KEGG   Tetrapisispora phaffii: TPHA_0J03110
Entry
TPHA_0J03110      CDS       T02235                                 
Symbol
TPHA0J03110
Name
(RefSeq) hypothetical protein
  KO
K01613  phosphatidylserine decarboxylase [EC:4.1.1.65]
Organism
tpf  Tetrapisispora phaffii
Pathway
tpf00564  Glycerophospholipid metabolism
tpf01100  Metabolic pathways
tpf01110  Biosynthesis of secondary metabolites
Module
tpf_M00093  Phosphatidylethanolamine (PE) biosynthesis, PA => PS => PE
Brite
KEGG Orthology (KO) [BR:tpf00001]
 09100 Metabolism
  09103 Lipid metabolism
   00564 Glycerophospholipid metabolism
    TPHA_0J03110 (TPHA0J03110)
Enzymes [BR:tpf01000]
 4. Lyases
  4.1  Carbon-carbon lyases
   4.1.1  Carboxy-lyases
    4.1.1.65  phosphatidylserine decarboxylase
     TPHA_0J03110 (TPHA0J03110)
SSDB
Motif
Pfam: PS_Dcarbxylase C2
Other DBs
NCBI-GeneID: 11533236
NCBI-ProteinID: XP_003687565
UniProt: G8BY80
Position
10:complement(679597..683799)
AA seq 1400 aa
MVHGSCISLWIEDNRLIGRYIENDKENCIALGWLLEIMLINIRGSKEVKNERKGGARRKV
VSIGNKYWRLKGKKQLMYAPSLELKMTINSIKNMEYVKAFKKSNIVCLATTNTYYSRRTK
AVDSTIAYGAEAYLNTPLSLNSGNLSPMSPSDNHNTHIDALGHLNSDEIKFHETLKLKLP
KKLTSKWLRVIIYDVLPSNIPFSYISQQTDASVTSSNNSSIAINHNHNNNNNHNNNHNHN
HNQNNNSNSLTLVTSDDNISINSVYSDSPREVMRVDSYSNSIRNINSSTERNASTLSLTS
TNSNDNSSPHPLDYKKISSREKYLYLGEVKVSLLDLFKTKDKKNSYNFQKSVESYKIYDK
RRQILLKGTNRLKDNKSTFQVGDIDMSFKLKSISKKQDTFEAYSELYNNITSSLNLKLEK
KNKLKLLQAKRKASSAAKSTLIDMPSSSISESNINRASSNNELTDSQIINNRTGGSNNAT
MENTILSEVITNLNSIGESKISRNANKVSIEDDENEIAYDGINGDDDEIIYEYDIDDMDD
LEDIEFANDVDDLDEIADLESFISETKSEESLIPFEGVFDQNTIRDTIISDKYDLGSMVT
ALDEYDIVDKKDVADINEIINDLDEELEDEVEIVTDDFRLNQESYDGENEEKYDIDYSDE
EAAEDEEYYNKFLEDNDDYSIHDEADDIIAYKSPNKLFKLKGKSRSRRSYRTSLNSQLKN
NFTLNKKIHSAGVIFIEITKIQNLPQLKNKILRKNYDMDPFVIASFGRRVYKTPSKKHSL
NPVFNSRISFEVFPRETHFELNFKIMDQDSFSFNDNIAECSLKLEDIIKAQNRKHDWHTH
EIPLEMGNILHSKDLNTISEDLSMTKPPKLSVRVKFIPYSDLKKYFWINVVEATSTLQEY
DIAQVMTYLDRLGSFSLKKAEHFFDYFGLLAWRGDVLTKEQLIEVLQQMKKRSGFNNIWK
CPRCLHSLKPTRNMKNSKITLENDLITHFAICSYSQKYKLLKPSYVSTDFASKRWFSKVL
IKLTYGKYALGSNNANILVQDRNSGIILEEKISAHVKLGMRIIYNGKSPETKRFKVLLKK
MSIKQGRKFDSPSSIKQIEPFIKFHSLDMSQCQETTYTTFNEFFYRKLKEGARIPEGETA
NIFVSPADSRSVFFSSIDDSKRIWIKGSKFTLRKLIADYKPNTFKENSSSVAIFRLAPQD
YHRFHSPCDGIIGKPLYVDGEYYTVNPMAIRSALDVFGENIRIILPIYSEEFGEVLFIPV
GAMMVGSIILSCEEGQKIHRGDELGYFKFGGSTIITILSSQNIIFDSDLLKNSSERIETL
VRVGMSVGHTPNSQGFKRRQKKVTNPKEIESIKRSISVNQESSNLVGNVSWQFKNLKKWI
ETEYPNIGGNSNDEVTESSE
NT seq 4203 nt   +upstreamnt  +downstreamnt
atggtgcatggttcatgtatctctctctggatcgaagacaacaggctaattggacggtac
attgagaacgataaagaaaattgcattgcgttagggtggttgttagaaatcatgcttatt
aacatcaggggaagtaaagaagtgaagaatgaaagaaagggaggggcgagaagaaaagtg
gtgagtattgggaataaatattggcgtttaaaaggtaagaaacaactgatgtatgctcca
tcattggagttgaaaatgacgataaatagtattaaaaacatggaatacgtaaaagctttt
aaaaaatcaaatatagtttgtttggctacaacaaatacttattatagtagaagaacaaaa
gcagtggattctacaattgcatatggtgctgaagcatatttgaacactccattgagttta
aattcgggaaatctatcacctatgtctccatcagataatcataatacacacatagatgca
cttggacatttaaatagtgatgagattaaatttcatgaaactttaaaattgaaattacca
aaaaaattgacatcgaagtggttacgagtcattatttatgatgtcttaccttcaaatatt
ccgttctcgtatattagccagcaaacagatgcatcagtgacttcatcaaacaacagtagt
attgccattaatcataatcataataataataataatcataataataatcataatcataat
cataatcaaaataataatagtaatagtcttactcttgtgactagtgacgataatatcagc
attaacagtgtttacagtgatagtcctcgtgaagtaatgagagtcgattcatattcaaat
tcaattaggaacataaattcaagtacggaaagaaatgcttctacattatctttaacttca
acaaattcaaatgataatagttcaccgcatccattggattacaaaaaaatatccagcaga
gaaaaatatttgtatttaggtgaagttaaagtatcactactagatctattcaaaacaaag
gataaaaaaaatagttataatttccaaaaaagtgtagagtcatataaaatttatgacaag
agaagacaaattttgttaaaaggtacaaatagattaaaggataataaatcaacttttcaa
gtaggtgatatagatatgtcatttaaactgaaatcaataagtaagaaacaagacactttc
gaggcatacagtgaattatataataatatcacttccagtttgaatttaaagttagagaaa
aaaaataagttaaagttattacaagcaaaacgtaaggcttctagtgctgcaaaaagtact
ttaattgatatgccgagtagctcaatttctgaatcaaatataaatagagcatcatccaat
aatgaattaactgattcccaaataataaataatagaactggtgggagcaataatgcaaca
atggaaaatactatactatctgaagtgattacaaatctaaactcaattggagaatcaaaa
atttcaagaaatgctaataaagttagcatcgaagatgacgaaaatgaaattgcgtatgat
ggcataaatggagacgatgatgaaattatttatgaatatgatattgatgatatggatgat
ttggaggatattgaatttgcaaatgatgtagatgacctagatgaaattgctgatttagag
tcatttatcagtgaaactaaaagtgaagagagtctcattccattcgagggtgtatttgat
caaaatactattcgtgatacaataatatctgataaatacgatttggggtcaatggtaact
gccttagatgagtatgatatagttgacaaaaaggacgtagcagatataaatgaaattatt
aacgacttggatgaagagttggaagatgaagttgaaatagttactgatgacttcaggtta
aatcaagaatcttatgatggagaaaatgaagaaaaatatgatatagattattcggatgaa
gaagctgcagaagatgaagaatattataataaatttttggaggataatgatgattattct
atacacgatgaagctgatgatattatagcatataaatcaccaaataagctatttaaacta
aagggtaaaagcagatctagaagatcttatagaaccagtttaaacagtcaactaaagaat
aattttactttaaataaaaaaattcactctgctggtgtgatatttattgaaattactaaa
attcaaaacttaccgcaattgaagaataaaatattaagaaaaaactatgatatggatcct
tttgttattgcatcatttggtagaagagtttataaaactccttccaaaaaacattcattg
aatcctgttttcaattcaagaatatcatttgaggtatttcctagggagacgcactttgag
ctgaacttcaaaatcatggatcaagattctttttcttttaatgacaatattgccgagtgc
agtttaaaattagaagatataataaaagcccaaaatcgtaaacatgattggcatacccat
gaaatcccattagagatgggaaatatattgcattcgaaggacttgaataccattagtgaa
gatttgtcaatgacgaaaccccccaaactatcagtcagggttaaattcataccatactca
gatttaaaaaaatatttctggattaatgtagtagaagcgacatccactttacaagagtat
gatattgcgcaagtgatgacgtatttagatagattaggttctttctcactaaagaaggct
gaacatttctttgattactttggtttattggcttggagaggggatgtattaacaaaagaa
caattaatcgaggttctgcagcagatgaagaaaaggtcaggattcaataatatttggaaa
tgcccacgatgtttacactcccttaaaccgactaggaatatgaaaaattccaaaatcaca
ttagaaaatgatttgattacacattttgctatttgttcatattcccagaaatataaattg
ttaaaaccgtcgtatgtttccacagactttgcctctaagagatggttttcaaaagtgttg
attaagttaacttatggtaagtatgcgttaggatctaataatgcaaacattcttgttcaa
gatagaaattctgggattattttagaagaaaaaataagtgcacatgtcaaattgggtatg
agaattatttataatggtaaaagtccagaaaccaagaggtttaaagtgctgcttaaaaag
atgtcaataaaacaaggtagaaaatttgacagtccatcatctattaagcaaattgaacct
tttataaagtttcattctttggatatgtcacagtgccaagaaacaacatatacaactttt
aacgagttcttctataggaaattgaaagaaggtgcaaggataccagaaggtgagacagcg
aatatatttgtctcgcctgctgattctagaagtgtttttttttcaagtattgatgactca
aaaagaatctggatcaaaggtagtaaatttactttgagaaagttaatagcagactacaaa
cctaatacttttaaagaaaattcaagtagtgttgcaatatttcgcttagcaccacaagat
tatcacagatttcattcaccatgtgacggtatcattggtaaaccactatatgttgatggc
gaatattatacagtgaatccgatggcaattcgtagtgccttagatgtttttggtgaaaat
attcgtattattttaccaatatactcagaggaatttggggaggttctttttattccggtt
ggagctatgatggtaggatctatcatattaagttgtgaagaaggtcaaaaaattcataga
ggtgatgaattgggttatttcaaattcggaggatccactattatcacaatattatcatct
caaaatattatatttgattcagaccttctaaaaaattcatcagaacgaattgagacctta
gtaagggtggggatgagtgttggccatacgcctaatagccaaggtttcaaaagaaggcaa
aagaaagtgacaaatccaaaggagattgagagtattaaacgttctattagcgttaatcaa
gagtcctcgaatttagtcggcaatgtctcctggcaatttaaaaatttaaagaaatggata
gaaacagaatatcctaatataggaggcaattcaaatgacgaagtcacagaatcatcagag
tga

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (8)   

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