KEGG   Meyerozyma guilliermondii: PGUG_01980Help
Entry
PGUG_01980        CDS       T01150                                 

Definition
similar to aspartate transcarbamylase
Orthology
K11541  
carbamoyl-phosphate synthase / aspartate carbamoyltransferase [EC:6.3.5.5 2.1.3.2]
Organism
pgu  Meyerozyma guilliermondii
Pathway
Pyrimidine metabolism
Alanine, aspartate and glutamate metabolism
Metabolic pathways
Module
Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP
Brite
KEGG Orthology (KO) [BR:pgu00001]
 Metabolism
  Nucleotide metabolism
   00240 Pyrimidine metabolism
    PGUG_01980
  Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    PGUG_01980
Enzymes [BR:pgu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.2  aspartate carbamoyltransferase
     PGUG_01980
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.5  Carbon-nitrogen ligases with glutamine as amido-N-donor
    6.3.5.5  carbamoyl-phosphate synthase (glutamine-hydrolysing)
     PGUG_01980
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
UniProt: 
AA seq 2203 aa AA seqDB search
MSLSAPITPPMKEACGDRLMTLETHDGIALQGYSFGAPVTAAGEVVFQTGMVGYPESITD
PSYEGQILVITYPLVGNYGVPDRNLKDEDVPQLPKYFELSRIHIAGLVVAHYTEEYSHWL
AKSSLGQWLKEQGVPAIYGVDTRSLTKRLREKGSTLGRLALQNDSISSTEVLAYSGDWKT
NFSVPEWDDPNVKNLVAEVSTKEPVTYAPSPLSEVKLGKDGKPIRILAVDVGLKFNQIRC
FVRRGVELKVVPWDYDFTNEKYDGLFVSNGPGDPAVMTKTVSHLKKVLQEGKTPVFGICL
GHQLLARATGASTLKLKFGNRGHNIPCTSRISGRCYITSQNHGYAVDSNTLAPQWKELFV
NANDGSNEGIYHETKPYFSVQFHPESTPGPRDTEFLFDVFIQSVVDFTKSGVHKAVEFPG
GDLATNRAAHPKVEVKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTVLINPNIA
TIQTSRGLADKVYFLPVTPEFVRKVIQHERPDGIYCTFGGQTALNVGIKLKEEFEGLGVK
VLGTPIDTVITTEDRELFAQAMEEIGEKCARSEAVESVSEAIRAANEIGYPLIVRAAYAL
GGLGSGFADNEEELVALCNKAFATSPQVLVERSMKGWKEVEYEVVRDAFDNCITVCNMEN
FDPLGIHTGDSIVVAPSQTLSDEDYNMLRTTAVNVIRHLGVVGECNIQYALNPFSKDYCI
IEVNARLSRSSALASKATGYPLAYTAAKLGLNIPLNEIRNSVTRSTCACFEPSLDYVVVK
IPRWDLKKFTRVSSLLSSSMKSVGEVMAIGRTFEEAIQKAIRSTDYHNLGFNKTSALMSI
DIDTELQTPSDQRLFAIANALSDGYTVDKVWKLTNIDKWFLNKLNGLIEFGNLIASYGST
DALPVTIMRQAKQLGFEDRQIAKFLNSNEVAVRRVRKEAGVVPFVKQIDTVAAEFPAFTN
YLYITYNADSSDVTFDEHGVIVLGSGVYRIGSSVEFDWCAVRAIRTLRENGTKTIMINYN
PETVSTDYDEADRLYFETINLERVLDIYDLEQSSGVIISMGGQTSNNIALPLHRQNVKIL
GTSPEMIDSAENRYKFSRMLDKIGVDQPAWKELTSIEEAEEFAEKVTYPVLVRPSYVLSG
AAMNTVYSRDDLASYLTQAVDVSPDYPVVITKYIENAKEIEMDAVAKDGKMIMHVVSEHV
ENAGVHSGDATLIVPPQDLDPATVERIVEATARIGKALDITGPYNIQFIAKDNEIKVIEC
NVRASRSFPFISKVVGTDLIELATKAIMDMPVTPYPGEKLPSDYCAVKVPQFSFSRLAGA
DPVLGVEMASTGEVATFGHNKYEAYLKSLISTGFKLPKKNILFSIGSYKEKQELLPSIQK
LHELGYKLFATSGTADFIKEHGVPVHYLEVLGSQDDQKSEYSLTQHLANNLIDLYINLPS
SNRFRRPASYMSKGYESRRMAIDYSIPLVTNVKCAKLLIEALARNITLDVSNNDAQTSHN
TAVIPGLVNITSFVPSFEDFEATTKASLAAGFTHNAFLPQTIEGSTIVDSESLLEAIESA
SENAFTDFSMSIAGSESNSEEASQAEQNAGALFLPFNDFANSKVSAISSHFASWPESKPI
ITDAKATDLASVLLLASLHTRSIHITGVSSQEDLNLIRMAKEKKLQVTCDVAVHSLFMNR
EEYPQYSFLPTKNDQDALWQNLVDVDCFSIGVLPYVINKAANRSITAGLGISEVLPLLLS
AVKEKRLKLEDIVSRFHDNPVKIFNIPKQDATVELDLDRVVKVENALTNRKLVGFVERVS
VHNQTVCLDGASVVQHALGKNEVTPRARFTATTTTPASPALNRKARMSFDTRRPSVYKDS
NESEFEKLGSELVSQPPAGSLGEFNALADYIRNHNSFLRNSVLSVSDFSRSDLHSLFTVA
QEMRSAVKRQGVLDLLKGRLLATMFYEPSTRTSSSFDAAMQRLGGRVLAVSAGSSSIKKG
ETLQDTIRTLACYSDAIVLRHPEESSASIAAKYSPVPIINGGNGSREHPTQALLDLFTIR
EELGTVNGITVTFMGDLKYGRPVHSLCHLLRHYQVRVQLVSPKELSLPKGIKDMLVENGM
LVSESEALTEDLIARSDVLYCTRVQEERFADKEQYHRLKDTYIVNNKILSYAKQHMCVMH
PLPRTNEISEEVDFDQRAAYFRQMRHGLFVRMALLAMVIGVDF
NT seq 6612 nt NT seq  +upstreamnt  +downstreamnt
atgtcgctttcagctccaattactccccccatgaaggaagcttgcggtgaccgcttgatg
actttggagacccacgatggaattgccttgcagggttactcatttggtgctcccgtgacc
gctgctggtgaagtggtgttccaaactggtatggtgggctaccctgagtccatcactgac
ccatcttatgagggtcaaattttggttatcacctatccgttggttggtaattatggtgtt
cccgaccgcaatttgaaggatgaagatgttcctcaactccccaagtattttgagctgtct
agaattcatattgctggtttggtggttgcgcactatactgaagagtattctcattggctt
gctaaatcgtctttgggtcaatggttgaaagagcaaggagttcctgccatttacggtgtg
gatactcgttcgttgaccaaaagattgagagaaaaaggttcaactttgggaagattggct
ttgcaaaacgactccatttcttccactgaagttttggcctactctggtgactggaaaacc
aacttttcagttccagaatgggacgatcccaacgtcaaaaacttggtggctgaggtgtct
accaaggaacccgttacctatgctccatcacctttgtcggaggtcaaacttggcaaagat
ggaaaaccaattagaattttagccgtggatgtgggtttgaaattcaaccaaattagatgt
ttcgtgagaagaggtgtcgagttgaaggttgttccctgggactacgactttaccaacgaa
aagtacgatggtttgttcgtttccaacggtcctggtgatccagccgtgatgaccaaaacc
gtttctcacttgaaaaaagtgcttcaagaaggaaaaactccagtgtttggtatctgtttg
ggacatcagttgctcgcccgtgccactggtgcctctactttgaagttgaagtttggtaac
cgtggtcacaatattccatgtacttcgagaatttcgggcagatgttacatcacatctcag
aaccacggttatgccgtcgattccaacactttggctcctcaatggaaagagttgtttgtc
aacgccaacgacggctccaacgaaggtatttaccacgaaaccaagccatacttctcggtg
caattccaccctgaatccaccccaggtccaagagacaccgaatttttgtttgatgttttc
atccagtcggtggtagacttcaccaagtccggggtccacaaggcagtggagtttcctggt
ggagacttggctaccaacagagcagcccatcctaaggttgaagtcaaaaaagtgttggtt
ttgggttctggtggtttgtcgattggtcaagctggagagttcgattactcgggttcgcag
gctatcaaggcgttgaaagaagaaggaatctacaccgttttgattaaccccaacattgca
accattcagacttctcgcgggttggcagacaaggtttatttcttgccagtgactcccgaa
ttcgtgagaaaggttatccaacacgagcgtcccgatggtatctactgtacttttggtgga
caaactgcgttgaacgtcggtatcaaattgaaggaggaatttgaaggtttgggagtcaag
gttttgggtactcctatcgacactgttattaccaccgaagacagagaattgttcgctcaa
gccatggaagaaatcggcgaaaaatgtgctcgttctgaagctgttgaaagcgtgtccgaa
gctatcagagccgccaatgaaatcggctacccattgatcgtcagagctgcttatgctttg
ggtggtttgggatccggattcgctgacaacgaagaagaattggtggctctttgtaacaag
gcatttgctacttctccgcaagttttggtggaaagatccatgaaaggatggaaagaagtt
gaatatgaagttgttcgtgatgctttcgacaactgtatcaccgtttgtaacatggagaac
tttgatcccttggggatccacaccggtgactcgattgtggttgcaccttcgcaaactttg
tctgacgaggactacaacatgttgagaaccaccgctgtcaatgtcatcagacacttgggg
gttgttggtgagtgtaacatccagtacgccttgaacccattttccaaggattattgtatt
atcgaggtcaatgctagattgtctcgttcttctgctttggcttccaaggccaccggttac
ccattggcttacactgcggccaagttgggtttgaacattccattgaacgaaattcgcaac
tccgtcaccaggtccacctgtgcttgtttcgagccttctttggactacgtggtggtcaag
atccccagatgggacttgaagaagttcaccagagtgtcgtcgttgttgtcgtcgtcgatg
aagtcggtgggagaagtgatggctattggtagaacattcgaagaagccattcaaaaggct
attagatccacagattaccacaatttgggtttcaacaagacttctgcgttgatgtcgatc
gacatagacaccgaattgcagaccccttcggaccagcgtttgtttgcaattgccaatgct
ttatctgatggatacaccgtcgacaaggtttggaaactcaccaacatcgacaagtggttt
ttgaacaaattgaacggtttgattgaatttggaaacttgattgcttcctatggatctacc
gacgctttaccagttaccatcatgagacaagccaagcagttgggtttcgaagacagacaa
attgccaagtttttgaactccaatgaagtcgctgtcagaagagtgagaaaggaagctggt
gtggtgcctttcgtcaagcaaatcgatacggttgctgccgagttccctgccttcaccaac
tacttgtacatcacctacaacgccgactcttcagatgtgactttcgacgagcacggagta
attgttttgggttctggagtctaccgtattggatcgtcggtggaattcgactggtgtgcc
gttagagccatcagaaccttgcgtgaaaacggcaccaagaccattatgatcaactacaac
ccagaaaccgtttcgacagactacgacgaagccgacagattgtactttgaaaccatcaat
ttggagagagttttggatatctacgacttggaacagtcttctggtgtgattatttccatg
ggtggacaaacaagtaacaatattgccttgccattgcatcgccaaaacgtcaagattttg
ggtacttctccagagatgattgactcggctgaaaacagatacaagttctcgagaatgttg
gacaagattggcgtcgaccaaccagcatggaaagaacttacttcgatcgaagaagccgag
gagtttgccgaaaaggtcacctatccagttcttgttcgtccttcatatgtcttgtctgga
gctgccatgaacacagtttactctcgtgacgatttggcttcgtacttgacccaagccgtg
gacgtttctcccgactatcctgtggtgatcaccaagtacattgagaacgccaaagagatt
gaaatggacgccgtggctaaggacggtaagatgataatgcacgttgtttccgagcatgtg
gagaacgctggtgttcattctggtgacgctactttgattgttccacctcaagacttggac
ccagctactgttgaaagaattgtggaagcgaccgccagaattggtaaagctcttgatatc
actggaccttataacatccagtttattgccaaggataatgagatcaaggtgattgaatgt
aatgttcgtgcttctcgttcgttcccattcatttccaaggttgtgggaacagatttgatt
gagttggctaccaaggctatcatggacatgccagttactccataccctggagaaaaattg
cccagcgattactgtgccgttaaagttccacaattttcattttcaagattggctggtgcc
gatcctgttttgggtgtggaaatggcttctactggtgaagtggctacgtttggtcacaac
aagtacgaagcctacttgaagtcgttgatttccaccgggttcaaattgcccaaaaagaac
attcttttctccattggttcctacaaagaaaagcaagaattgttaccttcgattcaaaaa
cttcacgagttgggctacaagttatttgctacttctggtaccgctgactttatcaaagag
cacggcgtccctgtccactacttggaagttcttggatcccaagatgaccagaaatccgaa
tactcgttgacccagcatcttgccaacaacttgatcgatttgtacatcaacttgccttct
tccaacagattcagaagacccgcttcgtacatgtcgaagggatacgagtctcgtcgtatg
gccattgactactcgattcctttggtgaccaatgtcaagtgtgccaagttgttgattgag
gcacttgctagaaacatcactttggacgtctccaacaacgatgctcaaacctcacacaac
acggcggttattcctggtttggtcaacattacgtcttttgtgccttcttttgaagacttt
gaagccactaccaaggcttctttggcggcaggattcacccacaatgcgtttttgccgcaa
accatcgagggctccaccattgtggattccgaatctttgctcgaggctatagaaagtgct
tcagaaaatgcattcaccgacttttcaatgtccattgctggctcagaaagcaattccgaa
gaagcatctcaagcagaacaaaatgccggtgctttgttcttgccatttaacgactttgcc
aactccaaagtgtcggctatttcgtcgcactttgcctcatggcccgagtccaagccaatt
atcaccgatgccaaggccaccgatttggcttcagtcttgttgttggcttcattgcatacc
cgctcaatccacatcaccggagtttcttcgcaagaggacttgaacttgatcagaatggcc
aaggaaaagaagcttcaggtcacctgcgacgttgctgttcactcgttgttcatgaaccgt
gaagagtacccacagtacagcttcttgcccaccaagaacgaccaggatgctttatggcag
aatttggtggatgtggactgtttctccattggagttttaccatatgttatcaacaaggca
gctaaccgttccatcactgctggcttgggaatttcggaggttcttcctttgttgctttcc
gccgtcaaggaaaagcgtctcaagttggaggacattgtttctcgtttccacgacaatcca
gtaaagattttcaacattccaaagcaagatgcaactgtggagctcgatttggacagagtt
gtgaaggtggaaaatgctctcaccaaccgcaaattggttggttttgtcgagagagtttcg
gttcacaaccaaacagtttgcttggacggagcttctgttgttcaacatgctcttggaaag
aacgaggttaccccaagagcccgtttcacagccaccaccaccactccagcttctccagct
ttaaacagaaaggctagaatgtcatttgataccagaagaccttcggtttacaaggactcc
aacgagtctgaatttgaaaagttgggctcagaacttgtatcgcaacccccagccggctcg
ttgggtgaatttaatgctttagccgattatattcgaaaccacaacagtttcttgcgcaac
tcggtgttgtctgtcagtgacttttccagatcagacttacacagtttgttcactgtggcc
caagaaatgagatctgccgtcaagagacagggtgtgttggacctcttaaagggcagattg
ttggctaccatgttctacgaaccttccaccagaacctcatcttcattcgatgctgccatg
caaagattaggaggaagagttttggcggtttccgctggctcttcgtccatcaaaaagggc
gaaactcttcaagataccatcagaaccttggcttgctattctgatgccattgtattgaga
cacccagaagagtcttcagcttctattgctgcaaaatactcaccagttcctatcatcaat
ggtggaaacggctcgagagaacatcctacccaagccttgcttgaccttttcaccattcgt
gaagagttgggaaccgtcaatggaatcactgtcactttcatgggagacttgaaatacggt
cgtccagtccattccttgtgccatttgttgcgtcactaccaggtgagagtgcaattggtt
tctcctaaagagttatctttgcccaagggaatcaaggatatgttggttgaaaacggcatg
ttggtgtctgagtccgaagctcttaccgaagacttgatagctcgttccgatgttttgtac
tgtactagagttcaggaagaacgttttgctgacaaagaacagtaccaccggttgaaagat
acctacattgtcaacaacaagattctttcttacgccaagcagcacatgtgtgtgatgcac
ccattgccaagaaccaacgagatcagcgaagaagttgatttcgaccagcgtgcagcctac
tttagacaaatgcgccatggattgtttgttagaatggctctcttggccatggttatcgga
gttgatttttag

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