KEGG   Pyrenophora tritici-repentis: 6343702
Entry
6343702           CDS       T10215                                 
Symbol
PtrM4_110210
Name
(RefSeq) Psd, Phosphatidylserine decarboxylase
  KO
K01613  phosphatidylserine decarboxylase [EC:4.1.1.65]
Organism
ptrr  Pyrenophora tritici-repentis
Pathway
ptrr00564  Glycerophospholipid metabolism
ptrr01100  Metabolic pathways
ptrr01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:ptrr00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    6343702 (PtrM4_110210)
Enzymes [BR:ptrr01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.65  phosphatidylserine decarboxylase
     6343702 (PtrM4_110210)
SSDB
Motif
Pfam: PS_Dcarbxylase C2 EF-hand_7 EF-hand_1 EF-hand_6 SPT2 PRTRC_E CCDC106 DUF8645 U3_snoRNA_assoc DUF3525
Other DBs
NCBI-GeneID: 6343702
NCBI-ProteinID: XP_001935783
UniProt: B2W6L2
Position
5:<2709578..>2712561
AA seq 946 aa
MGEFDVILEDQFQNGLTHQEPQWFPLQSRRSGKKKSIVSGEIQIQFSLIDPLNLTATPEQ
TLQKFFAIATQTPNPDDDDDELLMQSNSNPTDAEDESSSDEAQDESKKAEKREKRRKKLK
LAKLKRKAKGKTQYEYSSTGDIAGVLFLEIQKCTDLPPERNVTRTTFDMDPFVVTSLGKK
TYRTRTISHNLNPVFDEKLIFQVQRHETNYSVNFTVMDKDKFSGNDYVGTVNFPLEKAVS
TAPQEDPETGLYKLPEPSDSPGISPSDSNGKKSRFRLPISRSGSTHSLSRLSRPSLKKES
STGSLTAQDSVPVMGTSAPQTTAIDSNGNLAVAGAVNINTADDEDLKMYTLPLELKQKER
WDNKHNPTLYIRAKYLPYKALRQQFWRAMLKQYDADESGLLDKVELTTMLDTLGSTLHES
TIDSFFERFADQHNGDQLLTFDEAVICLEDQLQLTEARDAKRSGYLESGTQTPASTSGML
TPINKNGSTTSIPVLETNTLGQGGEEGENIQIDDLADEKGEEHVIEIRECPICHQPKLNK
RSDANIITHIATCASQDWRQVNNIVMAGFVTSSQAQRKWYSKVITKISYGGYKLGANSAN
ILVQDRLTGQINEERMSVYVRLGIRLLYKGLKANNMEKKRIRKLLKSLSFKQGRKYDDPA
SASEIVPFINFHQLDMSEVLLPTDQFKNFNEFFYRALKPGARPCSAPDDPRVIVSPSDCR
SVVFNTIDSAQAIWVKGRDFTVERLLGEAYPQDVKRYQGGSLGIFRLAPQDYHRFHIPVD
GVMDEPKTIEGEYYTVNPMAIRSALDVYGENVRVVVPIDSVAHGRVMVICVGAMMVGSTV
ITRKKGEQVKRAEELGYFKFGGSTLLLLFEPGQMRYDEDLVDNSNSALETLVRVGMSIGH
SPNRPAYAPDMRKSNPTLEEKQDAKRRIEGSLAPEGVKGPMPGAGM
NT seq 2841 nt   +upstreamnt  +downstreamnt
atgggcgagtttgacgtcatacttgaggatcagtttcagaatggactcacacaccaggag
ccgcagtggttccccctacagtcacggcgatccggcaagaagaagtcgattgtgtcaggc
gagatccagatccagttctccctcatcgaccccctcaacctcactgcgacccctgagcag
acgctacagaagttcttcgccattgccacacagacaccgaaccccgatgacgacgacgac
gaactcctgatgcagagcaacagcaaccctaccgacgccgaagacgagtcgagctcagac
gaggcgcaggatgagtcgaagaaggctgagaagagggagaagcggcgaaagaagctcaag
ttggccaaactcaagagaaaggcaaagggcaagactcagtacgaatactcaagtaccggc
gacatagctggtgtcctcttcctagagattcaaaagtgtaccgacctgccaccagagcgc
aacgtcacccgcaccacattcgatatggacccctttgtcgtgacctcgctcggcaagaag
acgtaccgaaccagaacaatcagccacaacctgaaccccgtattcgacgagaagctcatc
ttccaagtccagcggcacgagaccaactactctgtcaatttcaccgtcatggacaaggac
aagttttcagggaacgactacgttggcacagtaaacttcccgctcgaaaaggctgtttcc
acagccccccaggaagacccagagactggcctctacaagctccctgaaccgtcagactct
cctggcatttctccttcggattccaacggcaaaaaatcccgcttccgtcttccaatctct
cgctccggctccactcacagcctttcgcgtctgtctcggccatctctaaagaaggaaagc
tcgactggttcgctgaccgcacaagactcggttcccgttatgggcacaagcgccccacag
accactgcaatcgactccaacggtaatctcgcagttgctggcgcggtcaacatcaacacc
gcagatgatgaggatttgaaaatgtacacactccctttggagctgaaacagaaagagcgt
tgggataacaagcacaaccccaccctttacattcgcgcaaagtacctgccatacaaagcc
cttcgacagcagttctggagagctatgcttaagcaatacgatgccgatgaaagtggtctc
ctagataaggtcgagctgactaccatgctggatacccttggctccactctacacgagtcg
accatagacagcttctttgagcgatttgctgaccaacacaatggggaccaactcctcacc
tttgacgaagccgtcatttgtctggaagatcagctccagctcacagaagcgagagacgca
aagaggtcgggctacctcgagtcaggcacacagactcccgcgtcgacatctggaatgctt
acaccaatcaataagaacggctctactacatccatccccgtcctagagaccaacacgttg
ggccaggggggtgaagaaggcgagaacatccagattgacgacttggcggatgaaaagggc
gaggagcatgtcatcgaaattcgtgaatgccccatatgtcaccagcccaagttgaacaag
aggtccgatgccaacattatcacacacatcgctacatgcgcaagtcaagactggcggcaa
gttaataacatcgtcatggccggatttgtcacttcaagtcaagctcagcgaaagtggtac
tccaaagtcatcaccaagatctcttatggtggctacaagctgggtgcgaactcggcaaac
attcttgttcaagaccgtcttactgggcagattaacgaagagcgtatgagcgtatatgtc
cgcttgggcattcgcctgctctacaagggtctaaaggcaaacaacatggaaaagaagcga
atccgaaagctgctcaagtctctcagcttcaagcagggacgcaagtatgatgatcctgct
tcggcctcggagattgtaccattcataaacttccaccagctcgacatgtccgaggtacta
ctgccaacagaccaattcaagaactttaacgagttcttctatcgcgcactgaagccaggt
gctcgtccatgctctgctccagatgacccaagagttatcgtttctccttccgattgtcga
tctgttgtgttcaacacaatcgactcagcccaggctatctgggtcaagggccgtgacttt
actgtcgagcgtctgcttggtgaagcataccctcaagatgtgaagcgctaccagggaggt
tctctcggaatcttccgattggcaccgcaagactaccatcgattccacattcctgtcgat
ggtgtcatggacgaaccgaagacgattgagggagagtactacacagtcaacccaatggct
attcgctctgctctcgacgtatatggcgaaaacgttcgtgtcgtggttcctattgactcc
gtcgctcatggccgcgtcatggtcatctgcgttggcgccatgatggttggtagcacagtc
attacgcgcaagaagggcgagcaagtgaagcgtgctgaagagttaggatacttcaagttt
ggtggaagtaccttgctgcttctcttcgaacctggtcagatgagatacgacgaggacctt
gtggacaactcaaactctgcccttgaaacgcttgtccgcgttggcatgtcaattggtcat
agccccaacagaccagcatatgcccctgacatgcgcaaatccaaccctactctggaagag
aaacaggacgctaagcgccgtattgaaggtagcctcgctcctgaaggcgtgaagggaccc
atgcctggagctgggatgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (16)   

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