KEGG T02090: DICPUDRAFT

Dictyostelium purpureum (cellular slime mold): DICPUDRAFT_31008

Entry

DICPUDRAFT_31008 CDS T02090

Definition

aspartate carbamoyltransferase

Orthology

K11540

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

Organism

dpp Dictyostelium purpureum (cellular slime mold)

Pathway

dpp00240	Pyrimidine metabolism
dpp00250	Alanine, aspartate and glutamate metabolism
dpp01100	Metabolic pathways

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:dpp00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:dpp00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain OTCace_N CPSase_L_D3 GATase OTCace CPSase_L_chain ATP-grasp_4 Dala_Dala_lig_C MGS ATP-grasp ATPgrasp_Ter Amidohydro_4 Amidohydro_1 Amidohydro_5 Amidohydro_3

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

Unknown

AA seq 2198 aa
MENILNRTKGYLVLEDGTKFNGYSFGSERSVAGECVFSTGMVGYNESISDPSYTGQILVF
SYPLIGNYGVPSFNERDPNSNLPINFESEKAHTQAIICSDYCDEYSHWAAEKSLSEWLKE
SNIPGLYGIDTRALITKIREKGSLKGKVIIGDFDESKLEFEDINLRNLVAEVSTKTIKTY
KAPENSKRKNKKVIVLDCGIKNNQIRCLLNRGVDLKVVPWDYDVVANEPINEYDGVFISN
GPGDPSVCGKAIENIRKLFALEKSKALFGVCMGNQLLGLAAGAKTHKMAFGNRGLNQPCV
DQISGRCHITSQNHGFVIDTGSLPAGSGWKTYFINANDASNEGIYHESKPWFSVQFHPEA
MAGPTDTEYLFDNFVNYVCGEPFTSPMNKSKVIETPKNINKVLILGSGGLSIGQAGEFDY
SGSQAIKALKEEGIKTIVINPNIATVQTSPGLADKVYFLPVNAASVQKVIENENPDGILV
TFGGQTALNCGIELYKSGILEKHNCKVLGTQIETIIATEDRGIFAEKLAEINERIAPSMA
CNSLEESIVEAEKIGYPVIVRAAYCLGGLGSGFADNKDQLIALVTEALATSSQVLVEKSL
KGWKEIEYEVLRDSKDNCITVCNMENFDPLGIHTGESIVVAPSQTLTDKEYQMLRETAIK
TVRHLGVVGECNIQYALNPHSQEYCIIEVNARLSRSSALASKATGYPLAFISAKVALGFD
LAELRNTITKKTTACFEPSLDYLVVKMPRWDLKKFTRVSNKISSSMKSVGEVMSIGRKFE
EAIQKAIRMVMDNTVDGFQAGVFPTSDEELENPTNNRILVLASAFKDGYSVEKVHQLTKI
DRWFLTKLKSIIDLENHLSTYSTPSAIPNEILKFSKQQGFSDKQIAKAIGATELSVRDHR
KKSGIIPITKHIDTVAAEFPAQNNYLYMTYNGETNDIDIKDKSYITLGSGSYRIGSSVEF
DWCGVSCIRTLRSLGLKSIMINFNPETVSTDYDECDYLYFEELSLERVLDIYERGGPNST
HGVILSVGGQIPNNLAIPLSRCGVNVLGTHPDMIDSAENRYKFSRLLDTVGIDQPLWKEL
TSVDDTKVFCETVGFPCLVRPSYVLSGAAMNVVHSSQDLETFLSEAAAVSRDYPVVISKF
IQEAKEIEIDAVADNGQIVLFAISEHVENAGVHSGDATLVCPAQDLDDNTILKVEETARK
IAAALNVSGPFNIQFIAKNNEIKVIECNLRCSRSFPFVSKTLNVNFIELATKIIISHPYD
LPQVQSVDYVGVKVPQFSFIRLKGADPVLGVEMASTGEVACFGNTREEAYIKGLISTGFR
VPEQNVLLSIGSFKEKEEFLPSAKKLVSLGFTLFGTQGTADYYSEQGLPVTQLNWDEEEL
GENVIQKRMTESTIHLFINLPSKNKYRRPSSFMSRGYNLRRAAIDFQVPLITNIKCAKLF
VDSIPYMKGPMPLDTVDCRSSNKIVRLPGLVDVHVHLREPGATHKEDWDSGTATALAGGF
TMVGAMPNTSPAIMDQATFELAKQLSSSKARCDFGIFIGATFTNTTTAGNFANEAMGMKM
YLEETFAPLPLKDDINVWRDHIMNWPDNTTPICVHADGRNLAAILLLGWMYNKQMHVCHV
SHKEEIDIIRDAKKRGMRLSCEVSPHHLTLCDKDIPRIGAGQSEVRPKLGTEEDMKALWD
NIDYIDMIATDHAPHTYEEKCSAKPPPGFPGLETSLPLMLTAVHQGKITLEELVKKMHTN
PIQIFNLPEQPDTYIEVDMDQEWVIPKKPLYSRCGWTPFEGLKVKGKVVKVVLRGQTAFI
DGKILVEKGYGMNLRSKEYLAEVERLKEQKTKTQLSFVGEKSVTPSVQSPTIISSPKKPS
KPVESHLPLVGGPNIVGKREDILQSLFNASDNSFVGKHVFSVKQFTRKQLHTLFAIAHEM
RILVKRSGGSDLLKGKVMATLFYEPSTRTCCSFTAAMERLGGRVVNVDNVSSSVAKGESI
SDTIHTLESYCDAIVMRHPAVGSVESAISVAKKPIINAGDGVGEHPTQALLDIFTIREEL
GTVNGLTITLVGDLKNGRTVHSLVKLLSLYQVKINYVAPESLSMPQEIIKELNEKGIEQK
QFTSLDSILSTTNVLYVTRIQKERFSDLQEYENVKDSFVITPQTLTKALDNMIVMHPLPR
INEISQEVDSDPRAAYFRQMENGMYVRMALLALLFGKN

NT seq 6597 nt +upstreamnt +downstreamnt
atggaaaatattttaaatagaacaaaaggttatttagtactcgaagatggtaccaagttc
aatggttactcattcggtagtgaaagatcagttgctggtgaatgtgtattttcaacaggt
atggttggatataatgaatcaatttcagatccatcttatacaggtcaaattcttgtattt
tcatatccattaatcggtaattatggtgttccatcattcaacgaacgtgatccaaactca
aatcttccaatcaatttcgaatcagaaaaagctcatacacaagcaattatctgttcagat
tactgtgacgaatattcacattgggcagcagaaaaatctctttcagaatggcttaaagaa
tcaaatattccaggtttatatggcattgacacccgtgctttaatcactaaaattcgtgag
aagggctctctcaaaggtaaagtgatcattggtgactttgatgaaagtaaattagaattt
gaagatatcaaccttagaaatcttgttgcagaagtatcaactaaaacaatcaagacctac
aaggctccagaaaactcaaagagaaagaacaaaaaagttatcgttttagattgcggtatc
aagaataaccaaattcgttgtctcttaaatcgtggtgtagatcttaaagttgtaccatgg
gactacgatgtcgttgctaatgaaccaatcaacgaatatgatggtgtatttatttcaaat
ggtccaggtgatccatcagtttgcggtaaagccatcgaaaatattagaaaactctttgct
ttagagaaatcaaaagctttattcggtgtttgtatgggtaatcaattattaggtcttgct
gcaggtgctaaaactcataaaatggcctttggtaatcgtggtttaaatcaaccatgtgtc
gatcaaatcagtggtcgttgccatattacatcacaaaatcacggtttcgttatagatact
ggttctcttccagctggtagcggttggaaaacttatttcatcaatgctaatgatgcttca
aatgaaggtatttatcacgaatccaaaccatggttctctgttcaattccatccagaagct
atggccggtccaaccgatactgaatatctctttgacaattttgtaaactatgtttgtggt
gaaccattcacctccccaatgaataaatcaaaggttatcgaaacaccaaagaatatcaat
aaagttttaattttaggttcaggtggtttatcaattggtcaagctggtgaattcgattat
tccggttcacaagccattaaagctttaaaagaagaaggtattaaaactattgtcatcaat
ccaaatattgctacagtccaaacttcaccaggtcttgctgataaggtttatttccttcca
gttaacgctgcaagtgtacaaaaagttatcgaaaatgaaaatccagatggtattttagtt
acttttggtggtcaaactgcacttaattgtggtatcgaactctataaatcaggtatttta
gaaaaacacaactgtaaagttttaggtactcaaattgaaactattattgccactgaagat
agaggtatctttgctgaaaaattagccgaaattaatgaacgtattgctccatctatggca
tgtaattcattagaagaatcaattgtcgaagcagaaaaaattggttatccagttattgtt
agagctgcttattgtttaggtggtttaggttctggttttgccgataacaaagatcaatta
attgctttggttactgaagcattagcaacttcatcacaagttttagtcgaaaaatcatta
aaaggttggaaagaaattgaatatgaagttttaagagatagtaaagataattgtattact
gtttgtaacatggaaaatttcgatccattaggtatccatactggtgaatcaattgttgtt
gctccatcacaaacccttaccgataaagaatatcaaatgttaagagaaactgcaattaaa
actgttcgtcatttaggtgttgttggtgaatgtaatattcaatatgctttaaatccacac
tcacaagaatattgtattattgaagtaaatgctcgtctttctcgtagttcagctcttgca
tcaaaagctaccggttatccattagctttcatttctgctaaagttgcattaggtttcgat
ttagctgaacttagaaataccatcaccaaaaagaccactgcttgtttcgaaccatcatta
gattatcttgttgttaaaatgccacgttgggatcttaaaaaattcactcgtgtttcaaac
aaaatttcatcatcaatgaaatctgtaggtgaagttatgtcaattggtagaaaattcgaa
gaagctatccaaaaggctattcgtatggttatggataatacagtcgatggtttccaagct
ggtgtattcccaacatcagacgaagaacttgaaaacccaaccaataatcgtattttagtt
ttagctagtgcattcaaagatggttattcagtcgaaaaagttcatcaattaaccaaaatc
gatagatggttccttaccaaattaaaatcaatcatcgacttagaaaaccatttatcaaca
tactcaaccccatcagctattccaaatgaaatcttaaaattctcaaaacaacaaggtttc
tctgataaacaaattgcaaaagctattggtgctaccgaattatccgttcgtgatcacaga
aagaaatcaggtattattccaattaccaaacacatcgatactgttgctgccgaattccca
gcccaaaacaattatctctacatgacttataatggtgaaaccaacgatatcgacattaaa
gataaatcatacattactcttggttcaggttcataccgtattggtagctcagtcgaattc
gattggtgtggtgttagttgtatccgtactcttcgttcattaggattaaaatcaattatg
atcaatttcaatccagaaactgtcagtaccgattatgatgaatgcgattatctctacttt
gaagagttatcattagaaagagttttagatatctatgaacgtggaggtccaaattcaaca
catggtgtcatcttatcagttggtggtcaaattccaaataatttagctatcccactttca
cgttgtggtgttaatgtacttggtactcatccagatatgatcgattcagccgaaaatcgt
tacaaattctcacgtctcctcgatactgttggtattgatcaaccattatggaaagaatta
acaagtgttgatgataccaaagttttctgtgaaactgttggtttcccatgtttagttcgt
ccatcatatgttctttcaggtgctgccatgaatgttgttcactcttcacaagatctcgaa
actttcttaagtgaagccgctgctgtctcacgtgactatccagttgttatttctaaattc
attcaagaagcaaaagaaattgaaatcgatgctgttgctgataacggtcaaatcgtttta
ttcgctatcagtgaacatgtcgaaaatgccggtgttcattcaggtgatgctactttagtt
tgtccagctcaagatctcgatgataatactattctcaaagttgaagaaacagccagaaag
atcgctgctgctcttaatgttagtggtccattcaatattcaattcattgctaaaaataac
gaaattaaagttatcgaatgtaatttacgttgttcacgttctttcccattcgtttcaaag
actcttaatgttaactttatcgaattagctaccaagattatcattagtcatccatatgac
ttaccacaagttcaatcagttgattatgttggtgttaaagtaccacaattctcattcatt
cgtcttaaaggtgctgatccagttttaggtgttgaaatggcatcaactggtgaagttgct
tgtttcggtaatactcgtgaagaggcttatattaaaggtttaatttcaactggtttccgt
gttccagaacaaaatgttttactttcaattggttcattcaaagaaaaagaagaattcctt
ccatcagccaagaaattagtttcacttggtttcactttattcggtacccaaggtaccgca
gattattacagcgaacaaggactcccagttactcaattaaattgggacgaagaagaatta
ggtgaaaatgttattcaaaagagaatgaccgaaagtactattcatttattcattaattta
ccatcaaagaataaatatcgtcgtccatcttcattcatgtcaagaggttacaatcttcgt
cgtgctgctattgatttccaagttccattaattaccaatatcaaatgtgctaaattattt
gttgattcaatcccatacatgaagggtccaatgccattagacactgttgattgtcgttca
tcaaacaagattgttcgtcttccaggtttagttgatgttcatgttcacttaagagaacca
ggtgctacccacaaagaagattgggatagtggtacagctactgctcttgctggtggtttt
actatggttggtgctatgccaaatactagtccagctattatggatcaagccactttcgaa
cttgctaaacaattatcatcatctaaagctcgttgcgattttggtattttcattggtgca
accttcactaataccactactgctggtaactttgcaaacgaagccatgggtatgaaaatg
tatttagaagaaacatttgctccacttccattaaaagacgatatcaatgtttggagagat
cacattatgaactggccagataatactaccccaatctgtgtccacgctgatggtcgtaat
cttgctgccattttacttttaggttggatgtacaataaacaaatgcacgtttgtcatgtt
agtcacaaagaagaaatcgatatcattcgtgatgccaagaaacgtggtatgagattatca
tgtgaagtctcaccacatcatttaacactttgcgataaagatattccacgtattggtgct
ggtcaatcagaagttagaccaaaattaggtactgaagaagatatgaaagctctttgggat
aatattgattatatcgatatgattgccactgatcatgctccacatacttatgaggaaaaa
tgtagtgccaaaccaccaccaggtttcccaggtttagaaacttcattaccattaatgctt
actgctgttcaccaaggtaaaattaccctcgaagaacttgtaaagaaaatgcacaccaac
ccaattcaaattttcaatcttccagaacaaccagatacttatatcgaagtcgatatggat
caagaatgggtcattccaaagaaaccactttactcacgttgtggttggactccatttgaa
ggtcttaaagttaaaggcaaagttgttaaggttgttttaagaggtcaaactgctttcatt
gatggtaaaattttagtcgaaaaaggttatggtatgaatttacgttcaaaagaatacctt
gcagaagttgaaagacttaaagaacaaaaaacaaaaactcaactctcatttgttggtgaa
aagagtgttactccatcagttcaatctccaactattattagctcaccaaagaaaccatca
aaaccagtcgaatcacacctcccattagttggtggaccaaatattgtcggtaagagagaa
gatatcttacaatcattgttcaatgcttcagataactcatttgttggtaaacacgttttc
tctgttaaacaattcactcgtaaacaattacataccctctttgctattgctcatgaaatg
agaattctcgttaaaagatcaggcggttcagatctccttaaaggtaaagttatggctact
ctcttctatgaaccatcaactcgtacttgttgttcatttactgctgctatggaaagactt
ggtggtagagttgtaaatgttgacaatgtttcttcatcagttgccaaaggtgaatcaatt
tcagataccatccacaccttagaatcatactgcgatgctattgttatgagacatccagct
gttggctcagtcgaatctgctatctctgttgctaaaaaaccaataattaatgctggtgat
ggtgttggcgaacatccaactcaagctttattagatattttcactattcgtgaagaatta
ggtactgttaatggtcttactattactttagttggtgatctcaagaatggtcgtactgta
cattcattagttaaattattatcactctatcaagttaaaatcaactatgttgcaccagaa
tcactctcaatgccacaagaaatcattaaagaactcaacgaaaaaggtattgaacaaaaa
caattcacttcacttgactcaattttgtcaacaaccaacgtcttatatgtcactagaatt
caaaaagaacgtttctcagatttacaagaatatgaaaatgttaaagattcattcgtcatt
actccacaaaccttaaccaaagctttagataatatgattgttatgcatccattaccaaga
attaacgaaatctcccaagaagtcgactctgacccaagagctgcttactttagacaaatg
gaaaatggcatgtatgtaagaatggccttattagctttactttttggtaaaaattaa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
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)   
   JGI-DPP (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (45)   

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