KEGG   Wallemia mellicola: WALSEDRAFT_31765
Entry
WALSEDRAFT_31765  CDS       T03142                                 
Name
(RefSeq) carbamoyl-phosphate synth
  KO
K11541  carbamoyl-phosphate synthase / aspartate carbamoyltransferase [EC:6.3.5.5 2.1.3.2]
Organism
wse  Wallemia mellicola
Pathway
wse00240  Pyrimidine metabolism
wse00250  Alanine, aspartate and glutamate metabolism
wse01100  Metabolic pathways
wse01240  Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:wse00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00240 Pyrimidine metabolism
    WALSEDRAFT_31765
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    WALSEDRAFT_31765
Enzymes [BR:wse01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.2  aspartate carbamoyltransferase
     WALSEDRAFT_31765
 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)
     WALSEDRAFT_31765
SSDB
Motif
Pfam: CPSase_L_D2 GATase CPSase_sm_chain OTCace_N OTCace CPSase_L_D3 MGS Dala_Dala_lig_C ATP-grasp ATPgrasp_Ter Peptidase_C26 ATP-grasp_3 GARS_A
Other DBs
NCBI-GeneID: 18471365
NCBI-ProteinID: XP_006957194
JGI: Walse1_31765
UniProt: I4YEY0
Position
Unknown
AA seq 2260 aa
MSGAPSPPSNPLELAPSQPPAAHALAKQSTVRNNNGILYPATAQPAGVESDYDTALELED
GSVNFGYSFGAKGKSISGECVFQTGMVGYPESLTDPSYAGQILVLTYPLVGNYGVPARPA
ETNPLNLPEEFESAKIHVAGLVVSTYAPDYSHFLANSSLGTWLQEQGIPAVFGVDTRNLT
KKIREKGVMLGRILARKNGDRSGRPLLSQPAASLSRSVSTASMGSAVVNDSWKEDFQVIP
FTEYGNTNLVAQVSLPTPLIFKPTATPLKHPKEDRNVRILTVDVGIKYNQIRCFNNRGVE
VKLVPWDYDFLNESEPYDGLFVSNGPGDPATVTPVIEKLRTAVDQTKTPIFGICLGHQLL
SLAVGAKTKKMKYGNRGANIPCTDMQSGRCYITSQNHGYAVDADTLPEGVKELFVNANDG
SNEGTYLEDKPVFSVQFHPESTPGPRDTEFLFDVFINSVVDFAKTGVKKQIVLPGGTLAD
NAAKYPRVDVKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKQEGIYTVLVNPNIATIQTS
GLADKVYFLPVNPDSVRKIIKHERPDGIYVTFGGQTALNVGCKLKDEFEALGVKVLGTPV
NTIEMTEDRELFARAMEEIGEHCAPSASANSLDEALQAAKNIGYPVIARAAYTLGGLGSG
FADDEKSLTQLCNKAFATSPQVLIEKSMKGWKEIEYEVVRDCRDNCITVCNMENFDPLGI
HTGDSIVVAPSQTLSDADYNMLRSTAVKVIRHLGVVGECNIQYALNPHSKEYCIIEVNAR
LSRSSALASKATGYPLAYTAAKLGLNIPLNEIRNSVTRSTTACFEPSLDYCVVKIPRWDL
KKFNRVNTALNSSMKSVGEVMAIGRSFEETIQKAIRCIDDRFYGFGTNPFVMEKAEIDEE
LVNPTDRRVFAIANAFVKGYTVDQIHKMSNIDRWFLNRLKNLIEQEKILSEFNTTNVTPQ
LLRQSKQMGFSDRQLAKFLGSNELAVRRLRQESGIVPHVKQIDTVAAEFPAFTNYLYTTY
NAGASDIDFEDKGVIVLGSGVYRIGSSVEFDWCAVSTIRTLRSRGVKTVMINYNPETVST
DYDEADRLYFENISLETVLDIYDAERSTGVILSMGGQTPNNIALPLYRQNVHIYGTSPEM
IDTAENRYKFSRMLDKIGVDQPQWKELSSFDEAYKFCQNVGFPVLVRPSYVLSGAAMNVV
SSPDDLENYLTQATAVSQDYPVVISKFIEDAKEIEMDAIAKDGKMIMHYISEHIENAGVH
SGDATLVLPPQDLAPETVRRIVEATAKIGEALNVTGPYNIQFIAKNNEIKVIECNLRAAR
SFPFVSKVTNVDAIALATNAMLGFTFTPYPEISLPEKYVGVKVPQFSFSRLSGADPVLGV
EMASTGEVACFGRDKYEAYIKALMATGMHMPKKNILFSIGSYKEKMEMLPAVQNLHRQGY
NLFATSGTADFIQEHGIPVKYLEAITETDSQKSEYSLTQHLANNLIDLYINLPSKNRYRR
PASYMSKGYQSRRMAVDYAVPLVTNVKCAKLLIEAIVRKPSLEVDSVDYKTSHRTFTLPG
LINVQAYTDKVAEANSGSFEKATLAALEGGFTVAQVIPMGVENGKSLQAMHTNAVKSRCD
YVLSVSATPDNVDGLDAFEEDVQSLYIPFNKLSGNVNKVATIASHFGSWPSGKPIVTDAR
STDLASILLLASLHGRSIHVTNVSNRDDISLIALSKGRDLKVTCDVAVYSLFFSREDYPE
ATVLPTKKDQKALWDNLDKIDMFSVGTVPHELAVAVGQGANASAGMAESVSLLLSAVAEQ
KLTLEDVISRFHDAPKAIFDLPDQPNTYVEVEMDRASSFSASEGLWSPLNGKPVKGQVDR
VVFYGKTVRLAGVNVSKSTGRDLTVAGPIRKQRNARTSFSQQTRPATQSITGIPSPTKNK
DGLSSPVDGTQPRSFMSALDPLSTGKGDLTALKSHPAFKRRHILSVKQFTRDDLHVLFTL
ASELRTHVEKYGSADILKGRVLCSLFFEPSTRTSASFDAAMKRCGGTVVTIPVDRSSVAK
GESLADTIRTLGCYADGVVMRHPVPGSVQTASKFSPVPIINAGDGTGEHPTQAFLDIYTI
REELGTVNGLTITMVGDLKNGRTVHSLVKLLNLYNVHLNFVSPPSLNMPDSIKAECRKSG
VTFHETARLDDVIGKSDVIYMTRVQQERFNSVHEFEAVKDAYILDNATMDKAKPSTIVLH
PLPRLQEIDPNLDFDNRAAYFRQMRYGLFARMALLSLILE
NT seq 6783 nt   +upstreamnt  +downstreamnt
atgtctggagcaccttcaccaccatctaacccacttgaattggcgccatctcagccacca
gctgcgcatgcactcgctaagcagtctactgtaagaaataacaacggtatactctaccca
gccacagcccagccagctggcgtagaatccgactacgatactgccttagaattagaagac
ggtagcgtaaacttcggatactcattcggtgccaaaggaaagagcatctccggagagtgc
gttttccaaactggtatggtcggctacccagaatcacttactgatccttcctacgctggt
caaatcctcgtactcacctacccactcgtcggtaactatggtgtgcctgcacgccctgcc
gaaacgaatccattgaatttgccggaggaattcgaatcagcaaaaattcacgtcgctggt
ttggttgtctctacttacgcaccagattactctcacttccttgctaactctagcttgggt
acttggttacaagaacagggtattcctgctgtattcggtgttgacaccagaaacctcacg
aaaaagatcagagaaaagggtgtcatgcttggtcgtattcttgctagaaagaatggtgac
agaagcggcagacctttgctcagccagccagctgctagcttatctagatcagtttctaca
gcttctatgggctcagcagtcgtaaatgacagctggaaggaggatttccaagttattcct
ttcactgagtacggcaacacaaatctcgtcgctcaggtttccttaccaacccctctcatc
ttcaaaccaaccgctactcctcttaagcatccaaaggaagaccgtaatgttagaatcctc
acagtagacgttggtatcaaatataaccaaatccgttgcttcaacaaccgtggcgttgaa
gtcaaactcgttccatgggactacgatttcttgaacgaaagcgaaccatatgatggattg
ttcgtctccaatggtccaggcgatccagctactgtcactccagttatcgaaaagcttaga
acggccgtcgaccaaactaagacacctatcttcggtatttgtttaggtcaccaacttctt
tccttggctgtcggcgcaaagaccaagaaaatgaagtacggtaaccgtggtgctaacatc
ccttgcacggatatgcaatcaggaagatgttacatcacatcacaaaatcacggatatgct
gtcgacgcagacacactcccagaaggtgttaaggaacttttcgttaacgcaaacgatgga
tctaacgaaggtacctaccttgaagacaagcctgttttctctgttcaattccaccctgaa
tctacccctggtccacgcgacactgagttcttgttcgacgttttcatcaactctgttgta
gacttcgctaagactggtgtcaagaaacaaattgttttgccaggtggtacccttgctgac
aacgctgctaagtaccctcgcgttgatgtaaagaaggttcttgtccttggttctggtggt
ttgtctattggtcaagctggtgaattcgattactcaggtagtcaagcaatcaaggccctt
aagcaagaaggtatctacaccgtccttgtcaatccaaacattgctaccattcaaacatct
ggtctcgctgataaggtttacttccttccagtcaacccagatagcgttcgtaagatcatc
aaacacgagagaccagatggtatctacgttaccttcggtggtcaaactgctcttaacgta
ggttgtaaactcaaggatgaatttgaggccctcggtgttaaggtcttaggtaccccagtt
aacactattgaaatgaccgaagatcgtgaactcttcgccagagctatggaagaaattggt
gaacactgtgctccatctgcctcagcaaactcccttgatgaagctctccaagctgccaag
aacattggttacccagtcatcgctagagctgcttacactcttggtggtttaggatccggt
ttcgcggatgacgagaagagtcttactcaactctgtaacaaggctttcgctactagtcca
caagtcttgattgaaaagagtatgaagggctggaaggaaattgaatacgaagttgttaga
gattgtcgtgacaactgtatcacagtctgtaacatggagaactttgatccactcggtatt
cacactggtgactctatcgtcgttgctccttcacaaaccctttcagatgctgattacaac
atgcttcgttcaactgcagttaaggttatcagacatttgggtgttgttggtgaatgtaac
attcaatacgctcttaacccacactcaaaagaatactgtattattgaggtcaacgctcgt
ctctcacgttcatccgctctcgcttcaaaggcaactggttaccctctcgcttacactgcc
gcaaagcttggtttgaacattccattgaacgaaattcgtaactctgtcactcgctcaacc
acagcttgcttcgaaccatcactcgattactgtgttgttaagattccaagatgggatctt
aagaagttcaacagggtcaacaccgcacttaactcatccatgaagagtgttggtgaggtt
atggcaattggtagatcatttgaggaaactattcaaaaggccatcagatgtattgatgac
cgtttctacggtttcggtactaacccattcgtcatggaaaaggctgaaatagatgaagaa
ttggtcaacccaactgatagacgtgtctttgctattgcaaatgctttcgtcaagggttac
actgtcgatcaaatccacaagatgtccaacattgacagatggttcttgaaccgtcttaag
aacttgattgaacaagagaagattttgagtgaattcaacaccacaaatgtcactccacaa
cttctccgtcaatccaagcaaatgggattctcagatcgtcaacttgccaaattcttggga
tcaaacgagcttgctgttcgccgtcttcgtcaagaatcaggtattgttcctcacgtcaag
caaattgatactgtcgccgctgagttcccagctttcaccaactatctctacaccacatac
aatgctggagctagcgacattgacttcgaggacaagggtgtcattgtcttaggttcaggt
gtttacagaattggttcatctgtcgaattcgattggtgtgctgtttctaccatccgtact
cttagatctagaggcgttaagacagttatgattaactacaacccagaaaccgtttcaact
gattacgatgaagctgatagactttacttcgaaaacatctcccttgaaaccgttttggat
atctatgacgctgaacgttcaactggtgttatcttgtctatgggtggtcaaactccaaac
aacattgctttaccactttaccgtcaaaatgttcacatttatggtacatcaccagaaatg
attgacactgccgagaaccgttacaagttctcacgtatgcttgacaagattggtgtcgat
caaccacaatggaaagaattgtctagcttcgatgaagcttacaagttctgtcaaaacgtt
ggtttcccagtcttggttagaccatcttacgtcttatctggtgctgctatgaacgttgtc
agctcaccagatgacttggagaactaccttactcaagcaactgcagtttcacaagattac
ccagttgttatctccaagttcattgaagacgcaaaggagattgaaatggatgctattgcc
aaggatggtaagatgattatgcactacatctctgaacacattgaaaatgctggtgttcac
tctggtgacgctacacttgttttaccaccacaagatttggctccagagactgtcagacgt
attgttgaagctactgccaagattggtgaagcattgaacgttactggtccatacaacatc
caattcatcgccaagaacaatgagatcaaggtcattgaatgtaacttacgtgctgctcgt
tccttcccattcgtcagcaaggttactaacgttgatgctatcgctttggctaccaacgct
atgcttggtttcactttcacaccatatccagagatcagcctcccagagaaatacgttggt
gttaaggtaccacaattctctttctctagattatctggtgctgatccagtccttggtgtt
gaaatggcttcaactggtgaagttgcttgtttcggtagagacaagtacgaagcttacatt
aaggctttgatggcaactggtatgcacatgccaaagaagaacatcctcttctctattggt
tcatacaaggaaaagatggaaatgttaccagctgttcaaaaccttcaccgtcaagggtac
aatctcttcgcaacctctggtactgctgacttcattcaagaacacggtattccagtcaag
taccttgaagccatcactgagactgactcacaaaagtcagagtactcacttactcaacac
ttggctaacaacttgattgacttatacatcaacttgccatcaaagaatcgttaccgtcgt
ccagcaagttacatgagtaagggttaccaatcacgtagaatggctgttgattacgctgtt
ccacttgttacaaacgtcaagtgtgctaagttacttattgaagccattgttcgtaagcca
tcccttgaagttgacagcgtcgattacaagacttctcaccgtactttcaccttgcctggt
ttgatcaacgtccaagcatacactgacaaggttgctgaagccaactctggttcatttgag
aaggcaacattagcagcacttgaaggtggtttcactgtcgcacaagttattccaatgggt
gttgaaaacggcaaatcacttcaagctatgcacactaatgctgtcaagtcacgttgtgat
tacgttcttagtgttagtgcaactccagacaatgttgatggtttggatgccttcgaagaa
gatgttcaatcactttacattccattcaacaagctctctggaaatgttaacaaggttgcc
actattgcttcacacttcggttcatggccatctggtaaaccaatcgtaactgatgctcgc
tcaactgatcttgcaagcatcttactcttagcttcccttcacggacgttcaattcacgtt
actaacgtcagcaaccgtgatgacatcagcttgattgctttgtcaaagggtagagatttg
aaggttacatgtgatgttgcagtctactcattgttcttctcaagagaagactacccagaa
gccactgttcttccaactaagaaagatcaaaaagccttgtgggacaacttggacaagatt
gacatgttcagtgttggtacagttccacacgaattagcagtcgctgttggtcaaggagca
aacgcatccgccggtatggctgagagtgtttcattgttgttaagcgcagttgctgaacaa
aagctcaccttggaagatgtcatctcacgtttccacgatgcaccaaaggctatcttcgat
ttgcctgatcaaccaaacacctacgttgaagttgaaatggacagagcttcttcattcagc
gcaagtgaaggtctttggtcaccacttaatggcaaaccagttaagggtcaagttgacaga
gtcgtattctacggtaagaccgttagattagcaggtgttaacgtttccaaatcaactggt
agagatttaacagtcgctggtccaattagaaagcaaagaaatgctagaacatcattctcg
caacaaactagacctgcaacacaatcaatcactggtattccatccccaactaagaacaag
gatggtctttccagcccagttgatggtactcaaccaagaagcttcatgagtgcattggat
ccactttcaactggaaagggcgacttaacagctcttaagtcacacccagcattcaagaga
cgtcacatcttatccgtcaagcaattcacaagagatgatcttcacgttctcttcacatta
gcttcagaattgagaactcacgttgagaaatacggtagcgctgatattctcaagggtaga
gtcctttgtagcttgttcttcgaaccatcaacaagaacatctgcatcattcgacgctgct
atgaagagatgtggtggtacagttgttaccataccagttgacagatcatcagttgccaag
ggtgaatcattagctgatacaatcagaacactcggttgttacgctgatggtgtcgttatg
agacatccagttccaggatcagtacaaaccgcttccaagttctcacctgtaccaatcatt
aacgctggtgatggtactggtgaacacccaactcaagcattcttggatatctacactatc
cgtgaagaacttggtaccgtcaatggacttactatcaccatggttggtgatctcaagaat
ggtagaactgttcactcactcgtcaaactcctcaacctttacaacgttcatctcaacttt
gtttcaccaccatcacttaatatgccagatagcattaaggcagagtgcagaaaatctggt
gttacattccacgaaaccgccagattagatgatgttattggaaaatctgacgttatttac
atgacaagagttcaacaagaaagatttaactcagttcatgaatttgaggctgtcaaggat
gcttacatcttagacaacgccacaatggataaagctaagccatcaactatcgtcttgcac
ccattaccaagattgcaagaaattgatccaaatctcgactttgacaaccgcgccgcatac
ttccgtcaaatgagatatggattattcgctagaatggctctcctttcactcatcttagaa
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (13)   
   KEGG COMPOUND (13)   
Chemical reaction (8)   
   KEGG ENZYME (2)   
   KEGG REACTION (6)   
Genome (1)   
   KEGG GENOME (1)   
Gene (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (89)   

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