KEGG   Scheffersomyces stipitis: PICST_81277
Entry
PICST_81277       CDS       T01023                                 
Symbol
SPO14
Name
(RefSeq) phospholipase D
  KO
K01115  phospholipase D1/2 [EC:3.1.4.4]
Organism
pic  Scheffersomyces stipitis
Pathway
pic00564  Glycerophospholipid metabolism
pic00565  Ether lipid metabolism
pic01100  Metabolic pathways
pic01110  Biosynthesis of secondary metabolites
pic04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:pic00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    PICST_81277 (SPO14)
   00565 Ether lipid metabolism
    PICST_81277 (SPO14)
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    PICST_81277 (SPO14)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pic04131]
    PICST_81277 (SPO14)
Enzymes [BR:pic01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.4  phospholipase D
     PICST_81277 (SPO14)
Membrane trafficking [BR:pic04131]
 Exocytosis
  Calcium ion-dependent exocytosis
   Phospholipases
    PICST_81277 (SPO14)
 Endosome - Golgi transport
  Others
   Others
    PICST_81277 (SPO14)
SSDB
Motif
Pfam: PLDc PLDc_2
Other DBs
NCBI-GeneID: 4851787
NCBI-ProteinID: XP_001387103
JGI: 81277
UniProt: A3GHN8
Position
1:complement(2827055..2832984)
AA seq 1783 aa
MPESVTSQPRPAPTVDRSPTSGFKRISIPRFSRHDPNGKEVDIHEHPETSNENNNFPNLQ
NGSVSPLREVTDVEQIYDAVSLHSEQKTPSTTRRPSFFGQESPKVITNPWNFIFKNVDKD
EQRYETEEQEAKDKVPYEPHNPEDETVESPEFLDARHHSQSFSNFIPSMFSGKHERDANT
NLQAAGSPENDFQVTEELKRQQTFMKKFSIFNRRRNKDSSRKQSIAAADLAEPLLEDPDK
PTGERASKLIGSLAMGAPAINLLASCLLEDEHGISRAPLVLTLIGLKVTDISAGISTRIR
KFKIELEYGLGPQRLKWSVDKTAKDLLYLHSKFKFERWRNEVVRNKNSELPKCPIPPIRG
ADLNRGRRRKSLPSNALHNQELHRVSVGEELGNVVRARSENDEDNNSISSTHSFRDHLTR
LRSHLSLSSASTHDQSPEQIRTRIQKNQDYIRDVEKYLNSMIEMYALKPQSNRLFHFFEI
SPISSLLSYETGYSGKQGIVHVGGSTKSQGWRVGHFRANDLKGMIDRRSEKWLLVRNSYV
MYVSDINSTLPLEVFLVDSKFKISYKRDVEQSREDEESDYDDSSIIQKQIADNDIKDAAR
SVFNQLKITLENSERKLQINPKSQKEQKLWIKSLTEMKISTDWSQTHRFGSFAPVRENCY
AQWFVDGRDYFWAVSSALEMAKDVIFIHDWWLSPEIYLRRPANGNQQWRLDRILQRKAQQ
GVKIFVIVYRNVGSTVSTDSLYSKHSILSLNEENIHVIRSPNQLLQNTYFWAHHEKLCII
DQTVAFVGGIDLCYGRYDTPDHVLVDDSDINFQTLSSDDRPTAEEFIKFQTFPGKDYSNP
RVKDFFGLERPYESMYDRNVVPRMPWHDVHMVTSGKVARDLARHFVQRWNYLLRQKRPSR
FTPLLTPPPDMSDEEAKVMGLDGTCEVQLLRSACNWSLGIKEHEQSIQNAYLKLIETSEH
FIYIENQFFVTSCIIEGTEIENRIGDAIVDRIIRAYKEKKVWKAIIVIPLMPGFESQVDE
PDGSSVRVIMQCQYLSISRGLYSIFSKLRKFGVDPDNYIQFFSLRKWGRIGPDRTLVTEQ
LYIHAKTMIVDDRAVIIGSANINERSMRGIRDSEVAAIVRDKETVRTHMNGEPYLACRFA
HTLRMRLMREHLGIDVDILDIVERRFKRFEEYARTQEGIQSATSVFRKSENIVLSAMVEI
ASRDILDQPEGTFRWKNFQKSKKVDGEPDVIAQNLSCQEDNDTEKPSPLALPISFNNRTG
PHEANKGIRDKKKHSYDTRVQNNEFHKQDVYGDGLDKYRSKLAKRARLNSSRFLKEKATQ
YMHENPLMTYLPDVESVHEFLECDDYDMIEEMDETSEEVISTRNRERWQLLKKLSYMQRV
AAREMKEDDEERKKRVNAGLSAGIGGKSPGNEGSPVSFSDKNSSPEAVANNNGSNTNHGD
LNGTTLDNVSLPSVERKHEGMNEMVTEIPIITLSEQEAQDIIQSLAPAGDREFNKFLDPY
GFEDPLDVEFYEDIWFEYARRNTEIYRMTFHTQPDDTVDTWKDYKQFSKLQKAFVVSQQQ
EAKFRKQHRGRKEEESESESESEDESEGFQYRPTMAHRPSQATINVRKFNQVGLLGNAPP
SADGVVPNEVKSSPSSAHKLRLRRRMNKTTIQEDDEENGGDNDETEAILVFPNDEEAAND
EKEYEAVVESSDASPEASSTPVLNGTAASGAPVRRKRRRAGTFSARRRAYMGERIFDRDS
AERLLLEVQGNLVLFPTEWLSRELDGGNWFYNTDRLPPIDIYD
NT seq 5352 nt   +upstreamnt  +downstreamnt
atgccagagtcggtgacgtcacagccccgtccagcgcctacagtggaccggtcacccacc
agtggcttcaaacggatctccataccgagatttctgagacatgatcccaatgggaaagaa
gtggatattcatgaacatccagaaaccagcaatgaaaataataatttcccgaatctccag
aatggttcagtctctccactcagagaagttacagatgtagaacagatatacgatgctgta
tctttgcattcagaacaaaagacaccactgacgacaagaagaccatcctttttcggacaa
gagtcgccgaaagtaatcacaaacccctggaacttcatattcaaaaacgtagataaggat
gagcaacggtatgaaactgaagagcaggaagcaaaggataaagtgccgtatgagcctcac
aatcccgaagatgaaactgtggaaagtcccgaatttttagatgctcgtcatcactcacag
tctttttcgaattttatcccttctatgttcagtggaaaacatgaaagagatgcaaacaca
aatcttcaggctgcagggtctcctgagaatgacttccaggtgacagaagaattgaaaaga
cagcaaactttcatgaagaagtttctgattttcaacagacgtagaaacaaagacagtagc
cgaaagcaaagtatagcagccgcagatttggctgagcctctacttgaagacccagacaaa
cctaccggagaaagagctctgaagttgattggtagtttggcaatgggtgctcccgcgatt
aatttacttgcttcgtgtttactagaagatgagcacggtatttctcgggctccacttgtg
cttacattgattggattgaaagtcacagacatatctgctggcatttcaactaggatcaga
aagttcaagatcgagttagagtacggcttgggacctcagagattgaaatggtctgtagac
aaaaccgccaaggatctcttgtatttgcactccaagttcaaattcgaaagatggagaaat
gaagtcgttagaaacaagaactctgagttgcccaaatgccccattccgccaatcagagga
gctgatttgaacagaggaagaaggagaaagagtcttccttcaaatgcacttcataatcaa
gaattgcatagagtttctgtaggtgaagaattgggcaatgttgtacgtgcgagaagtgaa
aatgacgaggacaacaactctattagcagtacacacagtttccgcgaccatttgacgaga
ttgaggctgcatctcagtctctcatcagcttcaacacacgaccaatcaccagagcagatc
agaaccagaatccagaagaaccaggactacattcgcgacgtggaaaagtacttgaacagt
atgattgagatgtatgctttgaagccacagtctaatagactcttccacttctttgaaatc
tcccctatctcatcattgttgagctacgaaaccgggtatctggggaagcaaggtattgta
catgtgggtggttcgaccaagtcgcagggctggagagtgggccattttagagccaacgat
ttgaaagggatgattgatcgaagatcagagaagtggctcttggtgagaaactcatatgtg
atgtatgtttccgacatcaattccactctaccattagaagtattcttggttgattctaag
ttcaaaatatcctacaaaagagacgtagaacagagcagggaagatgaagaatccgattat
gatgattcttctatcatccagaaacagatagctgataatgatatcaaagatgctgccaga
agtgttttcaaccagctcaagattaccttggaaaatagcgagagaaaactacagattaat
cccaagtcgcagaaggaacagaagttgtggatcaaatcgctcacggaaatgaaaatatcc
actgattggtcacaaactcatcgttttggctcctttgcacctgtaagagagaattgttat
gctcaatggtttgtagatggcagagattacttctgggctgtgtcttcagctttggagatg
gccaaggatgtgattttcattcacgactggtggctttctccagaaatatatttgcgtagg
cccgccaacggtaaccagcaatggcgtttggatagaatcttgcaaagaaaagctcaacag
ggagttaagatttttgtgattgtttacagaaatgttggatctactgtttctacggattct
ctctattccaagcactctattctatcattgaacgaagaaaatatccatgtaatccgttct
cccaaccagctcttgcagaacacgtatttctgggctcaccatgaaaagctctgtattata
gatcaaactgtagcctttgtgggaggcatcgatttgtgctatggtcgttacgatacccct
gaccatgtgcttgtggacgactcagatatcaatttccaaactctctcaagtgatgataga
ccaaccgctgaagagttcataaagtttcaaaccttccctggtaaggactactctaaccct
agagtaaaagatttctttggtctagaacgtccctacgagtctatgtatgatagaaacgtc
gttcccagaatgccatggcacgatgttcacatggtaacatctggtaaagtggctagagat
ttggctaggcactttgtacaacgttggaactatttgcttagacagaagagacccagcaga
tttactccattgcttactcctcctccagacatgtccgacgaagaagccaaggtaatggga
ttagatggaacttgtgaagttcaattgcttagatcagcttgtaactggtcattaggcata
aaggaacacgagcagagtatccagaatgcctatttgaaactcattgagacttctgagcac
ttcatctatattgaaaatcaattctttgtaacgtcttgtattattgaaggtacagagata
gagaacagaattggtgatgctatcgttgacagaattatcagagcgtataaggagaagaag
gtatggaaggctataattgtcattccacttatgccaggctttgaatctcaagttgacgag
ccagatggatcttcagttagagtcatcatgcaatgtcagtacttgtcgatttccagagga
ttatattcgattttctccaagttgcggaagtttggcgttgatccagacaactacattcaa
ttcttttctttgagaaaatggggtagaataggtcctgataggactttggttaccgagcag
ttatacattcacgccaaaaccatgatcgtggatgatagagcggttatcataggcagtgct
aacattaatgagagatctatgagaggtatcagggactccgaggtagccgctattgtgcgt
gataaggaaactgtacgtactcacatgaatggcgagccatacttggcttgtagatttgct
cacacgttgagaatgagattgatgagagaacatctcggaatcgatgtggatatcttggat
attgttgagagaagatttaaacgttttgaagagtacgcgagaactcaggaaggtattcaa
tctgctactagtgtgttcagaaagctggaaaatatagttctttcagctatggttgaaata
gcatccagggatatattagatcagccagaaggcacattcaggtggaagaactttcaaaag
ctgaagaaagtagatggagaacctgatgttatagctcagaacttaagctgccaagaagac
aacgatactgaaaaaccttctccattggcgttacccatttcgttcaacaatagaactggt
cctcacgaagccaataaaggtatcagagataagaagaagcactcttacgatacaagagta
cagaacaacgagtttcataagcaagatgtttatggagacgggctcgataaatatagaagt
aagctagccaagagggccaggctcaacagcagtaggttcctcaaagaaaaagctacacaa
tacatgcatgagaatccattgatgacatacttgcctgatgtggaaagtgtgcatgaattc
ttggagtgtgacgactacgatatgattgaagaaatggacgagacctctgaggaagttatt
tcgactagaaacagagaaagatggcagttgttgaagaagctatcatatatgcaaagagtt
gctgctagagaaatgaaggaagacgatgaagaaagaaaaaagagagtaaatgctggactc
agtgctggtattggaggaaagtcaccaggaaacgagggttctcctgtttcgtttagtgat
aagaatagttctcctgaagctgttgctaacaataatggtagtaatacaaaccacggcgat
ttgaatggcacaacacttgacaatgtttcgcttccttcagtagaaaggaagcatgaagga
atgaatgaaatggtcactgagattccgattattacgcttagcgaacaagaagcccaagat
atcattcagagcttggctccagcaggagatcgtgaattcaacaaattccttgatccatac
ggttttgaagatccgctcgatgtggagttttatgaggatatctggtttgagtacgctcgt
agaaacacagaaatctacagaatgactttccatacgcagccagatgataccgtagatacc
tggaaggactacaaacagttttccaagctccagaaggcattcgttgtttcacagcagcaa
gaggccaagttcagaaaacaacatagaggtcgaaaggaagaagaactggagtctgaatct
gagagcgaagacgaatcggaaggattccagtatcgcccaacaatggcacatcgtcctagt
caagcaactatcaacgtcaggaagttcaatcaagttggtttgttgggtaatgcaccacct
tcagctgatggggtagtaccaaacgaagtcaagagcctgccttctagcgctcataagcta
agattgagacgtcggatgaacaagactactattcaggaagacgacgaagaaaacggtggc
gataatgacgagactgaagccatcctagtcttccccaacgacgaagaagcagcgaatgac
gagaaagagtatgaagctgtagtagaatcgtctgacgcttcaccggaggcctctagtaca
cccgttcttaacggtaccgctgcttctggtgctcctgtaagacgcaaacggagaagagct
ggtactttctctgccagaagaagagcatatatgggggaacgtatctttgacagagactcc
gcagaaagattattgcttgaagtacaaggtaaccttgttcttttccctactgaatggttg
ctgagagagttggacggaggcaactggttctacaacaccgatagacttccacctatcgat
atctatgattga

  All links  
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 (5)   
   KEGG ORTHOLOGY (1)   
   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 (2)   
   Pfam (2)   
All databases (31)   

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