Trypanosoma brucei gambiense: TbgDal_V5270
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Entry
TbgDal_V5270 CDS
T06526
Name
(RefSeq) glutamine hydrolysing (not ammonia-dependent) carbomoyl phosphate synthase, putative
KO
K01954
carbamoyl-phosphate synthase [EC:
6.3.5.5
]
Organism
tbg
Trypanosoma brucei gambiense
Pathway
tbg00220
Arginine biosynthesis
tbg00240
Pyrimidine metabolism
tbg00250
Alanine, aspartate and glutamate metabolism
tbg01100
Metabolic pathways
tbg01110
Biosynthesis of secondary metabolites
tbg01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
tbg00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
TbgDal_V5270
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
TbgDal_V5270
00220 Arginine biosynthesis
TbgDal_V5270
Enzymes [BR:
tbg01000
]
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)
TbgDal_V5270
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_L_D1
GATase
CPSase_sm_chain
CPSase_L_D3
ATP-grasp
Dala_Dala_lig_C
ATPgrasp_Ter
Arginosuc_synth
Peptidase_C26
MGS
ATP-grasp_3
DJ-1_PfpI
GSH-S_ATP
DUF7626
TrkA_N
ACP_PD
Motif
Other DBs
NCBI-GeneID:
23861543
NCBI-ProteinID:
XP_011773674
UniProt:
C9ZPQ9
LinkDB
All DBs
Position
5:1127823..1132697
Genome browser
AA seq
1624 aa
AA seq
DB search
MKIGTKAELILHGGECFSGVSFGYEESVAGEVVFTTGMVGYPESLTDPSYHGQILVLTAP
MVGNYGIPPLETDPFGVTKYFESMNGEIRVSALVVCECCEEPSHWQMYETLGAWLKRNKV
PGIMMVDTRSVVLRLREMGTALGKVVINGADVPFVDPNTRNLVEEVSTTAPQSYGHGTLR
ILVIDMGVKLNSLRCLLRYDVTLTVVPHDWDITKETYDGLFISNGPGNPQLCTKTIENVR
WALTQEKPIFGVCMGNHMLALAAGGTTYKMKFGHRGQNQPSTSNQDGRVVITTQNHGFAV
DFKSLPQGDWEEYFFNPNDQCNEGLRHRTKPFSSVQFHPEGCCGPQDTEYLFGEFIDQVK
RSKTKLAAQFKPRKVLVLGAGGIVIAQAGEFDYSGSQCLKALREEGVKSILVNPNIATVQ
TDDEMADQVYFVPVTPEAVERVIEKERPDGIMLGWGGQTALNCGLQLDKLGVLKKYNVQV
LGTAISTITVTEDRELFRNALLQINEPVAKSVAVTSVAEALKAAADIGFPMMVRAAFCLG
GQGSGIVNSEEELSNKVEVALTVAPQVLLEESVAGWKEIEYEIVRDIHDNCITVCNMENF
DPMGVHTGESIVVAPSQTLTNEEYHMLRTAAIKIIRHLGVVGECNIQYGLEPHSRRYVVI
EVNARLSRSSALASKATGYPLAHVATKIALGKGLFEIKNGVTKTTMACFEPSLDYVTVKA
PRWDVAKFNMVSQEIGSMMKSVGEVMAIGRTFEEAVQKALRMVDPSNNGFDTPKRLAEMG
DKWDYMRALRVPTPDRIFAICRALKEGITVDEIHRLTRIDKFFLNKLQLLIKMQRELTTL
YRGKLDTITYDHLLAMKAHGFSDAQIAEYLQCTADDVRKRRYKLNITPKVKQIDTVAGEY
PAAQCCYLYTTYNAQHDDVEFNDRMYAVLGCGVYRIGSSVEFDYGGVLVARELRRLGNKV
ILINYNPETVSTDYDECDRLYFEEVSEETVLDILLKEKISGVIISLGGQIVQNMALRLKE
HGLPILGTDPVNVDKAEDRNKFSKMCDQLGVPQPEWILSTSVQDVHAFCQRVGFPTLVRP
SYVLSGSAMAVISSPEDIDRYLTKASLVSGTHPVVVSKYYEGAMEYDVDIVAHHGRVLCY
AICEHLENAGVHSGDATMFLPPQHTKKEVMKRIYEAATQIAGELDVVGPMNVQFLLTKDE
QLRVIEANIRSSRSVPFVSKTLGISFPAVMVSALLSRPDSELVPIRRAKMTHIGCKAPMF
SFNRLAGADPILGVEMASTGEIGVFGCDKREVFRKAMLCQNFRYPTKGVFISSDVDAVTE
ELLPHLDKISKTLPLFASTHTGAVLTKHGIPHTVLTQRHEDGDNPTYEVELAARRFDLVI
QLRNKRKDFILRNCTRENAPPDYWVRRLAVDYNVALLTEPNVVKMFCETLDIIGDIEIEP
FRYYVPRVYHKIESNNCTMLRHHKVGLCINPTMDSKVLAIRMREEKIDLTCFHASLGGSV
TSSEAFAEEFRSLKVPVEVVDLRNEMAELAFDMVMALIAEEDNRWHLPALAEHVIGVHLL
TAMQERGVTVVAQCSSQGRKGMNFERYARMLQPKMGVYSPWRDQRMLSDFPTEAEKINFL
KNMR
NT seq
4875 nt
NT seq
+upstream
nt +downstream
nt
atgaaaataggaacaaaagctgagctcattttgcacgggggcgaatgttttagcggagtt
tcatttggttatgaagaaagcgttgcgggagaggttgtttttaccacaggaatggttggt
tatcctgaaagtcttacggacccttcgtatcacggtcagatattagtgcttaccgcaccc
atggtcggaaattatggaatccctccactggagacggatccttttggagtaacaaaatac
ttcgagagcatgaatggggagattcgtgtgagtgcgctcgtcgtttgcgaatgttgtgaa
gaaccttcgcattggcagatgtatgagacacttggtgcatggctaaagcgaaataaggta
ccaggaatcatgatggtggacactcgcagtgttgtactgaggcttcgggaaatgggtaca
gctctgggaaaggttgttatcaacggcgctgatgtgccttttgtggatcctaatacacgc
aacttggtagaagaagtgagcacaacagcccctcagtcctatgggcatggtacattgagg
atcctcgttattgatatgggtgtaaaattaaattcgttgaggtgcttactgcggtatgat
gtcacacttactgttgtgccacatgattgggatataacgaaggaaacatatgatggctta
tttatttctaacggaccaggtaatcctcaactgtgtaccaaaacgattgaaaatgtacga
tgggctctcactcaagaaaaaccgatattcggtgtttgcatgggtaatcacatgttggcc
ctcgcagcaggaggaacgacgtacaagatgaagtttggtcaccgaggtcagaaccagcca
tcgacatcgaatcaagatggacgtgtagtaattacaacgcaaaatcacgggtttgccgta
gatttcaaatccttgccgcagggcgattgggaagagtacttctttaaccccaatgatcaa
tgtaatgaagggttacggcaccgcacgaagcccttttcatcagttcagtttcaccctgag
ggttgctgcggtccacaggacaccgagtaccttttcggagagtttattgaccaggtgaag
cgttcaaaaacgaagttggcagcacagtttaaaccccgcaaggttttggtattgggtgct
ggcggcattgttattgcccaagctggcgaattcgactacagcggctcccagtgcttaaag
gctctgagagaggaaggtgtgaagtctatactggttaatcccaacattgccactgtgcag
acagatgatgaaatggctgaccaagtgtattttgtacccgtcactcctgaagctgtggaa
cgagtgattgagaaggagcgtccagatggtattatgctcggatggggcgggcaaacagca
ctcaactgtgggttacagttggacaaacttggtgtcctcaaaaagtacaatgtgcaggtt
cttggaacagctatatctacaatcactgtgaccgaggatagggagctcttccgcaacgcg
cttttgcagataaatgagcctgtggcaaagtccgtagcagtgaccagtgtggcggaggca
ttaaaagcagcggcagacatcggatttccaatgatggtgcgagcggctttttgcctcggt
ggtcagggtagcggtattgtaaatagtgaagaggaactgagtaataaagttgaggttgcc
cttactgtggcacctcaagtcttacttgaggaaagcgttgctggttggaaggagatcgag
tacgaaattgtccgtgatatccatgataattgcattacggtgtgcaacatggagaatttt
gaccccatgggcgtccacacaggggagtccattgttgtggccccgtctcaaactttgaca
aacgaggaatatcacatgttgcgtaccgcagcgatcaaaatcatccgtcaccttggcgtg
gtgggcgagtgcaacattcaatacggtttggaaccccactcgcgtcgttacgttgttatt
gaggtgaacgcccgcctctcacgttcctccgcacttgcgtctaaggccacgggttatcca
ctcgcacacgtggcaaccaaaatagcccttggtaagggtctgtttgaaattaagaatggt
gttacaaaaacaacgatggcttgctttgaacccagtcttgattacgtcaccgtcaaggct
ccccgttgggatgtggcaaagttcaatatggtgagtcaagagatcgggtccatgatgaag
agtgttggtgaagtaatggccatcggtcgtacatttgaggaggccgtgcagaaggcactg
cgaatggtggatccatcgaataacggctttgacactcccaaaaggcttgctgaaatgggt
gacaagtgggactacatgcgggcgctgcgcgttcctacgccagatcgcatctttgcgatt
tgccgtgccttgaaggaaggcatcacagtggatgaaatacatcggttaactcgcatcgac
aaatttttcctcaacaagttacaactcctgatcaagatgcagagggaactgaccacgcta
tacaggggtaaactggacacaatcacatatgaccacctccttgctatgaaagcgcacggt
ttcagcgacgcgcagattgctgagtacctccagtgcacagctgacgatgtacggaaacgg
cgctacaagttgaacattacccccaaggtgaagcaaatcgatacagtcgctggcgaatac
cccgccgcgcagtgttgctatttatacaccacctacaacgcacaacacgatgatgtcgaa
ttcaacgatcgtatgtacgccgtgcttggttgtggtgtgtaccggattggcagcagcgtg
gagtttgactacggtggtgtcttagtcgctcgtgagctccgtcgactcggtaacaaagtg
attttgattaattataaccccgaaacagtgtccacagattatgatgaatgtgaccgcttg
tactttgaagaggtgtcagaggagacagtgctcgacatcctgctcaaagaaaagattagc
ggtgttatcatatcactgggtggacaaattgtccagaatatggcccttcgattgaaagag
catgggctgccgatccttgggacagatcctgtaaacgttgataaggcagaagatcgcaac
aaattctcgaaaatgtgcgatcaactgggtgtaccgcagcccgaatggattttgtcaaca
agtgttcaagatgttcacgcgttctgccagcgcgtcggtttcccgacacttgtgcgacca
agctatgtgttgagcggctctgctatggctgtcatatcgtctccggaagatattgaccgc
tacctcactaaggcttcgttggtttctggtactcatcctgttgtggtgagcaagtactac
gaaggtgcaatggaatacgacgttgatatcgttgcccatcacggccgtgtgctctgttac
gcgatttgcgagcatttggaaaatgctggtgtacactcaggagatgccacgatgttcctt
cctccacagcacaccaaaaaggaggtcatgaaacgcatatacgaagcggccacacaaatt
gccggagagttggatgttgtcgggcccatgaacgttcagttcttgctcactaaggacgag
cagctgcgcgtgattgaggcgaacatccgcagctcacgttccgtgccgtttgtttccaag
acgcttggcatatcgttcccagccgtcatggtttccgcgcttctatcgcgtcccgactcc
gaacttgtgccaatccgtcgtgctaagatgactcacattggttgtaaggctcctatgttc
tcattcaaccgactcgctggcgctgaccctatcctcggtgtggagatggcatccacgggt
gaaattggcgtatttggctgtgacaaacgagaggtgtttcgtaaagcaatgctttgccag
aatttccggtacccgacaaaaggtgtttttatcagctctgatgtggacgcagtcactgag
gagctcctcccccacctcgacaagatttcaaagacgttaccactttttgcatcaacacac
accggtgctgtgctcaccaagcacggcattccgcacactgtcttaactcaaaggcatgag
gatggtgacaatcccacatacgaagtggagctcgcggcgaggcgatttgacctcgttatt
cagctacggaataaaaggaaagatttcattctgcgaaactgcacgcgcgaaaatgcacca
ccagactactgggtccgacgccttgctgttgactacaacgtagcactccttaccgagccc
aacgttgtgaagatgttctgcgaaacccttgacatcattggtgatatcgagatcgaacca
ttccgctactacgtacctcgcgtatatcacaaaatagagagcaacaactgcactatgctg
cgccaccacaaggttggtctctgtattaatcctacgatggatagcaaggtcctcgccata
cgtatgcgcgaagagaaaatcgatctcacatgcttccacgcgtctctcggtggatcggtc
acgagcagcgaggcctttgctgaggagttccggtcacttaaggttcccgtggaagttgta
gatctccgtaacgaaatggcagaactcgccttcgatatggtgatggctctcatcgcagaa
gaagataacaggtggcacttgccagcgctggctgaacacgtcattggtgtgcacctcctc
actgcgatgcaggagcgaggtgttactgttgttgcacagtgctcatcacaagggaggaag
ggaatgaattttgaacgctatgcccgcatgcttcagccgaagatgggtgtttatagcccg
tggcgagaccaacgtatgctaagtgatttccctacagaggctgaaaaaatcaattttctt
aaaaacatgaggtaa
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