Candidatus Fluviicola riflensis: CHH17_07360
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Entry
CHH17_07360 CDS
T05019
Name
(GenBank) carbamoyl phosphate synthase large subunit
KO
K01955
carbamoyl-phosphate synthase large subunit [EC:
6.3.5.5
]
Organism
flu
Candidatus Fluviicola riflensis
Pathway
flu00220
Arginine biosynthesis
flu00240
Pyrimidine metabolism
flu00250
Alanine, aspartate and glutamate metabolism
flu01100
Metabolic pathways
flu01110
Biosynthesis of secondary metabolites
flu01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
flu00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
CHH17_07360
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
CHH17_07360
00220 Arginine biosynthesis
CHH17_07360
Enzymes [BR:
flu01000
]
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)
CHH17_07360
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_L_D3
ATP-grasp
GARS_A
ATP-grasp_3
Dala_Dala_lig_C
ATPgrasp_Ter
ATP-grasp_5
RimK
Epimerase
MAPB1_N
Motif
Other DBs
NCBI-ProteinID:
ASS48552
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Position
1764347..1767163
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AA seq
938 aa
AA seq
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MPKNNSIKSVLIIGSGPIVIGQACEFDYSGSQAARSLREEGIEVTLINSNPATIMTDKVV
ADNVYLKPLEPESIIEILKEHKIDAVLPTMGGQTGLNLCIQCQEMGIWEEYGVDIIGVDI
AAIEITENRESFRNLMGEIGIPMAPQQTAKSYLEGKEIAQEFGFPLCIRSSFTLGGAGAS
IVHDPKEFDTLLERGLQLSPIHEVMIDKALLGWKEYELELLRDANDNVVIICSIENFDPM
GIHTGDSITVAPAMTLSDTTFQRMRDMAIHMMRSIGNFAGGCNVQFAVSPDEKEDIIAIE
INPRVSRSSALASKATGYPIAKIAAKLAIGYHLDELNNQITKTTSALFEPTLDYVIVKIP
RWNFNKFPGTDRRLGLQMKSVGEVMAIGRSFQEALQKACQSLEINRNGLGADGKELTDQS
AILHSLENPSWNRLFHVYDAIKLGIPFKTIVEKTKIDIWFLKQIEDLIKLERQIEKFHLE
SIPMDLLFEAKQKGYADRQIAHLLRCLESEVHVKRTEMGIKRVFKLVDTCAAEFEAQTPY
YYSTFELENESIRSDKKKVVVLGSGPNRIGQGIEFDYSCVHGVLAAKECGYETIMINCNP
ETVSTDFDTADKLYFEPVFWEHIYDIITHEQPEGVIVQLGGQTALKLAEKLERYGIKILG
TSFEALDLAEDRGRFSKVLEQHNIPFPQYGVVESAEQAIELSDTLGFPLLVRPSYVLGGQ
KMKIVINKEELEHHVVDIINEMGNNQILLDHFLGGAIEAEADAICDGKDVYIIGVMQHIE
PAGIHSGDSFAVLPPYNLGDFVMQQIEDITKKIAVELRTVGLINIQFAIKDDKVYVIEAN
PRASRTVPFIAKAYDEPYVNYATKVMLGHNKVKDFNFQPRREGYAIKIPVFSYEKFPDVK
KELGPEMKSTGEAIRFIKNLKDPFFTKIYSERNMHLSK
NT seq
2817 nt
NT seq
+upstream
nt +downstream
nt
atgccaaaaaacaactcgataaaatccgttttaattattggttcaggccccattgtcatt
ggtcaggcatgtgaattcgattactcaggttcacaagcagcaagatcgttgcgcgaagaa
ggaattgaagtcacattgatcaattccaacccggcaaccatcatgaccgataaagtagtg
gccgacaatgtttacttaaagccgcttgaaccggaaagcattatcgagattctgaaagaa
cataagattgatgccgttttgcctacgatgggcggacaaacaggtttgaacctttgtatc
caatgccaggaaatgggcatttgggaagaatatggcgttgacattatcggtgttgacatc
gcagcgatagagattaccgaaaaccgtgaatcgttccgcaacctgatgggcgaaatcgga
attccgatggcaccgcagcaaacagcaaaatcttaccttgaaggaaaagaaattgcacag
gaattcggtttcccgctgtgtatccgctcttcgtttacgcttggtggagcaggagcgtct
atcgttcacgacccgaaagaatttgacactttattggaacgcggcttgcaattatcgccg
atccatgaagtaatgattgataaagccttgttgggctggaaagaatacgaattggaattg
ctgcgcgatgccaacgacaatgtggtgatcatttgttcaatcgagaactttgacccgatg
ggaattcacaccggagattcgattacagttgccccggcaatgacactttctgataccaca
ttccagcgaatgcgtgatatggccatccacatgatgcgctcaatcggaaattttgccgga
ggttgtaatgtgcaatttgccgtttcaccggatgaaaaagaagacattatcgccattgag
atcaacccgcgtgtatcgcgttcttctgctttggcgtcaaaagcgaccgggtatccgatt
gcgaaaattgccgctaaactggccattggttatcacctggatgaattgaataaccagatc
acaaaaaccacttctgcgttgtttgaaccgacactggattacgtgatcgtaaaaatcccg
cgctggaatttcaataaattcccgggaactgatcgtcgtttaggcttgcaaatgaaatca
gtaggtgaagtaatggcaatcgggcgttcgttccaggaagcattgcagaaagcctgtcag
tcgttggaaatcaaccgaaatggtttgggtgccgacggaaaagaactgactgatcaaagt
gctattttgcacagtttggaaaatccgagctggaaccgtttgttccacgtttacgatgcc
atcaaactgggaattccgtttaaaacaatcgttgagaaaacgaaaatcgatatttggttc
ctgaaacaaatcgaggacctgatcaaactggagcgccaaattgagaaatttcatttggaa
agcattccgatggatttgttattcgaagccaaacaaaaaggttatgccgatcgtcagatt
gcgcacctgctacgttgtctggaatcagaagtacatgtgaaacgaacagaaatgggcatc
aaacgtgtttttaaactcgtagatacctgtgcggctgaattcgaagcgcaaacaccttat
tattattctacattcgaacttgaaaacgaaagtattcgctcggataagaaaaaagtcgtt
gttcttggttccggaccaaaccgtatcggacagggaatcgaattcgattactcgtgcgtt
cacggcgtattggcggccaaagaatgcggttatgaaaccattatgatcaactgtaatcct
gaaacggtttctaccgatttcgatacggcagataaattgtacttcgaaccggttttctgg
gaacatatttacgatatcatcacccacgaacagccggaaggcgtcattgtgcaattgggc
ggtcaaactgctctaaagcttgccgaaaaactagagcgttatggtattaagattctggga
acgagttttgaagccctggatttagccgaagaccgtggacgattctccaaagtactcgaa
cagcacaatattccgttcccgcaatacggtgtggttgaaagcgccgaacaggcaattgaa
ttgtcagatacgttaggtttcccgttgttggtacgtccttcgtatgtattgggcggacaa
aaaatgaaaattgtcatcaacaaagaagaactcgaacaccatgtagtagatatcatcaac
gaaatggggaataaccagattttgctggatcatttcttgggcggagctattgaagccgag
gctgatgcgatttgcgatggaaaagacgtgtacatcattggtgtgatgcaacatattgaa
cctgcgggaattcactccggagattcatttgcagtattgcctccatacaaccttggagat
tttgtgatgcagcaaattgaagacatcacgaagaaaattgcggttgaattgcgcactgta
ggactcatcaatattcagtttgcgatcaaagacgacaaagtctatgtgatcgaagccaat
ccgcgagcatcacgtaccgttccgttcattgctaaagcttacgacgaaccgtatgtgaat
tatgccactaaagtaatgttgggacataataaagtgaaagacttcaacttccagccgcga
agagaaggttatgcgatcaaaattccggtgttctcgtatgagaaattcccggatgtgaaa
aaagaattgggtcctgaaatgaaatcgaccggtgaggcgattcgttttatcaaaaacctg
aaagatccattcttcacgaagatctattccgaacgaaatatgcacttgtctaagtaa
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