KEGG   Cryptococcus deneoformans JEC21: CNJ02200
Entry
CNJ02200          CDS       T00243                                 
Name
(RefSeq) phosphatidylserine decarboxylase, putative
  KO
K01613  phosphatidylserine decarboxylase [EC:4.1.1.65]
Organism
cne  Cryptococcus deneoformans JEC21
Pathway
cne00564  Glycerophospholipid metabolism
cne01100  Metabolic pathways
cne01110  Biosynthesis of secondary metabolites
Module
cne_M00093  Phosphatidylethanolamine (PE) biosynthesis, PA => PS => PE
Brite
KEGG Orthology (KO) [BR:cne00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    CNJ02200
Enzymes [BR:cne01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.65  phosphatidylserine decarboxylase
     CNJ02200
SSDB
Motif
Pfam: PS_Dcarbxylase C2 EF-hand_6 EF-hand_7
Other DBs
NCBI-GeneID: 3254295
NCBI-ProteinID: XP_567388
UniProt: Q5KAC5
Position
10:complement(join(639892..640028,640078..640155,640206..640411,640458..640900,640948..641967,642014..642327,642373..643093,643141..643338,643390..643485,643535..643703,643765..644177))
AA seq 1264 aa
MPSPPTDVNAALDIAGHPDRSTRSQPRLRRLASKPLKLAASTFKPRSSRAPSPFLPDDPS
STTISTAASSASGGWKKGTRHQHISHQTAAGLTPAQVASAARGPRKPLEGEEPAAWLRVR
VVKAEGLVAKDRSGTSDPFLSLLMPPCTRYSTPVVKKTLDPVFPADTCTFDFPIYLSLAG
VVGGRGLEGVLWDKDLMRKEYMGEIAIPVDKWFPDGHAHLWHDNLPLLTQRILSTRRKHK
VSGTTTFQIGFVPPKNTTSTEESLRTIRLVYAALMDHGSLSRGSIGVLGVPAHKGIGTVK
MRTQPVEPSRLAKLQGAASAVAGSLTGGHKMVNLQGSEVHPEDEDDEPDDEEELLSDDGI
SSSSSNDEFEDALEEEEVMILTDSPSTNEPADIPLGQQVPGLSITPSDAPVDDKTPKTAG
YLGPQGRRKAHSRQASLPIGQLEAQPMVKSSSADSAVSSAGTSTTGLVTPGGKARRPLFR
RGKSRADSGTEQKPVEKKKSRGFEFDAKQGKEVLGIVILEIKGATDLPKLKNALRVSFDM
DPFVVISFGKKVFRTRVIRHSLNPIWDEKLLFHVRRHEAGYLAQFAVLDWDKVSGNDMIG
SCVLPVSELIADAPKPDPQTGLYDKEVDGKHEMKEFTLSISTDKDRAWEAKHSPKLTVRA
KYEPYDALRQRFWRQYITQYDADDTGALSYTELTAMLDSLGSTLTRHTLEGYFSICGKEA
DKDELTMEEVIKCLEGEVAKSRFEKAKVGSDDSTTDASTPSVAPQPAQDGLGFVGPQGNI
SSPVDPDELAESIRQSKPRNQKGADGDESAGNQTVVGGPGSVVSSIKMPPGVPSVKVERT
TSFDGGTVPAPGQPGADGNFTPQSSSDADLDETDSTPFDDRERVINIKTCPLCHRPRLGK
KSEQDIVTHLAICASADWSRVDRIVTANYVTSSQAQRKFLSKIMNKMAIGSYALGANSAN
TIVQDRITGQLQEEKMAVYVRMGIRVLYKGAKGSMNGARARKLLKSLSIKQGLKYDSPSS
AVDIPGFIAFHNLDINEILDPLDSFKTFNEFFYRKLKPDARPIEEPGNDDRLVSCADCRL
MAFETVNEATQLWIKGREFTIGRLLGPNYKDVIDRYEGGALAIFRLAPQDYHRFHSPVKG
KIGKMTMIDGEYYTVNPQAIRSPLDVYGENVRKVVPIHSENFGLVMTVWVGAMMVGSILT
SVNEGQEVERGDELGYFAFGGSTIVCIFEKDALQWDDDLLQNGRASIETLVRMGMGLGRS
VQKP
NT seq 3795 nt   +upstreamnt  +downstreamnt
atgccctccccccctacagacgtcaacgcagctcttgacattgccggccacccagacagg
tccactcgctcacagccacggctcaggcgactcgcatcgaaacctctcaaactggcagct
tccaccttcaagccccgctcttcacgagcgccctctcctttcctacccgatgatccctct
tctaccaccataagtacggcagcttcttctgcttcaggagggtggaaaaaggggactcgg
caccagcacatatctcatcagacagcggccgggctcactcctgcacaagtcgcttcagct
gctcgaggtccccgcaagccattagaaggagaggaacctgcggcttggcttagagtcagg
gtagttaaagctgaaggtctggtagccaaggataggagtgggacaagtgatccctttttg
agcctactcatgcccccttgtacccgatacagcactcctgtcgtcaaaaagaccttggac
cctgttttcccagccgatacatgtacctttgattttcccatttacctgagcttggctggg
gtagtaggtggcagaggtttggagggtgtgctttgggataaggacctgatgaggaaagag
tatatgggcgaaatagcgattccagtagacaaatggttccccgacggtcatgcccatctc
tggcacgacaatttacctctccttactcaacgcatcctgtctaccagacgaaagcacaag
gtctcaggcaccaccaccttccaaatcgggttcgtgcctccaaagaacactaccagcact
gaggaatctttgcgcaccataaggctggtttatgctgctttgatggatcatggtagcttg
agcaggggatctattggagtgctcggggtgccagcccacaagggcatcggtacggtcaag
atgcgcactcagcctgtcgagccttcccggcttgccaaactccaaggtgcagcttccgcc
gtcgcgggttctttgacgggaggtcacaaaatggtcaacttgcagggctctgaagtccac
ccggaggacgaagatgatgaaccagatgatgaagaggaacttctgtcagacgatggtatc
tcctcaagttcttccaatgatgaatttgaagacgccttagaggaagaagaagtcatgatc
ctgaccgactcgccctctaccaatgagcctgctgacatacctctgggccagcaagtaccc
ggtctatccattacacctagtgatgcacctgtagatgacaagacgccaaagaccgcaggc
tacctcggccctcaaggcagacgtaaagcacattctcgccaagcctcattgccaataggc
cagcttgaagcccaacccatggtcaagtccagttctgccgattcagccgtttccagcgcc
ggcacgtctacaacaggtctcgtcacgcctggcggtaaagcgaggcgacccttgttcagg
cgcggtaagtctagggctgatagtgggacggagcaaaagcctgttgagaagaagaagtcc
agagggttcgagttcgatgccaagcaaggtaaggaggtgctgggcatcgttattctggag
atcaaaggagcgaccgatctccccaagctgaaaaatgctttgcgagtgtccttcgacatg
gacccttttgtcgtcatctcatttggcaagaaggtcttccgaactcgagtgatcagacac
tccctaaaccctatttgggacgaaaaacttctctttcacgttcgccgacatgaggcagga
tatcttgctcaatttgcagttcttgattgggacaaggtgtccggtaatgatatgatcggg
tcctgtgtattacctgtgagcgagctgattgcggatgcgcccaagcctgatccccaaact
ggcttatacgataaagaagttgatggaaagcatgagatgaaagaattcactctgtcaatc
tctacagacaaggatagggcttgggaagccaagcactctcccaaacttactgttcgagca
aaatacgagccctacgacgcccttcgccaacgtttctggcgtcaatacataactcaatac
gatgcagatgatactggcgctctctcttacaccgaactcaccgccatgctcgattccctc
ggctctactcttactcgtcacacattggaaggttatttttctatatgcggtaaagaggcg
gacaaggatgaattgacaatggaggaagttatcaagtgtttggaaggggaggtggcgaag
agtcggtttgaaaaggccaaggttggctcagatgattcaacgacggacgcaagcactccc
tctgtagctccgcaacctgctcaggatggcttgggtttcgttggtccacaaggaaacatt
tcgtctcccgtggatcctgatgagcttgcagagtcaattcgacagagcaagcctagaaac
caaaagggtgcggacggtgatgagagtgcaggtaatcagaccgtggtaggtgggcctggg
agtgtcgtcagctcaatcaagatgccccccggcgttccgtctgtcaaggtagagcgaaca
acctcatttgacggtgggactgtcccagccccaggtcaacccggtgctgacggcaatttc
actccccaatcatcatctgatgccgaccttgacgagaccgattctaccccgtttgacgat
cgcgaacgtgtcatcaatatcaagacgtgccctctttgccatcgtcctcgccttggcaaa
aaatcggaacaggatattgtcacacacctcgcgatctgcgcatccgctgattggagtcgt
gtggatagaattgtaactgcgaactacgtgacgagtagtcaagctcagcgcaagttcttg
agcaagattatgaacaaaatggctattggaagctatgcgttgggtgcgaatagcgcgaat
actatcgtacaggatcgaataactgggcagttgcaggaagagaagatggctgtgtatgtg
cggatgggcatcagagttttgtacaaaggtgccaagggtagtatgaacggcgccagagct
cgaaagctcttgaagtctctatctatcaaacagggtctcaaatatgactctccttcttct
gcagtcgatattcccggcttcattgctttccacaatctcgatattaatgaaatccttgac
ccactcgactctttcaagacgttcaacgagttcttctaccgcaaactcaaaccagatgcg
agacctattgaagaacccgggaacgatgataggctcgtatcatgtgcggattgtaggcta
atggccttcgaaacggtgaacgaggccactcagctctggatcaaggggagggagtttacg
atcggaaggttgttgggaccaaattacaaggacgtaatagataggtatgagggcggagct
ttggccatcttccgacttgctcctcaggattatcaccgtttccactctccggtcaagggc
aagattggtaagatgacgatgattgatggggaatactacaccgttaatcctcaagccatc
cgatcgcctcttgatgtttatggcgaaaatgtgaggaaggtcgtacctattcatagtgag
aattttggtttagtcatgacggtttgggttggtgcgatgatggtgggaagcatcttgacg
tctgtgaatgaaggacaagaagtcgaaagaggcgatgagttgggatattttgcatttggt
ggttcaaccatcgtgtgcattttcgagaaagatgccttgcaatgggacgacgacctcctt
caaaacgggcgtgccagtattgagactcttgtccgcatgggcatgggtctaggtcgtagc
gtacaaaagccttaa

  All links  
Gene (47)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (54)   

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