KEGG   Kwoniella europaea: 91104386
Entry
91104386          CDS       T10999                                 
Symbol
V865_005585
Name
(RefSeq) phosphatidylserine decarboxylase
  KO
K01613  phosphatidylserine decarboxylase [EC:4.1.1.65]
Organism
ker  Kwoniella europaea
Pathway
ker00564  Glycerophospholipid metabolism
ker01100  Metabolic pathways
ker01110  Biosynthesis of secondary metabolites
Module
ker_M00093  Phosphatidylethanolamine (PE) biosynthesis, PA => PS => PE
Brite
KEGG Orthology (KO) [BR:ker00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    91104386 (V865_005585)
Enzymes [BR:ker01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.65  phosphatidylserine decarboxylase
     91104386 (V865_005585)
SSDB
Motif
Pfam: PS_Dcarbxylase C2 EF-hand_6 CEP76-C2 Zf_2nd_IFT121
Other DBs
NCBI-GeneID: 91104386
NCBI-ProteinID: XP_066085451
Position
1:join(14634251..14634675,14634757..14634925,14634986..14635081,14635148..14635345,14635415..14636159,14636237..14636415,14636476..14636610,14636661..14637704,14637780..14637846,14637939..14638314,14638426..14638631,14638708..14638785,14638859..14639052)
AA seq 1303 aa
MPNTEEALAIANTNTNTKPPPDSQPGKAPPRLKRLASKPLKMAASTFRSSRASSPGPSDT
TTTLVSSDSVSSDTKSGRFSRRKSSKHQHQPISQGMTAAQIASAARGPRKPLEGEEPAVY
LRVRVVSAKGLVAKDRGGTSDPFLTLLMPPSSRHSTKVIKKSLDPTFPPETSTFDFPIYL
SLTGVIGGRGIECVLWDKDLMRKEYMGELTIPVDKWFPEGEIHLWRDNLPLLTQKLLSTR
RKHTVTGTVSFQIGFIPPKDAVDSEDALKRVRRVYGSLVEQASVGRNSIGVLGVPAHKGI
GTVKMRQEPIRSSSLARPTSMVASAVSGIVSSMKGGHKTVPVAGQPTSTEMDEIENDDDD
DDVDSLSDDGMSSSSSSDEFEDALDEEEETETPMPMPVNESPSMVENVIAGVSEQTSGLP
ESKTTNKTQKRESSGNSGLLVPGPKTGSGSGSQGDYFASAPMIKGGSGDSNVSTPGIVTP
GGTKMRRPLFKRGKSRTESSSQVQTIQKKKSKKGFNFDANQGKEVLGIVILEIKGAEDLP
KLKNALKFSFDMDPFVVISFGKKVFRTRVIRHSLNPTWDEKLLFHVRRHESTYTMQFAVL
DWDKVSGNDMVGTCTLPLSELIADAPKPDPETGLYDKEVDGKHEMREFTLNLSTEKDMAW
EARHSPKLTVRAKYEPYDALRQRFWRQYITQYDVDDSGCMSYTELTAMLDSLGSTLTRRT
LEGYFSSCGKSADKDELTIEEVIHCLEKEVTKSRAEKEKLSGDELATSGTSGLGGATPAI
SAQPASEGLEMTGPDGNIAASAGVDPDELAEHIERSRPKNQDGAGKDGEDVAGNIQPISD
RRESNVPAVKVDRTATLDGETIPLNRGINIGEETDGEVTTPGSSYSENDDDNDNETPIDD
RERIINIKTCPLCHRPRLGKKSEQDIVTHLAVCASADWSRVDRIVTANYVTSSQAQRKFL
SKIVNKVAIGSYALGANSANILVQDRRTGQLQEEKMAVYVRLGIRVLYKGAKGQMHSVRA
RKLLKSLSVKQGLKYDSPSSAVDIPGFIAFHNLDTEEILDPLDSFKNFNEFFYRKLKPEA
RPVEEPDNDGRLVSCADCRMMAFETVHEATQIWIKGREFTVGRLLGPNYKDVAGRFEGGG
LAIFRLAPQDYHRFHSPVKGKIGKMTMIDGEYYTVNPQAIRTTLDVYGENVRKIVPIQSE
EFGLVMTVWVGAMMVGSILTTVEEGQEVNRADELGYFAFGGSTIVCLFEKGAMRWDEDLL
QNGRASIETLVRMGMGIGRSTKKSNGGSLSSSVSGVSTPAEKI
NT seq 3912 nt   +upstreamnt  +downstreamnt
atgcccaacacggaagaagctttggcgatagccaataccaataccaataccaaaccccct
cctgactctcaaccaggtaaagcaccaccacgactgaagcgactggcctctaaaccactc
aaaatggcagcgtccaccttcagatcctctagagcttcttctccaggtccatcagatacc
actaccaccctcgtatcgtcagattcagtatcgagcgatacaaaatccggtaggtttagt
agaaggaaatcatcaaagcatcaacatcaacctatatcacaaggtatgacagctgcacag
atcgcttctgctgctcgaggaccccgaaaacctctggaaggcgaagaacccgctgtatac
ctcagagttagagtggtcagtgctaaggggttagtagctaaagatagaggtggaacttct
gatccattcctcactttgctcatgcctccttcttctcgacattcaaccaaagtgatcaag
aaatctctcgaccctactttcccacctgagacaagcacgtttgatttccccatttacctc
agtctgacaggcgtgattggtggaagaggtatagaatgtgttctctgggacaaggacctc
atgcgtaaagaatatatgggcgagttgacgatacccgtcgataagtggttccccgagggt
gaaatacacctttggcgagacaatcttcctcttctcacacagaaactcttgtccactcgt
cgaaagcacaccgtcacgggcacggtgtcattccagattggatttatccctcctaaagat
gcagtcgactctgaagatgccctcaagagggttagaagagtatatggctcacttgtcgaa
caagccagtgtgggtagaaactcgattggcgttctgggtgtaccggcgcataagggtata
ggtaccgtcaagatgaggcaggaacctatcagatcttcttcacttgctcgacccacctcg
atggtcgcgtctgccgtttcaggtatcgtgtcatccatgaaaggaggtcataaaactgta
cccgtcgctggtcaacctacttccactgaaatggacgaaattgagaatgatgatgatgac
gatgacgtcgattcactctccgacgatggaatgtccagttcatcctcttctgacgaattt
gaagatgccttagacgaagaagaagagaccgaaactcctatgcctatgccagttaatgaa
tctccatcgatggttgagaatgtgattgctggagttagcgaacagacttccggattacct
gaatcgaaaacgaccaacaaaactcagaaaagagaaagcagtggtaacagtggattgtta
gtacctggacctaaaaccgggtcaggatcaggttcgcagggcgactatttcgcttctgcc
ccgatgatcaaaggtggttcaggcgattcaaacgttagtacgcctgggatagtcacacct
ggaggaaccaagatgagaagacccttatttaaaaggggtaaatcgagaactgaatcgtca
agtcaagtgcaaacaatccagaaaaagaaatcgaagaaggggtttaatttcgatgcgaat
caaggtaaagaagttttgggtattgtgattctggaaattaaaggtgcagaagatttacca
aaacttaagaatgctctgaaattctcttttgatatggatccattcgtggtgatttcattt
ggaaagaaagtttttagaactagagtgattagacattccctcaacccgacttgggacgag
aagctgcttttccatgtgagaagacatgaaagtacatataccatgcaatttgctgtactc
gattgggataaggtgtctggaaatgacatggtcggtacctgcactcttccactcagcgaa
ctcattgccgatgctcctaaaccggatccggagactggcctttacgacaaggaagttgac
ggtaaacatgagatgagggaatttaccctcaacctctcaaccgagaaagatatggcctgg
gaagctcgacattctccgaaacttactgttcgagcgaaatacgaaccgtatgatgctctc
cggcaacgattctggcgacagtacatcactcaatacgatgtcgatgattcaggttgtatg
tcttacactgaactcacagcgatgctcgattcgctcggttcgacacttactcgacgaacc
ctcgaaggatatttctcgagctgcggcaaatcagctgataaggatgaattgactattgaa
gaggtcatccactgtttagagaaagaggttaccaagtctcgagctgagaaagagaaatta
tcaggagacgagcttgccacgagcggcacgagtggtctgggaggtgctacacctgcgata
tccgctcaacctgcttcagaaggtttggagatgactgggccagacggcaatatcgctgct
tcagctggggtggatcctgatgaattggctgaacatatcgaacgaagtcggcccaagaac
caggacggtgcaggaaaagatggtgaggatgttgctgggaatatccaacctatatcggat
aggagagaatcgaatgtccctgcggtcaaggttgatagaacagctactttagatggggaa
actatacctttgaatagaggtatcaacatcggtgaagaaactgatggagaagtgacgact
cccggatcgagctattcggagaatgacgatgataatgataatgagacccccatcgatgat
agagagagaataatcaatatcaagacttgtcctctatgtcatcgacctagattaggtaag
aagtcagaacaagatatcgtcacccaccttgctgtctgtgcgtcggcagattggtcaaga
gtcgaccggatcgtcactgccaattatgttacttcgtctcaggcccaaaggaaattcttg
agtaagattgtcaataaggtggctattggaagttatgctttaggagcgaatagtgcgaat
atattggtgcaggataggaggactggacaattgcaagaggaaaaaatggctgtatatgta
cgattgggaattagggtgttgtataaaggtgccaaaggtcagatgcacagtgtgagggcc
cgtaaattactcaaatcattatccgtcaaacaaggtctcaagtacgattcaccctcatcc
gcagtggacataccaggatttatcgcatttcataacctagataccgaagagatcttagat
ccattagattcgttcaaaaactttaatgagttcttctatcgaaagttgaaacccgaggct
agacctgttgaggaacctgataatgatggacgattggtatcgtgtgcggattgtaggatg
atggcttttgagactgttcatgaagctacgcaaatctggatcaaaggaagggaattcacg
gttgggaggttgttgggtccgaattataaagatgtagcgggacggtttgaaggtggagga
ttagctattttcagactcgcacctcaagattatcaccgattccattcgcctgtcaaagga
aagataggcaaaatgacgatgattgacggtgaatattatactgtcaacccgcaagccatc
agaaccactttggatgtatatggtgagaacgtcaggaagatcgtaccgattcaaagtgaa
gagttcggtctggtcatgactgtttgggtcggtgcgatgatggttggaagtatccttacg
accgtggaagaaggtcaggaagtcaatcgagctgatgaattgggttatttcgcttttggc
ggatcaaccatcgtatgtctattcgaaaaaggagctatgagatgggatgaagatctctta
cagaatggtagagctagtatagaaaccttggtcaggatgggcatgggcattgggagaagt
acgaagaaatctaatggcggcagtttgagttcgagcgttagtggtgtttcgacacctgct
gagaagatatga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (9)   

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