Theileria parva: TP03_0048
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Entry
TP03_0048 CDS
T00254
Name
(RefSeq) glutamine-dependent carbamoyl phosphate synthase
KO
K01954
carbamoyl-phosphate synthase [EC:
6.3.5.5
]
Organism
tpv
Theileria parva
Pathway
tpv00220
Arginine biosynthesis
tpv00240
Pyrimidine metabolism
tpv00250
Alanine, aspartate and glutamate metabolism
tpv01100
Metabolic pathways
tpv01110
Biosynthesis of secondary metabolites
tpv01240
Biosynthesis of cofactors
Brite
KEGG Orthology (KO) [BR:
tpv00001
]
09100 Metabolism
09104 Nucleotide metabolism
00240 Pyrimidine metabolism
TP03_0048
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
TP03_0048
00220 Arginine biosynthesis
TP03_0048
Enzymes [BR:
tpv01000
]
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)
TP03_0048
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Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_sm_chain
GATase
CPSase_L_D3
ATP-grasp
ATPgrasp_Ter
Dala_Dala_lig_C
MGS
DJ-1_PfpI
GARS_A
ATP-grasp_3
Motif
Other DBs
NCBI-GeneID:
3499895
NCBI-ProteinID:
XP_763067
UniProt:
Q4N0R5
LinkDB
All DBs
Position
3
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AA seq
1680 aa
AA seq
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MSDQLQHLPWSPEELYVGPPAKLLLSDGREFYGYSFGYEDQESFNPQHLDTTGELVFSTS
MLGYAECVTDPNYSGQILVLTYPEIGNIGVPSDDTDEYGLLRNFESGSKYLRGLIVCNYT
IDPSHWLCVSTFSDFLKRKKVPAISGVDTRALTKHLRTNGPLLGRIIIGNSKLYGPSYFN
SDHTQLLNKSCFYDRNTKSLAQLLHSEQLDQVSGNLYLYSFHTTNNYNKLVLKYTFQSSE
FGSLLNQLKRSDFHTVYHKNLTFNSMNLTQDLVSKFLTSDTNSVMLLVVVDLGMKNSILR
SLLNNCPNNVRVLVVPHTVDFSVLDYDGLFLSNGPGNPNNYSDLVKTVGKCLTKQKPIFG
ICLGNLLLGLAAGYNCVKMHRGNYGANQPCIDLRTYKCYATTQSHIYQLVTQNSKPTRWT
TLFENANDNTLEGLVNLDYPFFGVQFHPFSRPVYFDPDDPTKYHDLDTSFLYKDFFTCLL
KKTLIPIHIRMMSTHIRCKRILLLSSGGLSIGQAGEFDYSGSQAIKALKESDAKIILVNP
NIATVQTSKGMAHVTYFLPITFEYVKQIIEKEKPDGIMCAFGGQTGLNVGIELYQKNVLI
DNNCEILGTSIKTIIDTEDRYLFNKKMTEIGERCAPSKECTSIEECVTVAKDLGYPVLIR
GNFELGGFGSGFANNESELLEIVTRLFHSNRGKTSLKVLLNIFTDTCVHIDKSLKGWKEI
EFEVLRDNNDNCVCAASMENFDPLGVHTGDSIVVAPAQTLSASECSHLRQVAFNVVRHLD
LVGECNIQFAVNPFKFEYFIVELNARLSRSSALASKATGYPLAYMAAKIALGYDLVQMRN
SITLCTTACFEPSLDYVVVKMPRWDLRKFENANNTIGSSMKSVGEVMGIGKTFEETMQKS
LRMVSDSILGFCSYSVEDLTREQVIKILENPTPERVFAIYRAFELGITVQQINEFTRIDN
WFLNRLHNIYLCSERLKKLTRKEELTHSQLLYYKVLGFSDRQMSLLINNKGNVVNLVNKS
ELEKYENEFRDYRLKLLVTPKVNIIDTLAAEYPVVTNYCYMTYNSTEHDIRPLNDKLYSK
IAETVDKDSSRSPSMRYRDDKFSPLNKEKYDRKTLDKDSIIVLGCGPYRIGSSIEFDWSA
VGCIKTLRRLGFFSIIVNCNPETVSTDFDVSDRLYFEELSLEIVDEIYRFECPQGIILSV
GGQTANNLAIKLGELGLNILGTPVSSIDKCECRNKFSDICDMLGIDQPSWEEFTCVDAAK
KFSNKVGFPVLARPSYVLSGASMKVISSHKELESFLQTSAIVNRSHPVVITKFIENAKEV
EMDCVSKDGVIVNYAISEHVENAGTHSGDATLIIPAQNIHVDTHRRVKKITQKLSKYLNI
TGPFNVQFMCKNNKIKVIECNLRASRTFPLITNTLNINFIELATRVMVNAPFRVENVQLM
DLDYVAVKMPLFSFDRLYPADPLLGVEMKSTGEIASFGYNKYEALLKAMTASGMKIPERG
VLLSLGSTVNKFIFSRKIKGLLSLGLDVYATEGTYDYIRKLWDSEQLFYNSDNEIDTQFM
SKLNLDDFEFDFEPTSMGEFKKVFKPTVQGTSNGTPDVYELISNRKVDLLINVTDSINTL
YTSGGYMMRRAFVDAKISLITSTKLATLVIDAMLYRKSKISKGKDFIHIKSHQEYLSENC
NT seq
5043 nt
NT seq
+upstream
nt +downstream
nt
atgtcagaccagctacaacaccttccctggagccccgaagagttgtatgttggacctccg
gccaagttattgttgagtgatggtcgtgagttttacggttactcatttggctatgaggac
caggaatcctttaaccctcagcatcttgacaccaccggagaacttgtgttctcaacctca
atgctcggctacgccgaatgtgtaaccgaccccaactactccggccaaatcctagtcctc
acataccccgaaatcggtaatatcggagttccctccgatgatacggatgagtatgggcta
ttgagaaatttcgagagtggtagtaagtatttgcgaggtttgatagtgtgtaattacacg
attgaccccagtcactggttatgtgtttcaacattttctgactttttaaagcggaaaaag
gtgccggcaatttccggcgttgataccagagcactgacaaagcatcttagaactaacggt
ccactgctcggtagaattatcataggcaattctaagctctatggcccttcatatttcaac
agcgaccacacacaactcttgaataaaagttgtttctacgataggaatacaaaatcttta
gcgcagttgttacattctgaacagctggatcaggtgtctgggaacttgtatttatactca
tttcatactacaaataattataacaaattggtgttaaaatatacttttcaatcatctgag
tttggttcccttttaaaccaattgaagagatctgatttccacacagtttaccataagaat
ttgaccttcaatagcatgaacctgacacaggatttagtgagcaaatttctaacctcagac
accaattctgttatgttactggttgtggtagatttgggaatgaagaacagtattctccgt
agtttacttaataattgtcctaacaacgtgagggtattggtggtaccgcatactgttgat
ttcagtgttcttgattatgacgggctttttctcagtaacggcccggggaatccaaataac
tattctgaccttgttaaaactgtaggaaaatgtttaactaagcagaaaccgattttcggt
atctgcctcggaaatctattattaggccttgctgctgggtataattgtgttaaaatgcat
agaggcaactatggagctaatcagccctgtattgatctcagaacttataaatgctatgcc
accactcaaagtcatatttaccaacttgtcactcaaaattcaaagcccacgagatggacg
acgttgtttgagaatgcgaatgataatacgttggaggggctggttaatttggactatccg
tttttcggagtacaatttcatcccttttcaaggcctgtgtactttgaccctgatgaccct
accaaataccatgacctggatacttccttcttgtataaagattttttcacctgcctcctc
aagaaaactttaattcccattcatatcagaatgatgtcaactcatatcagatgcaaacgc
attcttttactcagctccggtggactttccataggtcaagcaggcgaattcgattactca
gggagtcaggcgataaaggcgttgaaggagagtgatgctaagataatactggtgaatccg
aatatagcgacggtgcagacatcaaaggggatggcgcacgtcacatatttcttaccaata
accttcgagtatgttaagcagattattgaaaaggagaaacccgacggaataatgtgcgca
tttggcggtcaaaccggtctcaacgtcggaattgaactttatcaaaaaaacgttctcatc
gacaacaactgcgaaattctaggaacgagtataaagacgataattgatacggaggatagg
tatttgtttaataagaagatgacggagattggtgagcgttgtgcgccaagtaaggagtgc
actagcatagaagagtgcgttaccgtcgccaaagatctcggataccccgtactcatacgc
gggaatttcgaactcggagggtttggttctggatttgcgaataacgagtctgagttattg
gaaattgtaactcgactcttccacagtaatcgcgggaaaacttcacttaaagtactttta
aacatttttacagacacatgtgtgcatattgataaatcattgaagggttggaaggagatt
gagtttgaggtgttgagagacaacaatgacaactgtgtgtgtgctgcgagtatggagaac
tttgatcctttgggagtccacacgggtgattccatagtcgtagcaccggcacaaacgctt
agtgcctcagagtgttctcacctacgtcaggttgcatttaacgttgttcgacatctcgac
ttggtaggcgagtgtaacatacaatttgccgtaaatccgttcaaatttgagtactttata
gttgaacttaatgccaggctgagtagaagtagcgcattagcatcaaaggctacaggatat
ccactagcttacatggcagcaaaaatcgcgctaggatatgatctagtacaaatgagaaat
agtattacactctgtactacagcttgctttgaaccctcacttgattacgtcgtcgtcaaa
atgcccagatgggacctacgcaagttcgaaaacgccaataacaccataggaagtagtatg
aaatcggtgggtgaggtgatgggaattgggaagacatttgaggagacgatgcagaaatca
ttgaggatggtgtcggatagtattttgggcttttgttcatattcagtagaagatttaacg
agagaacaggtgattaaaattcttgaaaacccaacaccagaacgtgtgtttgcaatttac
agagcatttgaattgggaattaccgtccaacagataaacgaattcaccaggatagacaat
tggttcctaaaccgtctgcataacatttacttatgcagtgagaggctgaagaagttgact
aggaaagaggaattaacacacagtcagctgttgtattataaggtgttaggattctcagat
cgtcaaatgtcactcctgataaataataaaggaaatgtggtcaatttagtgaacaaatct
gagctggaaaagtatgaaaatgagtttagagattacagactaaaactccttgtcacgcca
aaggttaatatcattgacactttagcagcggagtatccagtggtgacaaactattgctac
atgacatataactcgacagaacatgacatacggccattaaatgataaattatactctaaa
atcgcggaaactgtggataaagatagctcaaggtcaccgtcaatgaggtacagagatgac
aaattctcaccactcaacaaggaaaaatatgaccggaaaactctcgacaaagacagtata
atagtgttggggtgtggtccgtataggataggaagtagtatagaatttgactggagtgct
gtgggatgtattaagactctgagaagacttgggttcttctccatcatagtgaactgtaat
ccggagactgtttcaactgattttgacgtttcagaccgtttatactttgaggaattatct
ctggaaattgtagacgagatttacagatttgaatgcccacaaggaattattctatccgtt
ggaggtcaaaccgccaataacctcgccatcaagttgggggagttgggtttgaatatcttg
ggaactccggtgagttcaattgacaagtgtgagtgtcggaacaagtttagtgacatttgt
gacatgcttgggattgatcagccgagttgggaagagtttacatgtgtagatgccgctaaa
aagttctcaaacaaagttggattcccagtactcgcaagaccctcctacgtactctccggc
gcatccatgaaagtcatttcatcacacaaagaactcgaatcgtttttgcagacgagtgcg
atagtgaacagatcgcatcctgtggtgataacgaagtttattgagaatgcgaaggaggtt
gagatggactgtgtgtcaaaggacggcgtgattgttaactatgcgatttcagagcatgtg
gagaatgcaggaacgcacagtggtgacgccaccctgataatccccgcccagaatatccac
gttgacactcacagaagagttaagaaaattacgcagaaactttctaaatatttgaatatc
acaggcccattcaatgtccagttcatgtgtaaaaataataaaatcaaggtcatcgagtgt
aatctcagagccagtaggacatttcccctgatcacaaatacgcttaatattaactttatt
gaactagccactagagttatggtaaatgcgcccttcagagttgagaatgtacaacttatg
gacctggactacgtcgccgttaaaatgccactgttctcatttgacagactctatcccgca
gatccactactcggcgttgaaatgaaatccacaggcgaaatagcttcatttgggtataac
aagtatgaggctttgttgaaggcgatgacggcgagtggaatgaagatcccagagcgtggc
gtattattatcattgggtagcacagtgaacaagttcatattctcgagaaagattaaggga
ttactatcactgggactggacgtatatgccactgagggtacctatgactacattaggaaa
ctttgggactctgaacagctgttttacaactcagacaatgaaattgacacgcagtttatg
tccaaactgaaccttgacgactttgagtttgactttgaacccacgagtatgggcgagttt
aagaaggtgtttaagcccacagttcaaggcacctcaaacggaactccagacgtctatgaa
ctgattagtaaccggaaagttgatttgcttattaatgtcacagactccattaacacgctc
tacacttcaggcggatacatgatgagacgagcgtttgtagacgctaaaatcagcctaatc
accagtactaagctggcaactttagttatcgacgccatgctgtacagaaagtctaaaatc
tccaaggggaaagatttcatacacatcaaatcacatcaagagtatttatccgaaaattgc
taa
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