KEGG   Cryptococcus gattii: CGB_I0620C
Entry
CGB_I0620C        CDS       T02232                                 
Name
(RefSeq) phospholipase D; Spo14p
  KO
K01115  phospholipase D1/2 [EC:3.1.4.4]
Organism
cgi  Cryptococcus gattii
Pathway
cgi00564  Glycerophospholipid metabolism
cgi00565  Ether lipid metabolism
cgi01100  Metabolic pathways
cgi01110  Biosynthesis of secondary metabolites
cgi04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:cgi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    CGB_I0620C
   00565 Ether lipid metabolism
    CGB_I0620C
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    CGB_I0620C
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cgi04131]
    CGB_I0620C
Enzymes [BR:cgi01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.4  phospholipase D
     CGB_I0620C
Membrane trafficking [BR:cgi04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    CGB_I0620C
 Endosome - Golgi transport
  Others
   Others
    CGB_I0620C
SSDB
Motif
Pfam: PLDc PLDc_2 PX PLD_C Exog_C
Other DBs
NCBI-GeneID: 10186082
NCBI-ProteinID: XP_003196015
UniProt: E6RBS5
LinkDB
Position
I:complement(join(183788..183823,183876..183934,183982..184399,184446..184478,184526..185253,185304..185575,185622..185724,185774..185885,185938..186239,186292..186557,186612..186797,186846..186901,186939..187071,187130..187308,187369..187497,187551..187880,187934..188173,188226..188492,188544..189248,189293..189361))
AA seq 1540 aa
MKSEDKPGPMNEIYLEPRITHIHYHEHLEPTVRGIRHGPILNITPDGEAELPPGETSQSS
RRPSSNHISNCRTRNSRDSNDFPVSASNGDVPDGIWRSALQQPGTGGKDTKKAASSRFSS
FRGDEVTTGESEAEDSGPGTPTEAAQKRWSMLRHRILPSRTSFGGNPTGPTPGRVSALAP
TVIASVPLTTELFAGQLPVMILKTWIDRDEDGRKAVPVLLGNLRFRVGDSVGLRQGKETT
GKEMFKVECEYGDGAVKWVIFRELRDFLSLHAHYKAANFGTSVAGLRSTRRVEIPDFPRM
SIPYLNKFERTPGGKDKEKVRHIAKAEHAQASRDALQQYLVELIRAVIFRPESNRLCKFF
ELSALTLALAPRGGFQGKTGFLKIPGSNVSRRANQPGLTPQSWKASKEPKWFIVRDTYCV
ATDGPETTDFYDVFLFDSDFTIIRPKRYYRQGINILSGHAAAKHIKLKNGSDTNNNISIP
ERVDTDNPFNREVIVRSGEGQGSKAQNMYDETEHEASQHTFYIVNSQRKLKLVAKNARQM
HQFIVSMERIASQCAWTKRNRFDSFAPLRLNVAAQWLVDGRDYFWNLSRAINMAKDRIYI
HDWWISPELYLRRPGDERYRLDNLLKRKAEDGVKIFIIIYNEVSDKTTPVDSQYTKRTLM
NLHPNIMIQRSPSHFQTGTFYWSHHEKLCVIDETIAFMGGLDLCYGRWDTPQHVLIDEEF
SEPDGPNGPVWRGKDYANERVMEYTNLDKPFEDMFDRTKVPRMPWHDVGLQIVGQPARDL
CRHFVQRWNLLIRTKNHKRRMPFLLPAADFTGRELQDLKLQGTCEVQICRSVGPWSMGTS
TKIEHSIQNAYCKSIETSEHFVYIENQFFITSTIVGGVAVENSIGDSLVNRIIRAHKEGQ
DWRACIVIPLLPGYTYPLDSNEASSVRLILECQNRTICRGTSSIFSRLRKEGIDPDDYIT
FFSLRGWSKFKTGVLTSEQVYVHGKTMVVDDRLVLCGSANINERSQRGDRDSELLAVVRD
TDMVDGIMAGRPYKVGRFAHSLRVRLMREHVGVDVDALDEEHLMSREPIAEADEVETWDP
DHEQQSENEGGDGITQVKKRAARERLMNTFSAGLASLTKGMSENAISSVKKTADKIVHPA
AVIASGQTAAHHQFNVGDPSEREDYEPEGETSKGFASSVVPTLEEKTIFERRQSAQQANG
RPLFDLQEERSQQGGQDVSQAKSKEEREEASETNVPRKTKKHTTLFDGDSTAQKPSVPRS
QIESSSKELFGTPANIATLNDDLPVRGTDRQAEGEGKGTDEGQTAFKARKILRKHLNANV
QVSPWSMPAPTPDINPNSFHDPLDGRFWKNVWVATAVHNTEIFRKVFRCVPDDLVTSWAQ
YKAFANHAEKFNKEPEDVAQEGSDEPVKVTHDGPGTHGAGGGGSGGGQVGTMLRDKESNE
SETIGPDVVDGKPRDRLGLGTGGTRNTINGGELKMEAERDKRPSQPDEAWAEWERYEMEK
LLNEVRGHLVIYPTRFLEAEDLANNFLFNSDKILPLPIYN
NT seq 4623 nt   +upstreamnt  +downstreamnt
atgaagtctgaagacaagccgggacctatgaacgagatttatcttgaacctcgtattacc
catattcattaccatgagcatctcgagccgactgttcgcggcatccgtcatgggcccatc
cttaacatcacccctgacggagaagcggagcttcctcctggtgaaacatcacaatcatca
cgccgaccttcatcgaatcatatttctaattgtaggactcgaaattctagagatagcaac
gattttccggtgtcagcttccaatggagatgttccagatggtatttggagaagcgctttg
cagcagcccggcacgggcgggaaggacacaaaaaaggctgctagctcaagatttagcagc
ttccggggggacgaggttacgacgggcgagtctgaggctgaagactctgggccagggact
ccgaccgaggccgctcagaaaaggtggtcaatgctcaggcatcgcatcctgccctctcgc
acttcttttggtggtaatcccactggtccaacacctggaagagtttccgccctagctcct
acagttatcgcgtctgttcctcttaccactgagctatttgctggtcagttgccggtcatg
atcctcaagacttggatagatagagacgaagacggcagaaaagctgtaccagtccttctg
ggtaatctgaggttcagggtcggtgatagtgtagggttgagacaaggcaaggaaacaaca
ggaaaggagatgttcaaggtggagtgcgaatatggggacggtgctgtcaaatgggtcatt
ttccgcgaactccgtgacttcctctctctccatgcccactacaaagccgctaactttggt
acctcggtcgctggtcttcgctccactcgacgcgtcgaaatccctgacttccctcgcatg
agtattccttatctcaacaagtttgaaagaacacctggagggaaagacaaagagaaagtc
agacatattgccaaggcagagcatgctcaggccagtagggatgccttgcagcagtatctt
gtagaacttattcgtgctgtcattttccgacctgaatccaatcgcctctgtaaatttttt
gaactctctgcccttactctggctctcgccccacgtggagggttccaaggcaaaactggc
ttcctcaaaatccctggatcaaacgtgtcaagacgagccaaccagcctggcttgactccc
cagagttggaaggcgagcaaagagcctaagtggttcattgtcagggatacttactgcgta
gctaccgacgggcccgagacgaccgacttctatgatgtcttcctctttgattccgatttc
actatcatacgtcctaaacgatactatcgccaaggtatcaacattctttccggacacgcc
gctgctaaacatattaagctcaagaatggcagtgataccaacaacaacattagcattcct
gaacgtgttgacaccgacaacccatttaatcgagaggttattgtcaggagtggagaagga
caaggatctaaagcccaaaacatgtatgatgagacggagcacgaagcgagtcagcacacg
ttctatattgtaaattcgcagaggaaattgaagctggttgcgaagaatgctaggcaaatg
catcagttcattgtgtcaatggaaagaattgcgtctcagtgtgcttggaccaagcgtaac
aggttcgattcctttgcacctttgcggctgaatgtcgcggcacagtggcttgttgacggt
cgagattatttttggaatctcagtcgagcgataaacatggccaaagaccgtatctatatc
catgactggtggatctctcctgagctctatctgcgtcgacctggtgatgagagatacagg
ctcgataatctattgaagcgcaaagcggaggatggagtcaagattttcatcatcatctat
aatgaagtctcggacaaaactactccggttgacagtcaatacactaagcgaacactcatg
aatcttcaccctaacatcatgattcaaaggtcgccttcgcatttccaaaccgggacattc
tattggtcacatcacgagaaactttgcgtgattgatgagactatcgcgtttatgggtggt
cttgacttgtgttatggccgatgggatactcctcaacacgtcctaattgatgaagaattc
agtgagcccgacggtcctaatggtcccgtgtggcgaggcaaggattacgccaatgagcgc
gttatggagtatacgaaccttgacaaaccgtttgaagatatgtttgacagaacaaaggtt
ccccgtatgccttggcacgatgtcggtctccaaattgttggtcaacctgcacgagacctt
tgtcgtcactttgtgcaacgttggaatcttcttatccgaactaagaaccacaagcgtcgc
atgccttttcttcttcctgctgcagactttactgggcgagaacttcaggacttaaaactg
cagggtacgtgtgaagtccagatctgtcggtcggtaggaccatggtctatgggcacttca
acgaagattgaacattcaattcagaatgcttactgcaaatccatcgaaacttctgaacac
tttgtctatatcgagaaccaatttttcatcacttcaactatcgttggtggtgttgctgtt
gaaaacagtattggtgattctcttgtcaatcgtatcatccgcgcacacaaagaaggtcaa
gattggcgagcttgtattgtcattcctctgttgcctggatacacctatcccctcgactca
aatgaggcgagctcagtgagactgatcttggaatgtcaaaataggacaatttgcagagga
acaagttcaatcttctcaaggttaagaaaggagggaattgatcctgatgattacatcaca
ttcttctctttaagaggatggtccaaattcaaaacaggtgtcttgactagcgagcaggtt
tatgttcatggcaagaccatggttgtagatgatcgccttgtgttgtgtggctctgctaac
atcaatgagcgcagtcagcgtggtgatcgagactctgagcttttggctgtggtccgtgac
actgatatggttgacggaatcatggcaggtcgtccatataaagttggccgctttgcccac
agtcttcgtgttcgcctcatgcgcgaacatgttggtgttgatgttgatgctctggatgaa
gaacatctcatgtctcgagagcctattgccgaggctgatgaagtggaaacttgggaccca
gaccacgagcagcagagcgaaaacgaagggggcgatggcattacgcaagtcaaaaaacgc
gcagcgagggaacgtcttatgaacactttttctgcgggtttggcaagtttaacgaagggc
atgtctgaaaatgccatttcaagtgttaagaagactgcggataagatcgtccatcctgct
gctgtcattgcatctggtcaaactgctgcccatcaccagtttaatgtgggtgacccctcc
gagcgagaagactatgagcctgagggcgaaacatctaaaggttttgcttcttccgtggtg
cctacccttgaagagaaaaccatttttgagcgtcgacaaagtgcccaacaagcgaacggc
aggcctttatttgaccttcaagaagaacgcagtcaacaaggcggacaggatgttagtcag
gccaagagcaaggaggaaagagaggaagctagtgaaacaaatgttcctagaaaaaccaag
aagcataccacgctttttgatggggattcgacagcgcagaaacccagcgttccacgatcg
caaatcgaatcttccagcaaggaactctttggaactccggccaacattgccaccttaaat
gatgatttacccgtacgagggacggaccgccaagcggaaggtgagggaaaagggacagat
gagggtcagacggcttttaaggcgcgaaaaatcttgaggaagcatttgaatgccaacgta
caagtgtctccgtggagcatgccggcgcctacgccagatatcaaccccaacagctttcac
gatccgttggatggaaggttttggaaaaatgtgtgggtggccactgctgttcataacact
gaaatcttccgaaaagtctttagatgtgttcctgatgatctcgttacttcttgggctcag
tacaaagctttcgctaatcatgccgaaaagttcaacaaggagcctgaagatgtcgcccaa
gaaggcagcgacgaacccgttaaggtaactcacgatggccccggtactcatggtgcaggc
ggtggtggatctggtggtggtcaagtaggcacaatgttaagggataaggaaagtaacgaa
agcgagacgattggtcctgatgtagtggatgggaaacctagagaccgcctcggcttggga
acaggggggaccaggaacacgatcaacggaggcgaattgaagatggaggctgaaagggac
aagagaccaagccagcccgatgaggcttgggctgaatgggaaagatatgagatggagaag
ctgttaaatgaagtgcgagggcatctagtaatttatcccacaaggttcttagaagcggaa
gaccttgcgaacaatttcctttttaactccgacaagatcttgcctcttcccatttacaat
tga

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