KEGG   Emiliania huxleyi: EMIHUDRAFT_248696
Entry
EMIHUDRAFT_248696 CDS       T02915                                 
Name
(RefSeq) hypothetical protein
  KO
K19006  phosphatidylinositol phospholipase C, eta [EC:3.1.4.11]
Organism
ehx  Emiliania huxleyi
Pathway
ehx00562  Inositol phosphate metabolism
ehx01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ehx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    EMIHUDRAFT_248696
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ehx04131]
    EMIHUDRAFT_248696
Enzymes [BR:ehx01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     EMIHUDRAFT_248696
Membrane trafficking [BR:ehx04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    EMIHUDRAFT_248696
 Endocytosis
  Macropinocytosis
   Phospholipase C
    EMIHUDRAFT_248696
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y Beta_helix Filamin Adeno_E4_34 EF-hand_6 EF-hand_7
Other DBs
NCBI-GeneID: 17255859
NCBI-ProteinID: XP_005762136
JGI: Emihu1_248696
UniProt: R1BJP2
Position
Unknown
AA seq 2446 aa
MTSCAVVSIEGGPTCASNPPLLEGAVDFACVVKEVFQPVSAGRAFVLQGEAGRCTQEYIE
INGRKYCGDDAPVRVAPRDGVIRWVWHGSGRASGWELCWAGDGTPGGDCWGCEELEEALM
AQLGSGGRRTILITFSPGARITLRRQLSVGHGANVSIVSPSGDAVIEAESGASLITVEPH
ATLIVEGVTLTHIDGDSDDDELVGRGAESEDNLGRPMQEPEVGGAIFVRAGASLMLRHCT
VADMHGSYGGGIAVKGRALVIDSSFTGCRAWQGGAIYTDGDSANATLIRSRIHDCIADTG
GAIYVGVGGRAQLFDSNISECKAAGDGGAIASFSRLVVTRGSISQCHASSGGAIAARHEP
ENQLGGPGGELGGPDGEVGGPDGEVGGPDGEAAPSDRDAHLNINNVSISSCTAGRGGALF
LSAVVGRMRSCHIKGCTALTQDEAAARGGGMFVEKMSDLDIEQSRFSDCRAAGEDAIGGG
LDVSTRGANVRLSGSIFEGCSSDGAGGAISIRHGAMLSARHCSVLDSHAAGGPGGALLAE
ERARGPNGDRARAALADLSLSGCRGTAGGRREDARGAAIYVGTGAEVSLTKADVVHECGE
GPILEAQGSGELTVRGLNVSMSGCQDGDPSAALLVPLDTCGDKHFRTAGASKASSMCAEG
ATCVDVVAFAARRNLPGEISAHCRFPVGCRADPNKEDVGPELAPYEQGCLTSLTSRLQAV
QDGFSVDLVKDSAKATVETIQASLFTQGSDWLKAESGNYTWEILPGLPRWVINTTTGGEI
ESELLHKSILIPLYLDPTNLREGETHKADLRVRVVTATAETFSIPIRANVFAEPAMLQLE
PRDSTSRGLVGESQEFEITARDQGGLELAHDVLKPSPGPTRMWEMHYNVSGLAEEDQDKI
DVQFDHQQLGSYIVTVTPAIAGDYNISVVLRSANESVQMAEPIEIRAHGRSVPPLPPAAS
QVSKGLLAAIIVLACSFVIALIAFRVRAYCTRRRLRPTEISARLLQIMDVNIRWVFRRMR
GRLRTLWSLLYTAPEWAVGRWVICSTTTLRALCWLQFAFRALPVVEAVAASVDMASLVSN
CSSFTPVHADQATAERFVLWASVVDAAYCTLAALVEFAFFQRVFRGHSTPDLMLAAVVTM
LVSFGFFLTGVVAKRRMDDGDLVLRPSEHGLLPDTAVTATVSASVAVSVVFGLFGLRMRY
EYDWRALSRYGLEPKMFKRYHLARLFWATLALDTSAGLFFACSIAGNSVMTHDLRMCSDN
EYPVDRAIPGLAVAGASLMLHALFDALLFMFARREQGNASRLLLALGLLSPVGGVAFSFL
EVPFIYQPSGAESVLVYRSACDLAIALTIVATRLLLLRLWHWLRQRVFGRNIMPSIANAR
RDAILRLVGPLNLEPQYLDAIRHAARGQKVLLTIETVIPSPTWEAPVAAHVSVGGDVPDS
APASLGPADLERASRAAAASLGLAEPTSAAARLSDGRSSLPTHHDVSRLRRRMAERYMIL
SPHTGRLRWSYTGYIGVEQVLEIGCHAIRDTATVFGGTGTGFEHVMDGIRVGQRHHSGDG
VGEIFHNKQRPTSSSERSNPQPRRMWSRDKSLSFKMQLPGTISGATRHLIFVVCLGIHGS
IMRLWIECADDRHAQMWLDGLSVALQLWPRVQANPSELQWLRDVFDAADVDKTGLLVYTE
FDQLLGAANMDGDYERASLEGALNEAECSDSQSEGFAKPLNFTQVANLLLQLQMRYDDEL
ADVFMRYCDTPTAVTSPSAGPGHVQEAFMTLDGWMEFWREEQDGTEGSMSAVEARAAYEA
YCYERHMAERVRRGAATPARPEISLVEFHKLLQFAANHAIDPRKVAPLSDEELRHPLAHY
WINSSHNSYLVGNQLTSRSSSEMYRRILLEGGRCVEIDITDGADGDPEVTHVHSFTSRLK
FGEVIKAVRAEAFSSSQLPVIISIEMHCGQEQQQRCADLLYRTFGDALVLPEEISELSLT
PFDLRGRLIIKGKPASRIRRRHPGVAQSSSYESIVSGRSLLSERPGGRSGRSAAESGDLA
EHPAMPPSPEESQAVGRGGRRLPSIALRTYRKAMTRLSAPYQLAKKAHGVERYVDPAMAR
VTAMRAFRLSDSPTSWALPVVSIVEGKVESMDQGNEEFAWDFSSTLCRAYPGRSRLTSDN
MDPLTAWRLGIHMVALNHQTNDLPLQLNRALFALGASQGYLLKPPEMRRGESWPPHRKTL
RRVSLKVLTINRLPTRREHRPRKSSAAHHAYESELSGTPTPPNPAGAVQSPIVQIELHAI
GGFSCVSPTLPVPQRTAQRIRVHRRHTNAHIHCLAAEPDTTFLHVAVLDGETLVAYEAAV
LSTLRPGYRCVPLRDPQGTPIDLCNLIVHIEIGEEPHVWAEVQELRAELARKAEALEELE
AELAAVRRRDGAASGARAPLLSSPGRHAYVSSALAASASVVRAYEV
NT seq 7341 nt   +upstreamnt  +downstreamnt
atgaccagctgcgccgtcgtcagcatcgaaggcggtcccacctgcgcgtcgaatccaccg
ctcctcgaaggagctgtcgactttgcgtgtgtggtcaaggaggtgtttcaaccagtgagt
gccgggagagcatttgtgcttcagggtgaagccgggcgttgcactcaggagtacattgag
atcaacggcaggaagtattgcggcgacgacgcgccggttcgtgtcgcgcccagggatggc
gtgatacgctgggtttggcacggcagcggacgcgcgagcggctgggagctctgctgggca
ggagatggtactccgggaggagactgctggggttgcgaagagctcgaggaagcgctcatg
gcccagctaggttcgggaggcaggcggacgatcctgatcacgttctctcctggtgcccga
atcactttacgccggcagctgtcggtgggacatggtgctaatgttagcatcgtcagcccg
agcggtgacgctgtcatcgaggctgagagtggcgcaagcctcatcacggtcgaacctcat
gcgacgctgatagtcgagggcgtgacgttgacacacatagacggcgattctgacgatgac
gaacttgtgggcagaggagctgagagcgaggataatctcggcaggcccatgcaggaacca
gaagttggaggcgctatctttgtgcgtgctggcgcatccctaatgctgcgtcactgcacc
gtcgcagacatgcacgggtcctatggtggcgggattgctgtcaagggacgagctctcgtc
attgactcctccttcactggctgccgagcgtggcaaggaggtgctatttacaccgacggt
gattcggcaaacgcgacgctcattcgaagcaggatacacgattgcattgcagacacgggt
ggcgccatttatgtcggcgtcggcgggcgagcacagctattcgactccaacattagtgaa
tgcaaagcagcgggggacggtggcgccatcgcctcgttctcacgcttggtggtcaccaga
gggtcgatctcacaatgccacgcgtcaagcggcggggccatcgctgcgcggcatgagccg
gagaaccagctcggagggccaggtggcgagctcggagggccagatggcgaggtcggaggg
ccagatggcgaggtcggagggccagatggcgaggccgctcccagcgatcgagatgcccac
ctcaacataaacaacgtcagcatctcaagctgcacggcaggcagaggtggcgccctcttc
ctgtcagcagtcgtcggacgcatgcggagctgccacattaagggctgcaccgcgctcacg
caagatgaggctgcggcgaggggcggtggcatgtttgtggagaaaatgtcagatttggac
atcgagcagagccgcttctctgattgccgggcggccggtgaggacgccattggcggcggg
ctggacgtgagcaccagaggtgccaacgtgaggctaagcgggagcatctttgagggatgc
tcatccgacggcgcgggcggcgcaatatctatccgtcacggtgctatgctaagcgcccgt
cactgcagcgtactcgactctcacgctgcaggtggtcctggcggtgccctgttggccgag
gagagggcgcgaggtccgaatggcgacagggcgcgagcggctctggccgacctctccctg
tcgggatgccggggcacagctggcggaagaagggaagacgcacgtggcgccgctatttat
gtcggcacgggagcggaggtctcgttgaccaaggctgacgtggtccatgagtgcggggag
ggtccaatcctcgaggcgcaagggtcgggggaacttacggttcgcggcctcaacgtgtcg
atgtccggatgccaggacggcgacccaagtgccgccctcctggtgccgctcgacacatgc
ggcgacaagcactttcgcacagcaggggcgtcgaaggctagttccatgtgtgcggaggga
gcgacgtgcgtcgatgtcgtcgcgtttgccgccagacgcaatttgccaggagagatttcg
gcgcactgccggtttccggttggctgccgggcggatccgaacaaggaggatgtcggccct
gagctcgccccttatgaacagggctgcctcacgtcgctcactagccggctgcaagcggtg
caagacggcttctctgtcgacttggtcaaggactcggcaaaggccacggtagagaccatc
caggcctccctcttcacgcagggtagcgactggctcaaagcagaaagcggcaactatacc
tgggagatcttgccgggccttccgcgctgggtcattaataccacaacgggcggcgagata
gagagcgagctcttgcacaagagcatcctgatccccctctacctcgatcccacgaacttg
cgagaaggagagacccacaaggccgacttgcgcgttcgggtggtgacggcaacggcggag
acattcagcatccctatccgcgcgaacgtctttgcggagccggcgatgctgcagcttgaa
ccgcgagactcgactagcagaggccttgtcggcgagtcgcaagagtttgagatcaccgcg
cgagaccagggcggcctcgagctcgcgcacgatgtcttgaagccgagtccgggtccgaca
cgcatgtgggagatgcattataatgtgagcggactcgccgaggaggaccaggataaaatc
gacgtgcaattcgaccaccagcagctaggcagctacatcgtcacggtgactccggcgatt
gcaggcgactacaacatatcagtcgtgctgaggtcagccaatgagagcgtccaaatggca
gagccgatcgagatccgtgcgcacggtaggtcggtcccaccgctccctccagcagccagc
caggtgtcaaagggcttgcttgccgcgattatcgtactcgcatgcagctttgtcatcgcg
ctcatagccttcagggtgcgggcctactgcacacggcgcaggctacgtcccaccgagatt
tcggcgaggttacttcaaatcatggacgtgaacattcgatgggtgttccgccgcatgcgc
ggcaggttgcggacgctttggtctctcctgtacaccgcgccggagtgggccgtcggccgg
tgggtcatctgcagcacgacaacgctgcgggcgctttgctggctccaatttgcgttccgc
gcactacctgtggtcgaggcggtcgctgcgtctgtcgacatggcctctctggtgagcaac
tgcagctcattcacgccggtgcatgcggaccaggcaacggcggagcgatttgtcctgtgg
gcgagcgtcgtcgacgccgcctactgcacgctcgcggcactcgtcgagttcgcatttttc
cagcgtgtgtttcgcgggcattccaccccggacctgatgctggctgccgtggtgacgatg
ctagtgagcttcggcttcttcttgacgggcgtggtggccaagcgtcgtatggacgacggc
gatcttgttctccggccgtctgagcatggcttgctacccgacacggccgttaccgccacc
gtctcggcctcggtcgccgtcagcgtcgtctttggcctctttggcctgcgcatgaggtac
gagtacgattggcgcgccctctcgcgctatggccttgagcccaagatgttcaagcgctat
catcttgcgagactcttctgggcgaccctcgcgctcgacacttcggccggcctgttcttt
gcgtgcagcatcgccggaaacagcgtcatgacgcacgatttgcggatgtgcagcgacaac
gaataccccgtcgaccgcgccatcccaggacttgcggtcgccggcgctagtctcatgctg
cacgcgctgtttgatgcgctcctcttcatgtttgcgcggcgcgagcaggggaacgcctcc
cggctgctgcttgcccttggactactctcgccagttggtggcgttgccttcagcttcctc
gaggtgcccttcatctaccagccctctggggcagagtcggtcctcgtgtaccgctctgcc
tgcgacctggccatcgcgctcaccatcgtggccacgcggctgctgctgttacggctatgg
cactggctgcggcagagagtgtttgggcgtaacatcatgccctccatcgccaatgcgcgc
cgcgatgcgatactgaggctcgtgggcccgctcaacttggagccgcagtacctcgatgcc
atccggcacgccgcgcgtgggcagaaagtgctcctgaccatcgagaccgtcatcccttca
cccacctgggaggcgcctgttgctgcccatgtgtccgtcggtggcgatgtccccgactcc
gcgccggcctcgctcggccctgccgatctcgagcgagcgagccgagcggccgcggcctcg
ctcgggcttgccgagcccacctctgccgccgcccggctctctgatgggcgctcgagcttg
ccaacgcatcacgatgtgagccgcctccggaggcgcatggcggagcgttacatgatcctc
tcgccgcacactggccggctccgctggtcttacaccggctacatcggggtagagcaggtg
ctcgaaattggttgccacgccatccgcgacacggccactgtctttggtggcaccggcacc
ggctttgagcacgtgatggacggcattcgggtgggccaacggcaccattctggcgacgga
gtgggagagatcttccataacaaacagcgcccgacctcatcttcggagcggtcgaatccg
cagccacgaaggatgtggagccgcgacaagtcgctctccttcaagatgcagctgccaggc
acaatttcgggtgccacgcgccacctcatctttgtcgtgtgcctgggcatccacggctcg
atcatgcgactgtggattgagtgtgcggatgatagacacgcgcaaatgtggctggacggc
ctcagcgtggccttgcagctgtggccgcgcgtgcaggcaaacccatcggagctgcagtgg
ctgcgcgacgtctttgatgcggcagacgtcgacaaaacagggctgttggtgtacactgag
ttcgaccaactgctgggtgcggcaaacatggatggagattacgaacgcgcctcgctcgag
ggcgcgctgaatgaggcggagtgctccgactcgcaatccgagggctttgccaagccgctc
aactttactcaagtggccaacctcttgttgcaactgcagatgcggtatgacgacgagctc
gccgacgtctttatgcgctactgcgacacgccgaccgcagtcacatcgccatcggctggg
cccggtcatgtccaggaggcgtttatgacgctcgacggctggatggaattttggcgcgag
gagcaggatgggacagaggggagcatgtctgccgtcgaggctcgcgcggcgtacgaggcg
tactgctacgagcgccacatggcggagcgggtgcgacggggcgctgcgacgccagcccgc
cccgagatttcgctggttgagttccacaagctgcttcagttcgctgccaaccacgccatc
gacccgcgcaaggttgccccgttgagcgacgaggagctacgccacccactcgcgcactac
tggatcaattcgtcgcacaactcgtacctggttgggaaccagctgacgtcgcgctcatcc
tcagagatgtaccgacgcatcttactcgaggggggccgctgcgttgagattgacatcacc
gacggcgccgacggcgaccccgaggtgacgcatgtgcattccttcaccagccggctcaag
tttggggaggtgataaaggctgtgcgcgcggaggccttctcgagctcacaactgccggtc
ataatctcgatcgagatgcattgcgggcaggagcagcagcagcggtgcgcggacctactc
tacagaacctttggggacgcactggtccttcccgaggagatctccgagctgtcgttgacg
ccgtttgacctgcgcggccgcctcattatcaagggcaagcctgcaagcaggattcgtcga
cgccatccgggcgtcgcacagagctcatcgtacgagagtatcgtctcgggccgctcgctc
ctctccgagaggccaggggggcggtcagggcgcagcgctgcggagagtggcgacttggcg
gagcacccagccatgccaccatctccagaggagtcgcaggcggtgggccgtggcgggcgg
cgcctcccctccatcgcgctacgcacgtaccgcaaggcgatgacccgcctgtcggcgccg
taccagttggccaagaaggcgcacggcgtcgagcgatacgtcgacccggccatggcccgc
gtgactgcgatgcgggcgttcagactgagcgacagccccaccagctgggcgctgcccgtg
gtgtccattgtcgagggcaaggtggagagcatggaccaggggaacgaagagtttgcctgg
gacttctcgagcaccctatgccgtgcctacccggggcggtctcggcttacctctgacaac
atggacccgctgaccgcctggcggcttggcatccacatggttgcgctcaatcatcagacc
aacgacctaccgctgcagctcaatcgtgcgctctttgcgctcggtgcgtcacagggctac
cttctcaaaccgcccgagatgcgccgcggcgagagctggccgccgcaccgcaagacgcta
cgccgtgtgagcctcaaggtcctcaccatcaatcggctacccacacggcgggagcaccga
ccgcgaaagagctcagcggcgcaccacgcgtacgagagcgagctcagtggcacacccaca
ccgcccaatccggcaggcgccgtccagagcccgatcgtgcagatcgagctgcacgccatc
ggcggattcagctgcgtcagcccgacgctgccggtgcctcaaagaacggcgcagcgcata
cgagtgcaccgccgccatacgaatgcgcacatccactgcctcgctgctgagcccgacacg
acgttcctccatgtcgcggttctcgatggcgagacgctcgtcgcctacgaggcggcggtt
ctgagcacgctgcggcccgggtaccgctgcgtccctctgcgcgatccgcaggggacgccc
atagacctgtgcaatctcatcgtgcacattgagattggcgaggagccgcacgtctgggct
gaggtgcaagagctccgcgccgagctcgcacggaaggctgaggcgctggaggagctcgag
gcggagctagcggccgtgcggaggcgcgacggcgccgcttcaggggcgcgcgcgccactg
ctgagcagccctggcaggcatgcctacgtcagtagcgcgctagcggctagcgcctccgta
gtgcgggcgtatgaggtgtag

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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 (86)   
   KEGG ORTHOLOGY (1)   
   RefGene (81)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (114)   

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