDPIGRDFVGQRTVAFTSLMPGYRHVYLEGMMEASIFVHISVHEIYG
KWSPLVLNPSYTILHFLGANKGRQLRGFRGLFSKGSKSSVDTQFGILPRKRSLSNHLLRR
TASAPAKGRKKTKMVLSETSLDKEESSNGDLKQPAIEKTVGPRMGLQHRPASMPLERLLQ
GRLTVSSSENDGPDTGASTIIDLFLEKTRSASVDLLIETEVPDDNTHRTQQWRTTEYVET
DETSYFVIGGCGETSTDVLTEPLRHSLTVQTKTPSQRPTEGHSSLLDQPDCLVNLQTEIH
QCEAPKCHKTSKAASHPFSSSSATNAISPLLPTLHQSNHQDQKSLQDSALSHLIDAVSLG
NEYDTCGSISALINQFEVTAEQNNLNLGSQPPHLSVPPMNNQLFSTPQKIIQDLSQQHVE
KDLPCSPETTESTVFTILDEQVLSPVSAYDIPEKTICKNLDKLECMSPGGSNGSPLTKIS
FGGTVEKNGGWEFHRDKSYKPQCQSSEFSKNWEYGCYKDISINSTASERFLICHDSANSS
LMEVEVNVDGEPLDTTLTLVPSRHESVQNSLYLPTSASKLSYKPTESSLFHSSSPHEPFV
SSTHQHDCPTNQSQTKHCNRSNDTISRHFKPGRYNGVTHSNRHCQTRNKNGMIFKTQHFQ
NGFSSSECLLRTQDINSQPQNCSYMPWSDCNMIYSSVEHRDTFVPPKQSSKSLQQNQALK
PTHSEIYKGIYLVGSPVPTAPSPCKSKSLGDLTSEDISCNFQSKYKVISRSFITPAMRDQ
KWMCGQANQQQASDPLTEQLRKLVTLDEVDSHSITHQLQPTPKSLSVFPPVPLNSVISSE
DSNDPPPFLSRKLSSRSQSRVRHIANRAREKQQEALKLRPAGGTPDVVLRNKAVSSQNPL
INRHSTGSYIAGYLEQVGMEDRGLPEGSCRTLCYGYHDQYYADDSVIPDNPSPPSEPEVY
FLLRL
NT seq 5418 nt   +upstreamnt  +downstreamnt
atgtggcacgggttcggatccggtcccgagggcatggaactgttctcagtgatggctgag
cgatcagtcgtggccaacgttgcttctctgctggcacggaggttgtattatattggggga
agtgtggccgtgccacaaaagtgccgtctggcttatctggttgagcgatgtatgagtgtg
atgcagtcaggcactcagatggtgaaactgaagaatggctccaagggcctggttcgcctc
ttctacctggatgagcatcgctcttgtatccgctggaggccttcccgcaagagtgagaaa
gccaagatcacgattgactcgctttacaaggttaccgaaggtcgacggagtgatatcttc
catcggcacgctgacgggaacttcgaccccggatgctgtttcaccatttaccatggcaac
cacatggattctctggacttggtgacatccaatgcagaggaagcaaggacatgggtgacg
ggactcagatacctgatggcgggcatcagtgatgaggactcattggccaaaaggcaacga
acccatgaccaatatcctttatatgagcagaggtgttggatgaagcagacatttgaggag
gctgacaagaatggagatgggcttttgaacattgatgagatctaccagctgctccacaag
atgaacgtcaacctgcctcgtcgcaaagtgaagcagatgttccaggaagctgatacagac
gaccagcagggaacactaacgttcgaggagttcagcgtgttctacaagatgatgtcttta
aggcgagacctctttctgctcctcatgtgcttcagcgagaagaaagatcacctgacagcc
gaggagcttggcaacttcctgcgggtggagcaaaagatgtctgatgtgacaactgagttc
tgcctggacatcattgacaagtttgaattgtctgaagaaaacaagcagaagggcatcctg
ggtatcgaaggtttcactaatttcatgcgcagtccaacatgtgatgtctttaaccctcag
cataatgaagttaatcaggacatggaccaaccgctgtgtaattactacgttgcttcctct
cacaatacctatctgactggagaccagctcctctcgcactccaagacagatatgtatgcc
tgggtcctgcaggccggctgccgctgtgtggaagtggactgttgggatggtccagacggt
gaacccatggtacagcatggatacaccctcacctccaaaatcaccttcaaatcggtcatc
gagaccatcgacaaatatgccttcatcaacaacgaatacccagtcatcctgtccatcgag
aaccactgtagtgtccagcagcaaaagaagatcgctcaacacctgaaagagatctttaag
cagaagctggacttggaagacatcttgaacaaggactccaaacagctgcccagtcccaac
agtctgaagggcaagatcttaattaaggggaagcgtctgcccccgtatctgtctgcagat
gccgaggagggggaggtttcagacgatgatagtgcagatgagattgaggatgatttcaag
ctgaagaacagcacatctaatggacccacacaacacatggtcgagtcccaaatcaggaag
aagctcgactcattgctgaaggagtctcagattgtagataaggaggagacagacagcttc
tctatccgagcgctgttccgagctacaaatgaggggctgcacaagaacctgagcaagact
tccaaagacggcctaaagaagtctcagagtcgatcctttataagcaacctcaagcagaag
aggcactccaaatcaagactgaaatgtcagagcgtggacacagatgacgatggacaggag
actggaggacagttcaacaggggtggtcggaggaggaaaacaataaagctaagccgagac
ctgtctgatttggtcatctttaccaattctgtggtgtctcaggagtgtctggatgagggc
cctgttgttaacgtactgtcattcagcgagacacgggcacaacagctggcgcaccaccgg
tccgaacgctttctgaactttaaccagcggcagctctcacgaatttacccctctgcctac
cgcattgactccagcaactttaacccccagacatactggaacgtgggctgccaactggtg
gccctgaactatcagacagaaggccgaatgatgcagctaaacagggcgaagttcatggtg
aatggaggaagtggctacgtcttgaaacctccacccatgtgcaaaggatcctttaatccg
tacagcgatgaccctcttccggcatatcctaaaaaacagctggtgctgaaaatcatcagc
gggcaacagctccctaaaccacctgactccatgctgggtgatcgaggggagattattgat
ccttttgtggaggtggagatcattggtcttccagtggactgctgtaaagaacagacccgg
gttgttgatgataatggttttaacccagtatgggaggaaaccctatcgttcactctgcac
atgcctgagattgcattagtacgctttctagtatgggatcatgatcctattgggcgagac
tttgtgggccagaggacagtcgcattcaccagcctcatgccaggttatagacacgtctat
ctggaggggatgatggaggcatccatctttgtccatatctcagtgcatgaaatctatggc
aagtggagtcccctagtcctcaatcccagctatacaatattgcactttctaggagccaac
aagggtcgtcagttacggggttttcggggtctgttcagcaagggctccaagtcttctgtg
gacacacaatttggtattctaccacgtaaacgctctttaagtaaccacctgctacgcagg
acggctagtgctcctgccaagggacgcaagaagactaaaatggtactgtccgaaacctca
ctggacaaggaggaaagcagcaatggggatctcaaacaaccagctatagagaagacagtg
ggtcccaggatgggcctccagcaccggccggcctccatgcctctggagaggctcctacag
ggtcggcttactgtgtcctcctctgaaaacgacggacctgacactggtgccagcactata
attgatttatttttggagaagacaagatctgcgtctgtggatctccttattgaaactgaa
gtccctgatgacaatactcaccgtacacaacagtggagaaccacagagtatgtagaaaca
gatgaaacgtcctacttcgttataggaggatgtggtgaaactagcactgatgtccttaca
gaacccctcaggcatagtttgaccgtgcaaaccaaaactccttctcaaaggcccacagaa
ggtcattcgagtctcttggatcaacccgactgtcttgttaatttgcagacggagatccac
caatgtgaagctcctaaatgtcacaaaacatccaaagcagcttcacatcctttctcttcc
tcttcagccaccaatgccatatctccccttctacccacattgcatcagtctaaccatcag
gatcagaagtcacttcaggacagtgctctctctcacctcattgatgctgtgtccctaggt
aatgagtatgacacatgtgggtccatatcagctcttattaatcagtttgaagttactgct
gaacagaataacttaaatttggggtcccaaccccctcacttgtctgttccaccaatgaac
aaccaactattcagcaccccacaaaaaattatccaagacttgtctcaacagcatgttgaa
aaagacctcccttgtagtcctgaaaccactgaatcaactgtcttcacaattctagatgag
caagtgctttctcctgtttctgcgtatgacattcctgaaaagactatctgcaaaaactta
gataaattggagtgtatgtccccaggtggcagcaacggttcccctcttaccaagatatct
tttggaggaacagtagaaaaaaatgggggatgggaatttcatagagataaaagctacaag
ccccagtgccagtcctctgagttttcaaaaaactgggaatacggttgttacaaagacatt
tcgataaacagcacagcctcagagcgtttccttatctgtcatgactctgctaacagcagc
ttgatggaggtggaggtcaatgtggatggagaacctttggacacaactttgactctagta
ccatcacgtcatgagtcagtacagaattctctttatttacccacctcagcgagcaaactt
tcatataaacccacggagtcatctttgttccatagttcatccccacacgagccttttgtc
tccagcactcatcagcacgactgcccaaccaaccagtcccagacaaagcattgtaacaga
agtaatgataccatatccagacattttaagcctggtaggtacaatggggtcactcatagc
aacaggcactgtcagacaaggaacaagaatggtatgattttcaagacacagcacttccag
aatgggttttcttcctcagaatgtcttttaaggactcaagacatcaactctcaaccacag
aattgctcctacatgccttggtctgattgtaatatgatctatagctctgtggaacacaga
gatacctttgttccaccaaagcaatcttctaagtccttgcaacaaaaccaggctttgaaa
cctacccattctgagatatacaaagggatctaccttgttggatctccagtcccaacagct
ccaagtccatgtaagtccaagagcttgggtgacttaacatctgaggatatctcatgcaac
ttccagagcaaatacaaagtcatcagtcgcagcttcatcactccagccatgcgagaccag
aaatggatgtgtggccaggccaatcagcaacaggcttcagatcccctgacagagcagctt
cgcaaactggtgactttagatgaggtggactcccactccattacccatcaattgcaacct
accccaaagtctctctcagtgttcccaccagtgccattgaattctgtcatttcctcagag
gactcgaatgaccctcctccattcctgtcacgaaagctttcctcacgtagtcagagtcgt
gtccgtcacatagccaatcgtgcccgcgaaaagcagcaggaagcactcaaattacgacct
gcagggggtactcctgatgtggtcctccgcaataaggcagtctcttctcaaaatcccctc
atcaataggcattccactggttcatatattgctgggtacttggagcaggtagggatggag
gaccgtggcctgcctgagggatcctgcaggacactttgctatgggtaccatgatcagtat
tatgctgatgactctgtgatccctgataatcccagtcctccctctgagcctgaggtctac
ttccttctaaggctttga

  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 (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (84)   

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