KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0277949
Entry
DDB_G0277949      CDS       T00245                                 
Symbol
pldC
Name
(RefSeq) phospholipase D1
  KO
K01115  phospholipase D1/2 [EC:3.1.4.4]
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
Pathway
ddi00564  Glycerophospholipid metabolism
ddi00565  Ether lipid metabolism
ddi01100  Metabolic pathways
ddi01110  Biosynthesis of secondary metabolites
ddi04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:ddi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    DDB_G0277949 (pldC)
   00565 Ether lipid metabolism
    DDB_G0277949 (pldC)
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    DDB_G0277949 (pldC)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ddi04131]
    DDB_G0277949 (pldC)
Enzymes [BR:ddi01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.4  phospholipase D
     DDB_G0277949 (pldC)
Membrane trafficking [BR:ddi04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    DDB_G0277949 (pldC)
 Endosome - Golgi transport
  Others
   Others
    DDB_G0277949 (pldC)
SSDB
Motif
Pfam: PLDc PLDc_2 Sigma70_ner
Other DBs
NCBI-GeneID: 8621238
NCBI-ProteinID: XP_642027
dictyBase: DDB_G0277949
UniProt: Q54Z25
Position
3:complement(49404..54446)
AA seq 1640 aa
MYFFTPPQKRTLKPVVDRVLQQQQQQQQQQQQQSLPKFQPFEVETYSLEDEKYLYNISYF
SKEEIKLLYDLFHRINLDLDGFTENIIYQTLSFLVHIPSGIEELSSLFYNEDVIYRKEIN
SSHRSNQSFNHSNSTTPLNTTNNNIKKPTTTTTTNSNNINNNGNVNGNNTTNLDDILNNH
NDNYSSDNSYLHNIYDDIYEDEDDEDDEDDDDDEDEDDEGKEFEQDDEDESTISSMSLKN
SQAKRLSKKMNSIDLNVDEISSTHNQNHQNHQNHQNHHHHTTTHMIEKKITTTINKIKQK
ISNESSGLLCEVVGAGGAGTEGASSSTTTTTTLSNDLQTNESIKFVEDEKQQLKQQLRKQ
LLKDGNHNSLNNILYDYKHPNDINTPIEELTAAATTTTTTTSTTTTTNDHQNLEKTIISN
KTIKKLEGVETIKDTVELEKQQQKQQQTSNVTTAKVKDTILSSSPKTTTTATTNNNNNNN
NNNNNNNNNNNNNNSYKYNSYLESSNISNISNASYTDKPMDDEYYYGEYDDEDDSKPPSQ
EKIESINLYRSQFSIIRDCNLWGGKTLKEDEFDYIDSSSEILKYRMIIKYMVENLFSYIR
KRYNLEANKNPSIIHLIEIISIMTRGTLKEKSELVFKLVRKKSEGVVYKTELLEMIQGID
ALTVLNVFGLGSIGTPDEVVNNIYREGLSTVNSIQRTPSFPRSDSFYQKSMSSEQPFFKD
TSLEMKEFIKRSVSNSDIPRCFGFFDLIYLCYIKPIEDYLKSSIKYKQASGYLYYEKYLG
IIKAYSLRWFEVRSGFLIGYKRLFSKPSKVICLFKTNVKIIPKEHPKHHMKLKSLFKGSL
SKQIDGNKEATDFVLRRFDDTEQTFISLSSHRASNFVNAIRENSKGSYRYHSFASPQEDI
NVVPYINGSTYFKGVYKALKHATSEIYIAGWWISPNVSLNRTATSKTPDKYRLDSVLMKK
ASEGVKIYILIWDETMIAMDLGSRGVKSFFEKMHRRNIKVIRHPHMLPLYWSHHQKVVVV
DQRIAFIGGLDLCFGRYDNEYYFVKDNLEINFPGADYINSCIAKPVNNLKDCLVDRNTQP
RMPWHDVSISLDGKAARDVTYNFIQRWNHAKDSNRDYKSYPYLITSLETPLNIPHPQPPT
QFLHPNTNINNNNNNANNNTNNINNNNNNNNINNLNSSTNTTNNTNNTTTTTNNNNLNTS
TNMLPINNNNNNLNTSTNILPNNNNNNNNNNNNNNNNNNNNNNNNNNINNNNTTSTTTTT
TTNNNLNSSSNNLNFNISGEIHNNSLPHQLNNQQQQQHHHHHHHHYQPPLPPQQRGTCKV
QIVRSVCGWSAGQVLENSIYKAYLNLINLSQHFIYIQNQFFISSVGFTQPNNQIAFAIYK
RIEKAVLLNQVFRVILLLPVHCEGDIYDVDTQLIIKYTEKSITGIKTELLKKFPEMDIDQ
YLSINSLRNWDANGDIIFTEQIYVHSKVLIVDDKIAIIGSANINDRSLNGSRDSEICAII
EDRDLVDSRVNGLPYKAAKFAHNLRCNLWEYHLGLISNPDPLLSDRIKDLVIDSTYHDIW
RNMAQRNSAIYKEIFGTTIPENCTKTSQYNRGSIKLTSEALETLCGINGFLIEYNTSMLS
ELETPTSIYSDIITSMKLFL
NT seq 4923 nt   +upstreamnt  +downstreamnt
atgtacttttttacacctccacaaaagagaacactgaaaccagtagtagatagagtacta
caacaacaacaacaacagcaacaacagcaacaacaacaaagtttaccaaaatttcaacca
tttgaagttgaaacctattcattagaggatgaaaaatatctttataatatttcatatttt
tcaaaagaagagattaaattattatatgatttatttcatagaattaatttagatttagat
ggatttacagagaatattatttatcaaacattatcatttttagtacatatacctagtgga
attgaggaattatcatcattattctataatgaggatgttatatatagaaaagaaattaat
agttctcatcgttcaaatcaatcatttaaccatagtaatagtacaacaccattaaataca
actaataataatattaaaaaaccaacaactacaacaactacaaatagtaataatataaat
aataatggtaatgttaatggtaataatacaaccaatttagatgatattttaaataatcat
aatgataattattcaagtgataattcatatttacataatatatatgatgatatttatgaa
gatgaagatgacgaagatgatgaagatgatgatgatgatgaggatgaagatgatgaaggt
aaagaatttgaacaagatgatgaagatgaatcgacaatatcatcaatgtcattaaaaaat
tctcaagcaaaacgtttatcaaaaaaaatgaattcgattgatttgaatgtggatgaaata
tcatcgacacataatcagaatcatcagaatcatcagaatcatcagaatcatcatcatcat
actactacacatatgattgaaaagaaaattacaacaacaattaataaaattaaacaaaag
atatcaaatgaatcatcaggattattatgtgaagttgttggtgctggtggtgcaggtact
gaaggtgcttcatcatcaacaacaactacaacaaccctatcaaatgatttacaaactaat
gaatcaattaaatttgttgaagatgaaaaacaacaattaaaacaacaattaagaaaacaa
cttttaaaagatggaaatcataatagtttaaataatatactttatgattataaacatcca
aatgatattaatacaccaattgaagaattaactgcagcagcaacaaccacaactacaaca
acttcaacaaccacaacaacaaatgatcatcaaaatttagagaaaacaattatatcaaat
aaaactataaaaaaacttgaaggagttgaaacaataaaagatactgtagaattagaaaaa
caacaacaaaaacaacaacaaacatcaaatgtaacaacagcaaaagtaaaagatacaata
ttatcatcttcacctaaaacaacaacaacagccacaacaaataataataataataataat
aataataataataataataataataataataataataataatagttataaatataatagt
tatttagaaagtagtaatattagtaatattagtaatgcaagttatacagataaaccaatg
gatgatgaatattattatggtgaatacgatgatgaagatgatagtaaaccaccatcacaa
gaaaagattgaatctattaatctttatagatcacaattttcaattattcgagattgtaat
ctatggggtggtaaaactttaaaagaagatgaattcgattatattgatagttcttctgaa
atacttaaatatcgtatgatcataaaatatatggtagagaatcttttttcatacattcga
aagagatataatctagaggcaaataagaatccatccatcattcatttgattgaaatcatc
tcaattatgactagaggtacattgaaagagaaatcggaattggtctttaaattggttaga
aagaaatcagagggagttgtatataaaacagagttattggagatgattcaaggcattgat
gccctaaccgtattgaatgtatttggtttaggctcaattggtacacccgatgaagtggtt
aacaatatctatagagagggtttaagtacagtcaattcaatacaacgtacaccatcattc
ccaagatcggattcattctatcagaaatcaatgtcatcggaacaacccttctttaaggat
acatcattggagatgaaagagtttataaagaggtccgtttcaaactctgatataccgaga
tgttttggtttctttgatttgatttatctatgttatataaaacccattgaagattattta
aaatcgagtataaagtataaacaagcttcaggttatctttactatgaaaagtatttaggt
atcattaaagcatactcattacgttggttcgaagttagatctggttttttaattggttat
aaaagattgttttcaaagccttccaaagtgatttgtctctttaaaaccaatgttaaaatc
ataccaaaggaacatcctaaacatcatatgaaattgaaatcactatttaagggttcacta
agtaaacaaatcgatggtaataaggaagcaaccgatttcgtcctaagaagattcgatgat
accgagcaaacatttatttcattaagttctcatagagcttcgaattttgttaatgcaatt
agagagaatagtaaaggttcctataggtatcattcattcgcttcaccacaggaggatatt
aacgttgttccttacatcaatggtagcacttactttaaaggtgtctacaaggcattgaaa
catgcaaccagtgaaatctatatagcaggttggtggatctctccaaatgtttcattaaat
cgtactgcaacgagtaaaacacccgataaatatcgtttggatagtgtattgatgaagaaa
gcaagtgaaggtgtgaaaatctatattctaatttgggatgaaactatgattgcaatggat
ttgggtagtagaggtgtaaagagtttctttgagaaaatgcatcgtcgtaatattaaagtg
atcagacatccacatatgttaccactctattggtcacatcatcaaaaggttgtggttgtc
gatcaacgtattgctttcattggtggtttagatctttgttttggtcgttacgataatgaa
tactatttcgttaaagataatttagaaattaatttccctggtgctgattatatcaatagt
tgtattgctaaacctgtaaataatttgaaagattgtttagtcgatagaaatactcaacct
agaatgccttggcatgacgtttcaatctctttagatggtaaagctgctcgtgatgtcact
tataatttcattcaacgttggaatcatgctaaagattcaaatcgtgattataaaagttat
ccatatcttataacttctttagaaacacctttaaatataccacatccacaaccaccaact
caatttttacatccaaatacaaatattaataataataataataatgctaataataatacc
aataatattaataataataataataataataatataaataatttaaattcaagcacgaat
actacaaataatacaaataatactaccactactacaaataataacaatttaaatacaagt
acaaatatgttaccaattaataataataataataatttaaatacaagcacaaatatatta
ccaaataataataataataataataataataataataataataataataataataataat
aataataataataataataatattaataataataatactacttctaccactaccactaca
acaactaataataatttaaattcaagttcaaataatttaaattttaatattagtggtgaa
attcataataatagtttaccacatcaattaaataatcaacaacaacaacaacatcatcat
catcatcatcatcattatcaaccaccattaccaccacaacaaagaggtacatgtaaagtt
caaatagttagatcagtttgtggttggtcagcaggacaagtattagagaattcaatctat
aaggcatatttaaatttaataaatttatcacaacatttcatatatatacaaaaccaattt
ttcatatcatcagttggattcactcaaccaaataatcagattgcatttgcaatctataag
agaattgaaaaggcagtattattgaatcaagtgtttagagtgattctattgttaccagta
cattgtgaaggtgatatctatgatgttgacacccaattaattataaagtatacagagaaa
tcaatcacaggtataaagacggaacttttgaaaaagtttccagagatggacatcgatcaa
tacctatcgatcaattccctcagaaattgggatgccaatggtgatatcatcttcaccgaa
caaatctatgttcatagtaaagttttaatagtggatgataaaatcgcaatcattggtagt
gccaatatcaatgatcgaagtttaaatggttcaagagatagtgaaatttgtgcaatcatt
gaagatcgtgatttagtcgatagtagagtgaatggattaccctacaaagctgctaaattt
gctcataatctaagatgtaatctttgggagtatcatttgggtctcatatcgaaccctgat
cctctcctatccgatcgtatcaaagatttagtcatcgatagtacctatcatgatatttgg
agaaatatggctcaaagaaattctgctatctataaagaaatatttggtaccactatcccc
gagaattgtactaaaacctctcaatataatcgtggttctatcaaattaacaagtgaagct
ttagaaactttatgtggaatcaatggtttcttaattgaatataatacttcaatgttatct
gaacttgaaaccccaacttcaatttattctgatattattacctcaatgaaactattcctt
taa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (150)   
   KEGG ORTHOLOGY (1)   
   RefGene (145)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (178)   

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