Bacteroides xylanisolvens: BXY_01210
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Entry
BXY_01210 CDS
T02579
Name
(GenBank) carbamoyl-phosphate synthase large subunit
KO
K01955
carbamoyl-phosphate synthase large subunit [EC:
6.3.5.5
]
Organism
bxy
Bacteroides xylanisolvens
Pathway
bxy00220
Arginine biosynthesis
bxy00240
Pyrimidine metabolism
bxy00250
Alanine, aspartate and glutamate metabolism
bxy01100
Metabolic pathways
bxy01110
Biosynthesis of secondary metabolites
bxy01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
bxy00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
BXY_01210
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
BXY_01210
00220 Arginine biosynthesis
BXY_01210
Enzymes [BR:
bxy01000
]
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)
BXY_01210
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Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_L_D3
MGS
ATP-grasp
Dala_Dala_lig_C
ATPgrasp_Ter
RimK
GARS_A
ATP-grasp_3
ATP-grasp_5
GSH-S_ATP
Motif
Other DBs
NCBI-ProteinID:
CBK65418
UniProt:
D6D4L6
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All DBs
Position
132462..135689
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AA seq
1075 aa
AA seq
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MKENIKKVLLLGSGALKIGEAGEFDYSGSQALKALKEEGIETILINPNIATVQTSEGVAD
QIYFLPVTPYFVEKVIQKEKPEGIMLAFGGQTALNCGVALYKEGILEKYNVKVLGTPVQA
IMDTEDRELFVQKLNEINVKTIKSEAVENAEAARRAAKELGYPVIVRAAYALGGLGSGFC
DNEEQLDILVEKAFSFSPQVLVEKSLRGWKEVEYEVVRDRFDNCITVCNMENFDPLGIHT
GESIVIAPSQTLTNKEYHKLRELAIRIIRHIGIVGECNVQYAFDPESEDYRVIEVNARLS
RSSALASKATGYPLAFVAAKLGLGYGLFDLKNSVTKTTSAFFEPALDYVVCKIPRWDLGK
FHGVDKELGSSMKSVGEVMAIGRTFEEAIQKGLRMIGQGMHGFVENKELVISDIDKALRE
PTDKRIFVISKAFRAGYTIDQVHELTKIDKWFLQKLMNIMQTSEELHSWGNNHKQIADLP
NELLRKAKVQGFSDFQVARAIGYEGDMEDGILYVRKHRKGAGILPVVKQIDTLAAEYPAQ
TNYLYLTYSGVANDVHYLGDHKSIVVLGSGAYRIGSSVEFDWCGVQALNTIRKEGWRSVM
INYNPETVSTDYDMCDRLYFDELTFERVMDILELENPHGVIVSTGGQIPNNLALRLDAQH
INILGTSAKSIDNAEDREKFSAMLDRIGVDQPRWRELTSMDDIQEFVEEVGFPVLVRPSY
VLSGAAMNVCSNQEELERFLKLAANVSKKHPVVVSQFIEHAKEVEMDAVAQNGEIVAYAI
SEHIEFAGVHSGDATIQFPPQKLYVETVRRIKRISREIAKALNISGPFNIQYLAKDNDIK
VIECNLRASRSFPFVSKVLKINFIELATKVMLGLPVEKPEKNLFELDYVGIKASQFSFNR
LQKADPVLGVDMASTGEVGCIGMDTSCAVLKAMLSVGYRIPKKNILLSTGTMKQKADMMD
AARMLVNKGYKLFATGGTHKALAESGIESTHVYWPSEEGHPQALEMLHSKEIDMVVNIPK
NLTAGELSNGYKIRRAAIDLNIPLITNARLASAFINAFCTMSVDDIAIKSWAEYK
NT seq
3228 nt
NT seq
+upstream
nt +downstream
nt
atgaaagaaaatataaagaaagtattgctgttgggttccggtgccctgaagatcggtgag
gccggtgagtttgactattccggttcgcaggcactcaaagctttgaaagaagaaggcatt
gaaacgattcttatcaatcctaatattgctacggtacagacgtccgaaggagtggcggat
caaatctacttcctcccggtgactccgtatttcgtagagaaagtgattcagaaagaaaaa
ccggaaggcattatgctggcgttcggtggtcagacagccttgaactgtggagtggcattg
tacaaagaaggtattcttgaaaaatataatgtgaaagtacttggtaccccggtacaagcc
attatggataccgaggatcgtgaacttttcgttcagaaattgaatgaaatcaatgtaaag
accattaagagtgaagccgtagaaaatgcggaagctgcgcgtcgcgcagcaaaagaactg
gggtatcccgtaattgttcgtgctgcgtatgcattgggtggcttgggctccggtttctgt
gataacgaagagcaactggatattcttgtagaaaaagcgttctctttctctccgcaggta
ttggtggaaaaatctcttcgtggttggaaagaagtggaatatgaagtggtgcgcgaccgt
ttcgacaactgtatcacagtttgtaatatggaaaacttcgacccgctgggtattcatacc
ggtgaatctatcgttattgctccgtcacaaacgcttacgaacaaagaatatcataaactt
cgggaactggcaatacgtatcatccgccacatcggtattgtgggcgaatgtaatgtacaa
tatgccttcgaccccgaatccgaagattatcgggtgattgaagtaaatgcccgtctttcc
cgttcatcggctttggcatctaaggcaacgggttatccgctggctttcgttgcggccaaa
ttgggactgggttacggactcttcgacctgaagaactctgtaacaaagactacttctgct
tttttcgaaccggcactggactatgttgtatgtaagattccacgttgggatttgggtaag
ttccacggtgtagataaagaattgggatcttctatgaaatctgtcggtgaggtgatggct
atcggtcgtacttttgaagaagctatccagaaagggctccgcatgatcggacagggaatg
cacggatttgtagaaaataaggagctagttatttccgacatcgacaaggctttgcgcgaa
ccgactgataaacgtatttttgttatctcgaaggcttttcgtgccggctacaccatcgat
caggtacacgaactgactaagattgataaatggttccttcagaaattgatgaatatcatg
cagacttccgaagaactgcatagctggggaaataatcacaaacaaatagccgatctgcca
aacgaactgcttcgtaaagccaaggttcaaggtttctctgatttccaggttgcccgtgcc
atcggctacgaaggtgatatggaggatggtattctttatgtccgcaaacatcgtaaaggg
gcgggtattcttccggtagtgaagcagattgatactttggcagccgaatatccggcacaa
accaattatctgtatcttacttatagcggcgtggcaaatgatgttcattacttgggcgac
cataaatccattgtcgtattggggtccggtgcttatcgtatcggttcttccgtagaattt
gactggtgcggtgtgcaggctttgaatactattcgtaaagaaggatggcgcagcgtgatg
attaattataatcctgaaactgtatctacggactacgatatgtgcgatcgcttgtacttt
gacgaattgacttttgaacgtgtgatggatattctggaactggagaatccgcatggggta
attgtatctaccggtggtcagattccgaataacttggctttgcgtttggatgcacagcat
atcaatatccttggcacaagtgccaagagcattgacaacgctgaagaccgtgagaaattc
tctgctatgctcgaccgtatcggtgtggatcagccccgttggcgtgaattaacatctatg
gatgacattcaggagtttgttgaagaagtgggttttcctgtacttgtccgtccgtcatac
gtgctttcgggagctgcaatgaatgtttgttccaatcaggaagaactggagcgtttcctg
aaactggcagccaatgtctcgaaaaaacatccggtagtagtaagtcagtttattgaacat
gccaaggaagtagaaatggatgccgtggcgcagaatggagaaattgtggcatacgctatt
agtgagcatatcgaatttgcaggagtacactccggtgacgcgactattcagttcccgcca
cagaagctatatgtagaaactgttcgtcgtattaagcgtatcagccgtgagattgccaag
gctttgaacatttccggtccgtttaatattcagtatctggcaaaagacaacgatattaag
gtgatcgaatgtaacttgcgtgccagtcgttctttcccatttgtcagcaaggtactgaag
atcaactttattgaattggccactaaggttatgctcggcctgcctgtcgaaaaaccggaa
aagaatcttttcgaactggactatgttggaatcaaggcttcacagttctctttcaaccgt
ttgcagaaagccgacccggtgttgggggtagatatggcttccacaggtgaagtaggttgt
attggtatggatacttcttgtgccgtattgaaagcaatgctttctgtaggttatcgtatt
ccgaagaagaatatcttgctttccacgggtaccatgaaacagaaagccgatatgatggat
gcagcccgtatgttggtgaataagggatataaactctttgcgacgggcggtacacataaa
gcgcttgccgagagcggtattgagagtactcatgtttattggccgagtgaagagggacat
ccgcaggcgttggagatgcttcatagtaaggaaatagatatggtagtcaatataccgaag
aacttgactgccggagaattaagtaatgggtataaaatccgtcgtgccgccatcgattta
aatattccgttgattacgaacgctcgtttggctagtgcatttatcaatgctttctgtaca
atgagtgtggatgatatagctatcaagagctgggcagaatataaataa
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