KEGG   Caenorhabditis remanei (nematode): GCK72_019136
Entry
GCK72_019136      CDS       T09085                                 
Name
(RefSeq) hypothetical protein
  KO
K05858  phosphatidylinositol phospholipase C, beta [EC:3.1.4.11]
Organism
crq  Caenorhabditis remanei (nematode)
Pathway
crq00562  Inositol phosphate metabolism
crq01100  Metabolic pathways
crq04070  Phosphatidylinositol signaling system
crq04081  Hormone signaling
crq04082  Neuroactive ligand signaling
crq04310  Wnt signaling pathway
crq04361  Axon regeneration
Module
crq_M00130  Inositol phosphate metabolism, PI=> PIP2 => Ins(1,4,5)P3 => Ins(1,3,4,5)P4
Brite
KEGG Orthology (KO) [BR:crq00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    GCK72_019136
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    GCK72_019136
   04070 Phosphatidylinositol signaling system
    GCK72_019136
  09133 Signaling molecules and interaction
   04082 Neuroactive ligand signaling
    GCK72_019136
   04081 Hormone signaling
    GCK72_019136
 09150 Organismal Systems
  09158 Development and regeneration
   04361 Axon regeneration
    GCK72_019136
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:crq04131]
    GCK72_019136
Enzymes [BR:crq01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.11  phosphoinositide phospholipase C
     GCK72_019136
Membrane trafficking [BR:crq04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    GCK72_019136
 Endocytosis
  Macropinocytosis
   Phospholipase C
    GCK72_019136
SSDB
Motif
Pfam: PI-PLC-X PI-PLC-Y PH_14 PLCB1-4-like_EFh PLC-beta_C EF-hand_like C2
Other DBs
NCBI-GeneID: 9839437
NCBI-ProteinID: XP_053581805
Position
V
AA seq 1463 aa
MAKEFQFNWKPNIPTSLLQGACFDRYDDESTCLELNAQVRVDEYGFFFYWLVEGKDAVVL
DMGQIWEARPGGLPKDGRIMFELEQRGASETIAERTIWMTHGQDLVNVQSFFLVAESVEM
AKMWKTGMNEILKTSRIRHVCPTTQLLKYWKWLTLNVNERRKIPIKVIIKTFSSGKPEKM
VQKCLNDLGLGGDKYTPVRVINRSMGKKFRNFYKCSRGRKRKEREELDVEILTFEKFLRL
YNKICPRTEVQELFVKLSGQKEYLTKDRLINFLNEEQRDPRLNEILFPFFDPPRTGQLIA
KYEIDNNYIENGKMSGDAFLRFLMSDENPPVFLDRIEMYMDMDQPLCHYYINSSHNTYLT
GRQYGGKSSSEIYRQVLLSGCRCIELDCWDGTGENKGEPIITHGKAMCTDVFFKDVLVQI
RDTAFARSDFPVILSFENHCSKSNQLKMAKYCMDIFGDMLLSKPFDDAPLEPGVSLPSPN
RLRKKILIKNKRLKTDIERHQLDQFLREGKLDEEDELNETPEVVGEDSVSPRSGGSGGTG
AAEDVAMDDDTSDDDDDPSVQTSLNVMRTVPTVSTTSNNGSNRSARSSLETPSPSGGGLM
VPDRASSTATSIKNAVLARSPNFSSLRQKLSFKRRQSPLAGDQRAHPEVEQPISSSSPAT
PSICGPPPCATSSASTSSITITTTGCSTSSGSGSKPNQGEIPVKETDEAHPELKQNFIAK
NLKGFGFSKKQPVLTKEEEERIFAEYHYTGATTNIHPLLSSLVNYTHPVKFSGFDVAEAN
NLHFHMSSFSESTGLGYLKQSAPEFVNYNKRQPSRIYPKGARVDSSNFLPQIFWNAGCQM
VSLNFQTPDVYMQLNMGKFEYNGGSGYLLKPDFLRRPDRTFDPFSESPVDGVIAAHCSVR
VISGQFLSDRKIGTYVEVEMYGLPTDTIRKEHKTKVIPGNGLNPVYNEDPFVFRKVVLPE
LAVLRFAVYDENGKQLGQRILPLDGLQAGYRHISLRSDTNQSFILSPVLFVQIVIKTYVP
DELSGLVDALADPRAFLSEQKKRQEALAHMGVDDSDIPDVPNTKNTALRNMKQPPRQNGS
SADLLSNNSQPGTARSDQINSMMTSVSIRSPNEQPAPVAVDKFKALANLTRTFTRKATSA
PPPKIGIGHPPAGSTKPSTSVGAPERLQVDPIEVDDLRRDKAFAKLLKKFQKDLDDLRKK
HQKQRDSIQKQQQTNVDKLITNNRRSTKKEKGSRRSLTASVSSGCGSTSGTVPVGVCIPS
GASGSGSGAPSTPGAGNSDGTGSPATTGSPVPQDLINNDRVRSLVNTQTGEWSAMVRRHD
EEEFELKKGQLKEQFDLLKKLMSEAQKNQMQALKLRLEAEGKDLKQTQTRKNMEDQKTIT
LDKGIKTKTERDRRVKEQNEKNLKMFVEERKRLAMKAQKHEEQLTKRHLDQLEQLEKDFQ
KALEVEVGNYKEEQLAAQPTSVV
NT seq 4392 nt   +upstreamnt  +downstreamnt
atggcgaaggagtttcagttcaattggaaacccaatatacccacttcacttctacaaggc
gcgtgttttgatcgatatgatgatgaaagcacgtgtctggaactgaacgcccaagtccga
gtagacgaatacggtttctttttctattggttagtagaaggaaaagatgcagttgtactc
gatatgggacaaatatgggaagcccgacccggtgggttacccaaagatggacgaattatg
tttgaattggaacaacggggagcaagtgaaacgatagcagaaaggacaatatggatgaca
catggacaggatctagtcaatgttcagtcgttttttctagttgctgaaagtgttgaaatg
gcgaaaatgtggaagacggggatgaacgaaattctgaaaacttcaagaattcgacatgtc
tgtcccacgacgcagctgttaaaatactggaaatggctcactttgaatgtaaacgaacga
cggaaaattccaatcaaagtgataatcaagacattttcatcgggaaaaccggagaaaatg
gtccagaaatgtttgaatgatttaggccttggcggagacaagtatactccggttcgtgtc
atcaatcgatcgatgggaaaaaagtttcgaaatttctacaaatgcagtcgaggaaggaaa
cgaaaggagcgagaagagctagatgtagaaattttgacattcgagaagtttctgaggtta
tataacaagatttgtccaaggacagaagttcaagaacttttcgttaaattatctggtcaa
aaggaatatttaacaaaagatcgactgataaactttctgaatgaagagcagcgagatcct
cgattaaatgaaattctttttccattttttgatcccccacgtaccggtcaactaattgcc
aaatatgaaatagataataactacattgaaaacggaaaaatgtctggagatgcgtttctt
cgatttctgatgtctgatgaaaatccaccagtattcttagatcgaattgaaatgtatatg
gatatggatcaaccgttatgtcactattatatcaatagttcacataatacgtacctgacg
ggaagacaatacggtggaaaatcatcatctgaaatctatcgacaagtattgttaagtgga
tgtagatgtatcgaattagattgttgggatggaactggagaaaataaaggagaaccaatc
atcactcatggaaaggcaatgtgtactgacgtcttttttaaggacgtccttgttcaaatc
cgtgatactgccttcgctcgatctgacttccccgtgatactttcattcgaaaatcattgt
tctaaatcgaatcaactgaaaatggccaagtactgcatggatatcttcggtgacatgctg
ttatcaaaaccatttgacgatgcaccgctggaaccaggggtatcactaccatccccaaac
cgactacgaaaaaagattctgataaagaataaacggctgaaaacggatattgaaaggcat
caattagatcaatttctgagagaaggaaaattagatgaagaagatgaattgaatgaaaca
ccagaagttgtgggagaggattcagtatcgcctcgaagcggtggaagcggtggaactggt
gcagcagaagacgtcgctatggatgacgacacatcagatgatgacgatgatccatctgtc
caaacctccctgaatgtaatgcgtaccgttccaaccgttagtacaacatcaaataatgga
tcaaatcgttcggcaagaagttcattggagactccatcaccttctggtggtggtttaatg
gttcccgatagagcatcctccacagctacatccatcaaaaatgcagtgttggcgagatct
ccgaatttctcttcgctcagacagaaactgtcttttaagaggagacaatcgccattagca
ggcgatcaacgtgctcatcccgaagttgaacaacctatcagttcctcatccccagccaca
ccttccatttgtggaccccctccatgtgccacatcatcagcttccacgtcttctataact
atcacgacgaccggatgctcaacgtcttctggatccggatcaaaacctaatcaaggtgag
atcccagtgaaagaaacagatgaagcacatccagaactgaagcagaatttcattgctaaa
aatttgaaaggatttggattctcgaagaaacaacctgtactgacaaaagaagaagaagaa
aggatatttgctgaatatcattatactggtgcaacaacaaatattcatccattattatct
tctttagtcaattatactcatcctgtcaagttttcgggtttcgatgtggcagaagctaat
aatctgcatttccacatgtcctcgttctctgaatccactggcctcggttatttgaaacaa
tctgctcctgaattcgtcaactacaacaaacgtcaaccatctcgaatctatcctaaagga
gcacgtgtcgattcttccaactttctacctcaaatcttctggaatgccggttgccaaatg
gtgtcacttaattttcaaactcctgatgtttatatgcaattgaatatgggaaaatttgaa
tacaatggaggctctggatacttgttgaaaccggattttctgagaagaccagatagaaca
ttcgatccgttttcggagagtcctgtggacggagttattgcggctcattgcagtgttagg
gtcatttccggtcaatttctatcagatcggaaaattggaacgtatgtagaagttgaaatg
tacggactgccaactgatacaatcagaaaagaacacaagactaaagtgattcctggaaac
ggtttgaatccagtttacaatgaggatccattcgtttttcgaaaagtagttcttcccgaa
ttggctgttcttcggttcgctgtttatgatgaaaatggaaaacaattaggtcaacgaatt
cttccattggatggtctacaagcaggatatcgacacatttcattgagatctgacacgaat
caaagcttcattttatcacctgtactgtttgtgcaaattgtgataaaaacatatgttcca
gatgagctgagtggtcttgtcgacgctcttgccgatccacgagcattcctctcggaacaa
aagaaacgacaagaagcactggctcatatgggagtggatgatagtgatattccagatgtt
cctaacaccaagaacacggctcttcggaatatgaaacaaccgcctcgacaaaatggttca
tcagctgatctcctctcaaataattctcagcctgggactgcaagaagtgatcaaatcaac
tcaatgatgacgtcggtttccattcgttcaccgaatgaacaaccggcgccagttgcagtt
gataagttcaaggccttggcaaatctaacacgaacattcactcgaaaagcgacatctgct
ccacctccgaaaattggaatcggtcatccaccagcgggttctacaaagccttcgacatct
gttggggctcccgagaggcttcaggtcgatccaatcgaagttgacgatttgagacgtgat
aaagcgtttgcaaagttgctgaagaaatttcaaaaagatttggatgatttgaggaagaaa
catcagaagcagagggatagcattcagaagcaacagcaaaccaacgtggataagctcatc
acaaataaccgacgttccacgaagaaagaaaaaggatccagaagatcactcactgcatct
gtatcatctggatgtggaagcacttctggaactgttccagttggagtttgtattccatct
ggagcaagtggaagtggttctggtgctccgtccactccaggcgctggtaattccgatgga
actggttccccagctaccactggaagtccagtaccgcaggatttgattaacaatgatagg
gtccgatcccttgtcaacactcaaactggcgaatggtctgcaatggttcgaagacacgat
gaagaggaatttgagctgaaaaaaggacagctcaaagagcaattcgacttgttgaaaaaa
ctaatgtccgaggcgcagaaaaaccaaatgcaagcactgaaacttcgcctagaagcagag
ggaaaagacctgaaacagacgcagacgagaaagaatatggaagatcagaagacaatcact
ttggacaaaggaatcaagaccaaaacagaacgagatcgacgagtgaaagagcagaatgaa
aagaatctgaagatgtttgtcgaggagagaaagagattggctatgaaagctcaaaagcac
gaagaacaactaacaaaacgtcatttggaccaacttgaacaacttgaaaaagattttcaa
aaagcattggaagtagaagttggcaattataaagaagaacaattggctgcccaacccact
tctgttgtctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (11)   

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