KEGG   Alligator mississippiensis (American alligator): 102565045
Entry
102565045         CDS       T03087                                 
Symbol
PLCE1
Name
(RefSeq) phospholipase C epsilon 1
  KO
K05860  phosphatidylinositol phospholipase C, epsilon [EC:3.1.4.11]
Organism
amj  Alligator mississippiensis (American alligator)
Pathway
amj00562  Inositol phosphate metabolism
amj01100  Metabolic pathways
amj04020  Calcium signaling pathway
amj04070  Phosphatidylinositol signaling system
Module
amj_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:amj00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    102565045 (PLCE1)
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    102565045 (PLCE1)
   04070 Phosphatidylinositol signaling system
    102565045 (PLCE1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:amj04131]
    102565045 (PLCE1)
Enzymes [BR:amj01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     102565045 (PLCE1)
Membrane trafficking [BR:amj04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    102565045 (PLCE1)
 Endocytosis
  Macropinocytosis
   Phospholipase C
    102565045 (PLCE1)
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y RasGEF RA C2 EF-hand_like GDPD
Other DBs
NCBI-GeneID: 102565045
NCBI-ProteinID: XP_019339799
Position
Un
AA seq 2305 aa
MTSEEKAASVLVSVAQGKVISDQSAGDENSENALDTNVIKRHIASQGRQTTHSLSYLHRL
EEENLRGSLPKIFSLANEKMNDNRSNENLWERNACIPGSVEFLNINCNIIEKSSKNSIPC
NQLYKSCDSLVGEDMCLETGISTSMERTMFAEIQLKMDGPSVEMKSLRNQSIVNKSDTDD
ADNVAVFHFHYANERNISRALCALHNSFILDDHLQPVDLGKDHMSDSASCTCKLMELASN
SKYKNGQMLCGNFDPLKDKYLCLGRARKVKVACSDHSFCGNNFTGRMLSKPFLSHFEDCS
DDCDEELEEDFFRNKKERSTLLIRRFCKNDKEVKKSVYTGTRAIVRTLPSGHLGAIAWNF
VEQRRNNNGLKHCRSTTESLTIVQALIRQKCNSHLVKSIWCEIFSAVREEEEAGDTLKYF
PYPLRKLPTLNTVCRCKDDGYCVKTCVQGAHFQYRTTLHRTSLSNSITGALLEATTLLGA
RSGLLNILGGSTGRAMLKERQPCTSMAGSNAVPSNVAGISKELIELQHLIQFPEEVASIL
TEQEQDLYRKVLPIDYLCFLTRDLGNAECHSKLPCIKDSISMTILSSQNGEHNAVEDLVT
RFNEVSSWVTWLILTAGSMEEKREVFSYLVHVAQCCWNMGNYNAVMEFLAGLRSRKVLKM
WQFMDQSDIEIMRSLKDAMAQHESSSEYRKVVNRALNIPGCKVVPFCGVFLKELCEVLDG
AASLIRLCPQYNSQDETLEFVSDYNGQDNFLQRIGQDGLNNPEKESTANSIFQTIRSCNR
SLESEDGEDNFSEGSNSRKNSLKDKTRYQFIIGDISDSESDIFEQLKEWETNTTEEQQKA
FSHGIELIPWYVLSIRADVHQFMLQGATVIHYDQETHLSARCFLQLQPDNSTLTWIKPTT
ACPANTKAKLGIPVSTAELGKFQFLGNTGLNALVEGSLDMFLIKAVYMGHPGIDMHTMCV
QNKLCGMSLEENGVTLLYGLQTTDNKLLHFVAPKYTAKILYDGLLELTKAVRKMRKFPDQ
RLQWLRKQYVSLYQEDGRFEGPTLAQAVELFGGRRWSARNTSTGLTKSTEKPNMQRNNTL
GITTAKKKKKVLMRGESGDATDDEMATRKTKSYKEYRNRSGSDPQDIEEQEELDQNIMIN
ASTSNTLPSRRAQSLTASGSPNLVIAAPSPVRPVSSPVMSSASKSQSSTWSSSSWHGRVK
GGLKGFQNFMVSDSNMSFVEFVELFKSFSVRSRKDLKDLFDVYAVPCNRLGSDSTPLYTN
LKIDENTSGLQPDLDLLTRNVSDLGLFIKSKQQLSDNQRQISDAIAAASIVTNGTGVEST
SLGIFGVGIQQLNDFLVNCQGEHCTYDEILSIIQKFEPSVNMCQQGLLSFEGFARFLMDK
DNFASKNDESQENVEELQFPLSYYYIESSHNTYLTGHQLKGESSVELYSQVLLQGCRSVE
LDCWDGDDGMPIIYHGHTLTTKISFKEVVEAIDRNAFITSDMPIIISIENHCSLPQQRKM
AEIFKNVFGDKLVTKFLFESDFSDDPMLPSPDQLRRKVLLKNKKLKAHQTPVDILKQKAH
QLAYMQAQASNGANVVNPTTNEEEEDEEDEYDYDYESLSDDNILEDRPESKSTGDKLQFE
YNEEIAKRIKKTDYITYSNKGKVYDMELDEEFYLPQNKKESRQIAPELSDLVIYCQAVKF
PGLSTLNPSGSSRGKERKSRKSIFGNNPGRLSPGESATLAKASGKGPFDVVRQTWEEPCS
PSFNPTTSLSAIIRTPKCYHISSLNENAAKRLCRRYSQKLIQHTAFQLLRTYPAATRIDS
SNPHPLIFWLHGIQLVALNYQTDDLPLQLNAAMFEANGGCGYVLKPPVQWDKNCSMYQQF
CPLERDLDNVEPAIYALTIVSGQNVCPSNSTGSPCIEVDVLGMPLDSCHFRTKPIHRNTL
NPMWNEQFLFRVHFEDLVLLRFAVVENNSSAVTAQRIIPLKALKRGYRHVQLRNLHNEAL
EISSLFVNSRRMEEHSSGNAMPASLLFDTEERRASMTYKVTIHGILGPEPFTVFNISGGT
TAAQLLHQILASTKSTESSCAADYFLMEEKSFISKEKSDCKKPPFQRLIGPEEVLVQILN
SWFPEEGYVGRILFKTREENLNERNFFQEEKEEANISSEDDSFFVQVHDVSPEQPRTVIK
TPRFSTAQDVIQQTLCKAKYSYSILNNPNPNDYVLLEEVTKEPTNKKSSTPKPSQRILSD
QECVFQAQSKWKGAGKFILKLKEQVQAARDDRRKGISFANEFKKLTKSSRQYRGFISPPL
QTSPDGTQSKDEKSACSLTFSDIME
NT seq 6918 nt   +upstreamnt  +downstreamnt
atgacctctgaggaaaaggcagcttctgtgcttgtgtctgtggcacagggtaaagtgata
tctgatcagtcagctggagatgaaaatagtgaaaatgctttggacaccaatgttataaaa
agacatattgctagtcaaggaaggcagactacacacagtctctcgtacttacacagactt
gaagaagaaaatcttcggggctcactgcccaaaattttttctttggcaaatgaaaaaatg
aatgataacagaagcaatgaaaacttatgggagagaaatgcatgcatcccaggttcagtg
gagtttcttaatattaactgtaacattatagagaaaagcagcaagaacagtattccatgt
aaccagttatataaatcatgtgattctttagtaggggaagacatgtgcttggaaactgga
atttctacttcaatggaaagaactatgtttgctgaaattcagctgaaaatggatggacct
tcagtagagatgaagtcattaagaaaccagtcaatagtaaataaaagtgacacagacgat
gctgataatgtagcagttttccactttcactatgctaatgaaagaaatatatcaagagct
ctgtgtgcattgcacaacagcttcattttggatgaccatttacagccagtagatcttggc
aaagatcacatgagtgattctgcaagttgcacttgtaagttaatggaattggcaagtaat
tctaaatataaaaatggacaaatgctttgtggtaactttgaccctttaaaagataagtat
ttatgtttaggaagagcacgaaaagttaaagtggcatgttcagatcacagtttctgtgga
aataactttactggaagaatgctctcaaagccttttctgagtcattttgaagattgtagt
gatgactgtgatgaagagttggaggaagatttctttagaaataaaaaggagcgttctacc
ttactaataagacggttttgtaaaaatgataaggaagttaaaaaatcagtgtatactgga
acaagggcaattgttaggactttaccctccgggcacttaggagctattgcttggaatttt
gttgaacagaggagaaacaacaatggtttgaagcattgtaggagtacaacggaaagttta
acaatagttcaagccttaataagacagaaatgtaattcccatcttgtgaaatccatatgg
tgtgagatcttcagtgcagtgagagaagaagaggaagcaggagatactcttaaatatttt
ccttatcctctgagaaagcttccgacgttaaatacagtttgtagatgcaaagatgatggc
tattgtgtaaaaacatgtgtacaaggtgctcactttcaataccgtaccactttacacagg
acttcactctctaacagtattactggtgctctactagaagcaactacattactgggagca
agaagtggacttctaaatatattgggaggatcaactggaagggcaatgcttaaagaacgt
caaccgtgcacatcaatggctggttcaaatgctgtcccctccaatgtagctggtatcagt
aaagagctgatagaactgcagcacctcatccagtttccagaggaagttgcaagtatcctg
actgaacaggaacaggatctctaccgaaaggtcttacccattgactacctatgcttctta
accagggatctgggtaatgctgaatgccacagtaaacttccatgtataaaagattccata
tctatgactattctttcgtcccaaaatggtgaacacaatgctgtcgaagatcttgtaaca
cgatttaatgaggtgagctcttgggttacatggctgatcctgactgcaggttctatggaa
gagaaacgagaagttttctcatatttagtacatgtggcacaatgctgctggaacatgggc
aactacaatgctgtgatggagttcttggcaggactcaggtctagaaaagttttaaaaatg
tggcagtttatggatcagtctgatattgaaatcatgcggagtctgaaagatgctatggca
caacatgaatcatcttctgaatacaggaaagtggtaaatcgggctctgaatattccaggc
tgtaaagtcgttcccttctgtggtgtatttttaaaggagctttgtgaagttctggatgga
gcagcaagtctcatcagactttgtccacagtataattcccaggatgaaacattagagttt
gtttcagattacaatgggcaagataatttcttgcaaagaataggccaagatggtttgaat
aatccagaaaaagaatcaacagcaaatagtatctttcaaactattcggagctgtaatcgc
agtttggagtctgaagatggagaagacaattttagtgaagggagcaactcaagaaaaaac
tctttgaaggacaaaacccgataccagtttataattggagatatctcagattcagaaagt
gacatttttgagcaactgaaagagtgggaaactaatacaactgaagagcagcagaaagca
ttcagccatggaatagagcttattccctggtatgtgttatcaatcagagccgatgtccat
cagttcatgctacaaggggcaactgtcatacattatgaccaggagacacatctctcagct
cgctgttttcttcagcttcagcctgacaatagtactttgacctggataaaacccaccaca
gcttgtcctgcaaataccaaggcaaaactgggcattccagttagcactgcagagcttggt
aaattccagtttcttggcaatactggattaaatgcactggtagaaggttccctggacatg
tttttaataaaggctgtgtacatgggacatcctggcattgatatgcacactatgtgtgtt
cagaataaactttgtggtatgtcccttgaagagaatggcgtaacacttctgtatggactt
cagactactgataataagttgctgcactttgtggctcccaaatatactgccaagatacta
tatgatggattgctggaattaacaaaagctgtaagaaaaatgaggaaatttcctgatcag
agattgcagtggctacggaaacagtatgtcagcctttaccaggaggatggcaggtttgaa
ggcccaaccttggcccaagctgtagagctgtttggaggtaggcgctggagtgcaagaaac
acaagtacaggacttacaaaaagcactgagaaacccaatatgcagagaaacaacactctg
gggataaccacagcaaagaaaaagaagaaagtactcatgaggggtgaaagtggagatgcc
acagatgatgagatggcaactcgtaagacaaaaagttataaagaatatcgtaatagaagt
ggttcggatcctcaagacattgaagagcaagaagaattagatcaaaatatcatgattaat
gcctctacctctaacacactgccctctagaagagctcagtccctgactgcatctggatct
cctaacttagtaattgcagcaccttcaccagtgagaccagtttcctctcctgtaatgtca
tctgcaagcaagagtcagtctagcacatggagcagcagtagctggcatggccgagttaaa
ggaggattgaaggggtttcagaacttcatggtttctgacagtaacatgagttttgttgaa
tttgtagaactcttcaaatctttcagtgttcgcagtcgcaaggatcttaaagaccttttt
gatgtctatgctgtaccctgcaatcgcttgggatctgattctactccactttataccaat
ctgaagattgatgaaaacaccagtggactccagcctgatttagatttattgaccaggaat
gtttcggaccttggtttgttcattaagagcaaacagcaactttcagataaccagagacaa
atatctgatgctattgctgctgctagtattgtaacaaatggtacaggagtagaaagcaca
tcgttaggaatatttggagtaggcattcagcagcttaatgacttcttagtgaactgccaa
ggagaacactgcacctatgatgaaatcctcagtattatccagaagtttgaacccagtgtc
aacatgtgccagcagggactgctttcatttgaaggatttgcaagatttttgatggataaa
gacaactttgcctccaaaaatgatgaatcacaagagaatgttgaagaattacaatttcca
ctgtcatattattacattgagtcttcacacaatacttacctcacaggccatcagcttaaa
ggagaatcctcagtagagctttatagccaggttctcttacaaggctgcaggagtgtggaa
ttagactgctgggatggtgatgatggaatgcctatcatttatcatggacatacactcaca
actaagatctcttttaaggaagtagttgaagctattgatcgcaatgcctttatcacctct
gacatgccaatcatcatatctatagaaaaccactgttcattacctcagcaacgcaaaatg
gctgaaatttttaagaatgtgtttggagataagctggtaactaaatttttatttgagagt
gacttctctgatgaccctatgctcccatcacctgaccaactgagaagaaaagttctactt
aaaaacaaaaaactcaaagcccatcaaactccagtggatatattaaagcaaaaggcacac
caactagcatacatgcaggcacaggctagtaatggtgctaatgttgttaaccccacaact
aatgaagaggaggaggatgaagaggatgaatatgactatgattatgaatctctctcagat
gataacattctggaagaccgacctgaaagtaagtcaactggagataagctacagtttgaa
tataatgaagaaattgccaagagaataaagaagactgattacattacttacagcaataaa
ggaaaggtttatgatatggaattggatgaagaattttatcttccacaaaataagaaagaa
agtagacagatagcaccagagctttcagatcttgtcatctactgccaagctgtgaaattc
cctggcctgtcaactctaaacccatctggctctagcagaggaaaggaaagaaaaagcagg
aagtccatttttggaaacaaccctggcaggctgagccctggggagtcagcaacacttgcc
aaagcatctggaaaaggtccttttgatgttgtgcggcagacctgggaagaaccttgttct
ccttcgttcaaccctacaacttctctcagtgcaatcataaggacacctaaatgttatcat
atctcctcattgaatgaaaatgctgccaaacggctgtgcagacggtattctcagaaactg
atccagcacactgcctttcagctattgagaacataccctgctgccacacgcattgactcg
tcaaatccccatcctcttatcttctggctccatggaatacaactagtggcacttaactac
caaacagatgatctccctctgcaacttaatgcagcaatgtttgaggctaatggtggctgc
ggatatgttttgaaacctcctgttcaatgggataagaactgctcaatgtaccagcagttt
tgtcctttagaacgtgatctggataatgtggagccagcaatctacgctttaactattgtg
tctggacagaatgtttgtccaagcaacagtacaggaagtccctgcattgaagttgatgta
cttgggatgcctttggatagctgccatttccgcactaaacccattcatcgcaatactctc
aaccctatgtggaatgaacagtttctcttccgagttcactttgaggatctggtccttctt
cgatttgcagttgtggaaaacaatagctcagctgtaactgcgcaaagaatcattccactc
aaggctctaaaaagaggatatagacatgtccagctgcgaaacctgcataatgaagcctta
gaaatctcaagtttgtttgtaaacagtcggaggatggaagaacattcctctggaaatgct
atgcctgcctccttgctgtttgacacagaggagaggagagcttcaatgacatacaaggtt
acaattcatgggattctaggcccagagccttttactgtttttaatataagtggagggacc
acagcagcacagcttcttcaccaaatcttggcttccacaaagagcactgaatcatcgtgt
gcagcagactattttctgatggaggaaaaatcatttatatctaaagaaaaaagtgactgc
aagaaaccgccattccagagactcattggtcctgaggaagtgctggtacagattttaaat
agttggttccctgaagaaggatatgttggaagaattctctttaaaacccgagaggaaaat
ttgaatgagagaaacttcttccaagaggaaaaagaagaagcaaatatcagctctgaggat
gatagtttctttgttcaagtgcacgatgtttccccagagcaacctcgcactgtgatcaaa
accccccgatttagcacagctcaagatgtcatacaacagactctttgcaaagccaaatat
tcctacagcattctgaacaatcccaacccgaatgactatgtcctcttagaagaggtgaca
aaagagccaacaaacaaaaagtcttcaacacctaaaccatctcagaggattctctctgat
caagagtgtgtgttccaggctcagagcaagtggaagggagcagggaaatttatcctgaag
ttgaaagaacaggttcaggcagcacgggatgatagaagaaaaggcatttcatttgctaat
gaatttaagaagttaaccaagtcaagtaggcagtatagaggtttcatatcgccccctctg
cagacttcaccagatggtacccagagcaaagatgaaaaatctgcatgtagtttgacattt
agtgacatcatggaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (36)   

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