KEGG T01223: Phum

Pediculus humanus corporis (human body louse): Phum_PHUM000420

Entry

Phum_PHUM000420 CDS T01223

Definition

carbamoyl-phosphate synthase, putative (EC:3.5.2.3 6.3.4.16 2.1.3.2)

Orthology

K11540

carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase [EC:6.3.5.5 2.1.3.2 3.5.2.3]

Organism

phu Pediculus humanus corporis (human body louse)

Pathway

phu00240	Pyrimidine metabolism
phu00250	Alanine, aspartate and glutamate metabolism
phu01100	Metabolic pathways

Module

phu_M00051

Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:phu00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:phu00250]

SSDB

Motif

Pfam:

CPSase_L_D2 GATase CPSase_L_D3 CPSase_sm_chain OTCace_N OTCace CPSase_L_chain ATP-grasp_4 MGS ATPgrasp_Ter ATP-grasp Dala_Dala_lig_C Amidohydro_4 Amidohydro_1 ATP-grasp_3 Peptidase_C26 Amidohydro_5

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 2251 aa
MCLKNQEIPGYVLLENGTFLRGYLFGADIEAHGEVEFRLKFYFNFLIVFQTGMVGYPESL
TDPSYHSQILVLTYPLIGNYGVPELVNDKYGIPTKFESHRIWAAGLVVGEYCDTPSHWES
VRSLSEWMKAEKIPGISGIDTRQLTKLLRENGSTLGKICIGLPPEDPLNLCLSMKDPNQE
NLVKEVSITHPKVYNEGGFPRICAVDCGLKNNQLRCFIKRGACVEVVPWNYKFDINNFDG
LFLSNGPGNPEMCKEVINNLKSILNSHIVKPIFGICLGHQLLATAIGCNTYKMKYGNRGH
NQPCIHGETRKCFMTSQNHGFAVDVTNLPKNWNILFTNANDCSNEGLVHSTLPYFSVQFH
PEHTSGPEDLELLFDIFLDSVKAYKSGITVKPLKESITKIFSYTHHPLPRPKKVLLLGSG
GLSIGQAGEFDYSGSQAIKALKEEKIQTVLINPNIATVQTSKGLADKVYFLPLECEYVEQ
VIRCERPDGILLTFGGQTALNCGVEMERAGIFEKYGVRILGTPIQSIIDTEDRKVFSEKI
QQLGEKVAPSAAVYSVSEALEAAENLGYPVMARAAYSLGGLGSGFAHNEKELTLLAHQGL
TYSKQLIIDKSLKGWKEVEYEVVRDSYDNCITVCNMENVDPLGIHTGESIVVAPSQTLTN
KEYNMLRTTAINVIRHFGVIGECNIQYALSPNNETYYIIEVNARLSRSSALASKATGYPL
AYVAAKLALDIALPDIKNSVTGGTTACFEPSLDYCVVKIPRWDLGKFSRVSTKIGSSMKS
VGEVMAIGRKFEEAFQKAMRMMDENMLGFDPYLKAPSEEELEQPTDKRMFVLAAALKQGY
SIDRLYELTKIDKWFLHKMKNIITLQNELETVSTGELTSDLLLKAKQFGFSDRQIACFIK
STEVAIRKTREEKKLTPFVKQIDTVAAEWPAATNYLYLTYNGFAHDLPFHGGYTMVLGSG
VYRIGSSVEFDWCAVGCLRELSKLGKKTIMVNYNPETVSTDYDMCDRLYFEEISFEAVMD
IYNIEDPEGIILCMGGQLPNNIAMDLYRQRARILGTSPERIDDAENRYKFSRLLDPGNYY
ITWKNLIDINSAIEFCETVGYPCLVRPSYVLSGAAMNVAHSAKDLEDFLKSAIEVSKDHP
VVISKFLLEAKEIDVDAVACDGEVLCMAVSEHVENAGVHSGDATLMTPSQDINAQTLKSI
ESITCEIASALEITGPFNMQLIAKDNELKVIECNLRVSRSFPFVSKTLDHDFVAMATRVI
VGETVEPVDVLRGCGKVGVKVPQFSFSRLAGADVMLGVEMASTGEVACFGENRYEAYLKA
MMSTGFRIPEKSILLSIGSFKHKVELLPSMRALHMMGYKLYASMGTADFYTEQGVSVEPV
QWTFENIGTRGELNHLSDYLAKKQFELVINLPMRNGGARRVSSFMTHGYKTRRLAVDYSI
PLITDVKCAKLLVEALLKIGRAPPMKTHTDCLSSRQLVRFPGFIDVHVHLREPGASHKED
ISSGTAAALAGGITLVCAMPNTNPSVTDHKSLELVKELAQKNARCDYALFLGASSENYNI
IPELESQSAGLKMYLNDTFTTLKLNDLTVWLKHFDSWPKHSPLCVHAESQTTAAVLLLAT
LHNRPIHICHVARKEEIQIIRAAKEKGLPVTCEVCPHHLFLTDNDIQRIGEKKGRVKPVV
GTLEDQQALWDNLKFIDVFATDHAPHTEEEKCQANAPPGFPGLETILPLLLNAVNEGRLT
KEDLINKFYRNPKRIFNLPDQYNTYVEVDMDEEWVIPDYMPFSKSKWTPFAGMKVKGAVH
RVILRGETAYVDGKVLVPPGFGLDVKGLQYRKVNHDQLIEGHRKFHFDGMSSCKLETPAM
LDELKSKDLGRSLDGTTKLSVDVHFSTSPKNIMEFGGGDAKPQYQQYLSPSLSHDLNRSK
SVSNPNLYGPHLLSSSSVGQSSSHNLAGQHILSVDTFTKDKLNDLFNLARSYRFLVLKER
PLSHVLKGKIMAAVFYEVSTRTNCSFSAAMQRLGGTVIHMDSVSSSVKKGESLEDSITVM
ASYSDVVVLRHPEPGAVGKAAATCRKPLINAGDGVGEHPTQALLDVFTIREEIGTVNGLT
ITMVGDLKNGRTVHSLARLLTLYNVQLKYVSPPGLGMPEEVMNYVGEKGIRQEQLQSLES
VLPDTDVLYMTRIQKERFNSEKEYEEACGKFIVTPQLMTKAKRKMVVLHPLPRVFEISPE
FDTDPRACYFRQAEYGMYVRMALLAMVLGRS

NT seq 6756 nt +upstreamnt +downstreamnt
atgtgtttaaaaaatcaagaaattcccggatatgtattgttggaaaatggaacttttctc
aggggatatctttttggagctgatattgaggcacatggcgaagttgagtttagactaaaa
ttttattttaattttttaatagtttttcaaactggaatggtcggatacccagaatcttta
accgatccttcctaccattctcagatacttgtcctaacttatccgttgattggtaattac
ggagtgcctgaattagtaaatgacaaatatgggattcctacaaaatttgaatctcataga
atttgggcggccggattagttgtgggagaatattgtgatacccccagtcattgggaaagt
gtcaggtctttgtccgaatggatgaaagcagaaaagattccaggaattagtggaatcgac
actagacagctaactaaattacttagagaaaatggtagcactttaggtaaaatatgtata
ggattacctccagaagaccctctcaacctatgtttatcaatgaaagatccaaatcaagaa
aatttagttaaagaagtgtccatcacgcaccctaaagtatataacgaaggtggatttcca
agaatttgtgcagttgattgcggtttaaaaaataatcaattaagatgtttcataaagaga
ggagcatgtgttgaagtagtgccttggaactataaatttgatataaataattttgatgga
cttttcttgtcgaacggtccaggaaatcctgaaatgtgtaaagaagttattaataacttg
aaaagcattttaaattcgcatattgttaaaccaatatttggaatttgccttggacaccaa
cttttggccactgctataggatgtaacacttacaaaatgaaatatggtaatagaggacat
aatcagccttgcatccatggagaaactagaaaatgttttatgactagccaaaatcatgga
tttgctgttgatgtaactaatctaccaaaaaattggaatattttatttacaaatgcaaac
gattgttctaatgaaggattagtgcattcaactctgccatattttagtgttcaatttcat
cctgagcacacatcaggtcctgaagatttagagcttttatttgatatattcttagattca
gttaaagcatataaatcaggaatcactgttaaacctcttaaagaaagcataactaaaatt
ttttcctatacacatcaccctttgcccagaccgaaaaaagttttgttgctcgggagtggt
ggcttgtctattggacaagccggtgaatttgattattctggctctcaagcaatcaaagct
ttaaaagaggaaaaaattcaaaccgttttgataaatcctaatatagctaccgtacaaacc
tctaagggccttgctgataaagtttattttttgcctttggaatgtgaatatgttgaacag
gtgatacgatgcgaaagacctgatggtatattattaacgtttggtgggcaaacagcattg
aattgcggtgtcgaaatggaacgagcgggaattttcgaaaaatatggagttcgaattcta
ggtactcctatacaatccataattgacacggaagatagaaaagttttttcggaaaaaata
caacaactcggtgaaaaagttgctccaagcgcggctgtttattcagtctcagaagcgttg
gaagcggccgaaaatttaggatatcctgtcatggctagagctgcttattctctcggaggt
ttaggttccggttttgctcacaatgaaaaagaattgacgttgttggcccatcagggtctc
acgtattctaagcagttaattatagataaatcgttaaaaggttggaaagaagtagaatac
gaagttgtcagggattcttatgataattgcatcaccgtctgcaacatggaaaatgtggat
cctcttggaatacacactggagaatcgattgtcgttgctcctagtcaaactttaacaaac
aaagagtacaatatgttaagaacgactgcaatcaacgtcatacgtcatttcggtgttatt
ggtgaatgcaatattcaatatgcactcagtccgaacaatgaaacttattacataattgaa
gtgaatgccaggttgtccaggagttctgcgttagccagtaaagcgaccggttaccctttg
gcttatgtcgctgccaaattagcacttgatatcgctttgcccgatattaaaaattcagtc
accggagggacaaccgcatgtttcgaacctagtcttgattattgtgtcgttaaaattcca
cgatgggatttgggtaaattttcacgagtaagcactaaaattggtagttcaatgaaaagc
gtgggagaagttatggctatcggaaggaaattcgaagaagctttccagaaagcaatgcga
atgatggacgaaaacatgttgggtttcgatccgtatcttaaggctccgtcagaggaagaa
ttggaacaacccacggataaaagaatgtttgttttggccgcggcactcaaacagggttat
tcgatcgatcgtttatacgaactcacgaaaattgataaatggtttttacacaaaatgaaa
aacataattaccttacagaatgagttggaaacggtttcaactggagaattgacctccgat
ttactgttaaaagctaaacaatttggattttccgatcgacaaatagcttgctttataaaa
agtacagaagtggccattaggaaaacaagagaagaaaaaaaacttactccttttgttaaa
caaatcgatacggttgcagcagaatggcctgccgccacaaattatttatatttgacatac
aatggatttgcacacgatttaccttttcacggtggatatacaatggttttgggatctggt
gtttatcgtataggaagctcggttgagtttgattggtgtgcggtcggttgtctaagagaa
ttatcaaaattgggaaaaaaaacgataatggtcaattacaatcccgaaactgtgagcacg
gattacgatatgtgcgatagattgtatttcgaagaaatttcctttgaagccgtcatggat
atttacaacattgaagatccagagggtatcatattgtgcatgggaggacaattgcctaat
aatattgccatggatttgtacaggcagagagccaggattttaggaacgtctccggaaaga
atcgatgatgccgaaaatcgttataagttttctaggcttttggacccaggcaattattat
attacgtggaaaaatttaatcgacataaattcggccattgaattttgcgaaaccgtcggt
tatccgtgtttggttcgtccatcatacgtcctgagtggtgccgcaatgaatgttgctcat
tctgctaaagatttagaggattttttaaaatcagcaatagaagtaagcaaagatcatccg
gttgtaatttcaaaatttttattggaagccaaggaaatcgatgtggatgccgtagcgtgc
gacggagaagttttatgcatggccgtgtctgagcacgttgaaaatgctggagttcattca
ggagacgctacgcttatgacaccatcacaagacataaacgctcaaactttaaaatccatt
gaatcgataacttgtgaaatagcctctgccttggaaattacgggaccgtttaatatgcaa
ctgattgcaaaggacaatgagttaaaagtcatagaatgcaacttgagagtatccagatcg
tttccgtttgtttcaaaaactttggatcacgattttgttgcaatggccactcgcgtgatc
gttggagaaacagtcgaacctgttgacgtacttcgcggatgcggaaaagtcggcgtcaaa
gtacctcagttttcattttccagacttgccggtgccgacgtaatgctcggagttgaaatg
gcttcaactggagaagttgcttgtttcggagaaaatcgttacgaagcgtatttaaaagcc
atgatgagcacaggattcaggataccggaaaaatcaattttgctttccatcggaagtttc
aagcacaaagttgagttacttcccagcatgagagctttgcacatgatgggttacaaatta
tacgcaagcatgggaacagctgatttttatacggaacaaggagttagcgttgaacccgtt
caatggacttttgaaaatatcggaaccagaggtgaattaaatcatttatcggattacctt
gcgaaaaaacaattcgaactcgttattaatttgcccatgagaaatggcggagcgagaaga
gtttcttcgttcatgacccacggttataagacgagacgtctcgccgtcgattattcaatt
cctttaatcacggacgtcaagtgcgccaaacttttggttgaggctttgttgaaaatcgga
agagctcccccgatgaaaactcacacggattgtttgtccagtcgtcagctcgttagattt
ccaggattcatcgatgttcacgttcatttacgagaacccggagcgtctcataaggaagac
atatcgtcgggaacggcagctgctcttgccggcggaataactttggtttgtgctatgccc
aatacgaatccgtccgtgaccgatcataaatctttggaattggttaaagagttggctcaa
aaaaatgcaagatgcgattacgcgttatttttaggcgcttcatcagaaaattataacatt
attccagaactggaatcccaatcggcgggattgaaaatgtacttgaacgacacgttcacg
actttgaaattgaacgatttaacggtttggttaaaacatttcgacagttggcccaaacat
agtcccttgtgcgtgcacgcggaaagtcaaacgacggctgcagttttactattggccacc
cttcataatagacccatacatatttgtcacgtggctagaaaagaagaaattcaaattata
agagcggctaaagaaaaaggattacccgtgacttgcgaagtttgtcctcatcatttattt
ttaaccgataatgatattcaaaggattggcgagaaaaaaggaagagtcaaaccggttgta
ggaactttggaagatcagcaagccttgtgggataatttgaaatttattgatgtcttcgcc
actgatcacgctcctcataccgaagaagaaaaatgtcaggccaatgctcctcccggattt
ccaggtttggaaaccattcttcccctcctgttaaatgccgtgaatgaaggacgtttgact
aaagaggatttgatcaataaattctatagaaatcctaaaaggatttttaatcttccggat
caatataacacgtacgtggaagtagacatggacgaagaatgggtcatacccgattacatg
ccttttagcaaatccaaatggactccgttcgcgggtatgaaagtcaagggagccgtccat
agagtaattcttaggggagaaactgcttatgttgatggtaaagtactggttccgcccgga
ttcggtttggacgttaaaggtctgcagtacagaaaagtaaatcacgatcagttgattgaa
ggacatagaaaatttcatttcgatggtatgtcaagttgcaaattggaaacgcctgcaatg
ttggacgaattaaaaagcaaagatttgggaaggagtttagacggtacgacaaaattaagc
gtcgacgtacatttttctacatcacctaaaaacattatggaatttgggggaggagacgca
aaacctcaataccaacaatatttatctccgtctcttagccacgatttaaatcgttcaaaa
agtgtttcaaatcccaatttgtacggcccgcatttactttcatcttcttccgtcggtcaa
agttcttcgcacaatttggcaggacaacatatattgtccgtggacacattcacgaaagat
aaactcaacgatttgttcaacctggcacgaagttacaggtttttggtgttgaaagaacga
cctctgtcgcacgtcttgaagggtaaaataatggccgcggttttttacgaagtgagcaca
cgtacaaactgcagtttttccgcagccatgcaaagactcggaggaactgtcattcacatg
gattccgtgagttcttccgttaaaaaaggggaatcccttgaagattcaataaccgtaatg
gcaagttattcggacgttgtcgttttaagacatcccgaaccgggagccgtcgggaaagct
gccgcgacgtgtcgtaaacctttgataaatgccggagacggagtgggagaacatccgact
caagcgcttttggatgtatttaccataagagaagaaataggaaccgtgaacggattgaca
ataaccatggtcggggatttgaagaacggtagaacggtgcactccctcgccaggcttttg
acattgtataacgttcaattgaaatacgttagccctcccggtttgggaatgcccgaagaa
gttatgaattacgtgggtgaaaaggggatacgccaggaacaattacaatcattagagtcc
gttctccccgacacggacgttctttacatgacgagaatacaaaaggaaagattcaattcg
gaaaaagaatacgaagaggcgtgtggaaaattcatagtcactccacaattgatgacgaaa
gcaaaacgaaaaatggtcgttttgcatcctttgccgagggtattcgaaataagtccagaa
ttcgatacggacccccgggcctgctacttcagacaagctgaatacggtatgtacgtaaga
atggcacttttagccatggttttgggaaggtcataa

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   VECTORBASE-PHU (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (17)   
   Pfam (17)   
All databases (47)   

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