KEGG   Anaerotignum propionicum: CPRO_00280
Entry
CPRO_00280        CDS       T04574                                 
Symbol
carB_1
Name
(GenBank) carbamoyl-phosphate synthase large chain
  KO
K01955  carbamoyl-phosphate synthase large subunit [EC:6.3.5.5]
Organism
cpro  Anaerotignum propionicum
Pathway
cpro00240  Pyrimidine metabolism
cpro00250  Alanine, aspartate and glutamate metabolism
cpro01100  Metabolic pathways
cpro01240  Biosynthesis of cofactors
Module
cpro_M00051  De novo pyrimidine biosynthesis, glutamine (+ PRPP) => UMP
Brite
KEGG Orthology (KO) [BR:cpro00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00240 Pyrimidine metabolism
    CPRO_00280 (carB_1)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    CPRO_00280 (carB_1)
Enzymes [BR:cpro01000]
 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)
     CPRO_00280 (carB_1)
SSDB
Motif
Pfam: CPSase_L_D2 DAP_epimerase CPSase_L_D3 MGS ATPgrasp_Ter Dala_Dala_lig_C GARS_A ATP-grasp_3 ATP-grasp PhzC-PhzF CoA_binding_2 UPF0020
Other DBs
NCBI-ProteinID: AMJ39653
UniProt: A0A110A6V1
Position
complement(30665..34702)
AA seq 1345 aa
MPLNKKLKRVMIIGSGPIVIGQAAEFDYAGTQACRALKSLGLEVILINPNPATIMTDNAI
ADKIYIEPLKIDVIKRIIQKEKPDGLLSTLGGQNGLTLSMQLAKEGFLEQEDVLLLGSRL
ETIDKAEDRLMFKETMEKLNQPCIPSEVVTDIESALNFADYIGYPVIVRPAFTLGGSGGG
IAKNKAELSEIARSGLEASPIHQILVEQCISGWKEIEFEVMRDGDGNVIAVCSMENFDPV
GVHTGDSIVIAPAVTLADKEYQMLRTAALDIITELQVEGGCNVQFALDPESFRYAVIEVN
PRVSRSSALASKATGYPIAKVAALIAVGLTLGEIENAVTGKTSAFFEPTLDYVVVKLPKW
PFDKFVYAKRKLGTQMKATGEVMSIAPTFEQALLKAVRGAEISMNTLNLAILEENTTDEI
REMLDEATDRRLFVVYEALKRGISIEEVHKITLIDEWFLGKLMNILEIEQRLAKETLTEE
LYVLAKNTGFLDKTIFSLSGQTHPHRNSVYKMVDTCAAEFAAQTPYFYATYDAENEAAEF
IENHNSGKKTVIVFGSGPIRIGQGIEFDYASVHCVWTLKEEGYDVVMVNNNPETVSTDFD
TADRLYFEPLTPEDVMDIIATEKPYGVVVAFGGQTAIKLTKALSEAGVRILGTSAQSIDA
AEDREKFDAILEELQMSRPKGFGVMTKEEALTAANQLGYPVLVRPSYVLGGQNMIIAFSD
EEVARYMDIILAGGIENPILVDKYLMGTEVEVDAICDGEAVLIPGIMEHVERAGVHSGDS
IAVYPAWNLSGPLTRRLIEATEKLALALETRGLINIQYVIFENEIYIIEANPRASRTIPY
ISKVTGLPVVDIATQVMLGKKLSDLPYGTGLFRQSLFSAVKVPVFSFEKLTDVDTHLGPE
MKSTGEVLGIGRTLEEAIYKGLAGAGYHMEQRGGVLLTVKKRDKVEVVHPARKLHELGFQ
LYATEGTAYELKKYDIPVTELPTMVEGIDEIMELLESGKIQYMVSTSNKSTLPQLASVKL
RRKATERGIFCLTSIDTTNALVNALSSGFHLNNMELIDIAHLPREKEKLHFTKMRGSGND
YIYFNCFEQEIKNPEFLSVWLSSRRNSIGGDGIVLIEPSTIADAKMRMFNADGTESAVAG
NPIRCVAKYLYDNHMIQSENVTIETGNGVKQLELFVRENEVYSVLVQMGKADFSPKAVPV
TLGEEAVIHKAVTVGNKEYFITCLSMGNPHCVIFTEDVEYIPLEEVGPMLEHAPFFPERA
NISFASVEDRTTLRMRVWERGIGETMACGTGACAVAAAAVALGHCPDKQDITVKLRGGDL
IIHCDDNNINMTGDARKDFEGIIEI
NT seq 4038 nt   +upstreamnt  +downstreamnt
atgccgctgaataaaaaattgaaacgtgttatgattattggctccggcccaattgtcatt
gggcaagcggctgaatttgactatgccggcacccaagcatgccgtgcgttgaagtcctta
ggtcttgaggttatcttgattaaccccaaccctgctaccattatgacggataatgccatt
gcagataaaatttatattgaaccgttaaaaattgatgttattaaaagaattattcaaaaa
gagaagcctgacggcctcctttccacgttgggcggtcaaaacggcttaaccctgtcaatg
caattggcaaaagaaggatttttggagcaagaagacgtccttctgttaggatctcgttta
gaaaccattgataaagctgaagaccgcctgatgtttaaggaaaccatggaaaagctgaat
cagccctgcatcccttctgaagtagttacagatattgaaagtgccctaaactttgcggat
tatattggttatcccgttattgtacgtcctgcctttactttagggggaagcggcggcggt
attgccaaaaacaaagccgaattatcggaaattgcccgcagtggtttggaggcttctccc
attcatcaaatcttagttgagcagtgtatctccggttggaaagaaattgaatttgaagtt
atgcgtgatggcgacggaaacgtaatcgctgtatgttccatggaaaactttgatcccgtt
ggtgtgcatacaggggattctatcgttatcgcccctgccgttactttggcggataaggaa
tatcaaatgctccgtactgccgctttggatattattaccgaattacaggtagaaggcggt
tgtaacgttcagtttgctttagaccccgagagcttccgctatgcggtaattgaggtaaac
ccccgtgtttcccgctcctccgccctagcatccaaagcaacaggctatcccattgcaaag
gttgcggcactgattgccgttggtctgacccttggggaaatcgaaaacgccgtaacaggg
aaaaccagcgcattcttcgagccaaccttagactatgtggttgtaaaactgccaaaatgg
ccttttgataaatttgtttatgcaaaaagaaagcttggcactcaaatgaaggctacgggg
gaagttatgtcaattgcacctacctttgagcaggctcttttgaaggccgttcgtggagcg
gaaatctccatgaatacgctgaatttagctattctagaggaaaatactactgatgaaatc
agagaaatgctggatgaagccacagaccgcagactgtttgtggtatacgaggcgttgaaa
cgtggcatttccattgaagaggttcataaaattaccctcattgatgagtggttcttgggc
aagctcatgaatattttagagattgaacaacgcttagcaaaagagacactcaccgaagaa
ttatatgtattggcaaagaatacaggctttttggataagaccattttcagcctttcggga
caaacccatccccacagaaactctgtttataaaatggttgatacctgtgcggcggaattt
gcggctcaaaccccttatttttacgctacctatgacgcagaaaatgaagccgcagaattc
atcgaaaaccataacagtggaaagaagacggttatcgttttcggttccggccctatccgt
attggtcagggtatcgagtttgactacgcttccgttcactgtgtttggacattaaaagag
gaaggctacgatgtggttatggtaaacaataaccccgaaaccgtatccaccgactttgac
actgccgaccgtctttattttgaacccctcacccctgaggatgtgatggatattattgca
acagaaaaaccttacggcgttgtagttgccttcggcggacaaacggcaattaagctgaca
aaggctctctccgaagcaggtgtacgtattttaggaacctctgctcaaagcattgatgcg
gcggaggacagagaaaaattcgatgccattcttgaggaattgcagatgtcaagaccaaag
ggctttggtgttatgacaaaagaagaagcattaaccgcagcaaatcagcttggctacccc
gttttggtacgtccctcctatgttttaggtggacaaaacatgattatcgccttttctgat
gaggaagtagcccgctatatggatatcattctggctgggggcattgaaaaccctatcttg
gtagacaaatatctcatgggtactgaggttgaggttgacgcaatctgcgatggcgaagca
gtgctcattccgggaattatggagcatgtggaacgtgccggtgttcacagtggtgactct
atcgccgtttatcccgcttggaacctcagcggcccccttacccgccgtttgattgaagca
acggaaaaattggctttggcattggaaaccagaggcctgattaatatacagtatgttatt
tttgagaatgaaatctatattatagaagccaaccctcgtgcttccagaaccatcccttat
atcagcaaggtaacaggcttacccgtggttgatatcgctacgcaggtaatgctgggcaaa
aaactttcggacttgccttatggtacaggcttattccgtcaatccctcttctccgcagta
aaagtgcctgtattctcctttgagaagctgacagatgtggatacccaccttgggcctgaa
atgaagtccacaggggaagttctgggcattgggcgtactttggaagaagcaatctataaa
ggcttagcaggagcaggctaccacatggaacagcgtggcggcgtgttgctgacagtgaaa
aagcgagataaagtagaagtggttcatcctgcaagaaaattgcatgaattaggcttccag
ctatatgcaacagaaggtacagcttatgagctgaaaaaatatgatattcctgtaacggag
ctgcctactatggtcgaaggcattgatgaaattatggagcttttggaaagcggaaaaatt
cagtatatggtttccacctccaataaaagcacgctgccccagcttgctagcgtgaagttg
cgcagaaaggcaacggaacgtggtattttctgcctcaccagcattgataccacaaatgcc
ttggtaaatgcattatccagcggattccacctgaataatatggagcttattgatattgcc
catttgcccagagaaaaagaaaagctccattttacaaaaatgcgtggcagtggcaacgat
tatatctacttcaattgttttgaacaggaaatcaaaaatcctgagtttttaagtgtatgg
ctttccagccgtcgtaacagcatcggtggtgacggcattgttctcatcgagccttctacc
atagccgacgcaaaaatgcgtatgtttaacgctgacggtactgagtccgcagttgcagga
aaccctatccgctgtgttgcaaagtatctgtatgataaccatatgatacaatcagaaaac
gtcaccattgaaacaggaaacggcgtgaaacaattagaactatttgtccgtgaaaatgaa
gtatactccgtattggtacaaatgggcaaggctgacttcagccctaaggccgttcccgtt
accttgggagaagaagctgtgattcacaaagcagtcactgtgggcaacaaggaatacttt
attacctgcctttccatgggtaacccccactgtgtgattttcacagaggatgtggaatat
attcctctggaggaagttggtcctatgcttgagcatgcgcctttcttccccgaacgggcg
aatatttcctttgcttccgtggaagaccgcacaaccttgcgtatgcgggtatgggaaaga
ggtattggcgaaaccatggcctgtggcacaggtgcttgcgctgtagctgcggcggcagtt
gctttgggacattgccccgataagcaggacattactgtaaaacttcgtggtggagatttg
attattcactgtgatgataacaatattaacatgaccggtgatgcccgcaaggacttcgaa
ggtatcattgaaatttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (12)   
   Pfam (12)   
All databases (69)   

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