KEGG   Daphnia pulex (common water flea): DAPPUDRAFT_187511
Entry
DAPPUDRAFT_187511 CDS       T04347                                 
Name
(GenBank) hypothetical protein
  KO
K11540  carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase [EC:6.3.5.5 2.1.3.2 3.5.2.3]
Organism
dpx  Daphnia pulex (common water flea)
Pathway
dpx00240  Pyrimidine metabolism
dpx00250  Alanine, aspartate and glutamate metabolism
dpx01100  Metabolic pathways
dpx01240  Biosynthesis of cofactors
Module
dpx_M00051  De novo pyrimidine biosynthesis, glutamine (+ PRPP) => UMP
Brite
KEGG Orthology (KO) [BR:dpx00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00240 Pyrimidine metabolism
    DAPPUDRAFT_187511
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    DAPPUDRAFT_187511
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:dpx01002]
    DAPPUDRAFT_187511
Enzymes [BR:dpx01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.2  aspartate carbamoyltransferase
     DAPPUDRAFT_187511
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.2  In cyclic amides
    3.5.2.3  dihydroorotase
     DAPPUDRAFT_187511
 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)
     DAPPUDRAFT_187511
Peptidases and inhibitors [BR:dpx01002]
 Cysteine peptidases
  Family C26: gamma-glutamyl hydrolase family
   DAPPUDRAFT_187511
 Metallo peptidases
  Family M38: beta-aspartyl dipeptidase family
   DAPPUDRAFT_187511
SSDB
Motif
Pfam: CPSase_L_D2 CPSase_sm_chain GATase OTCace_N OTCace CPSase_L_D3 ATP-grasp MGS Dala_Dala_lig_C Amidohydro_1 ATPgrasp_Ter ATP-grasp_3 Peptidase_C26 DJ-1_PfpI
Other DBs
NCBI-ProteinID: EFX86149
JGI: Dappu1_187511
UniProt: E9G341
Position
Unknown
AA seq 2219 aa
MKAVLVLENGAFFIGEHFGAPVNTSGEVVFQTGMVGYPESLTDPSYCAQILVPTYPLIGN
YGVPSKELDEFQLPKWFESRRIWAAGLIVSELCDVPSHWSQEQTLDSWLKNEGVPGISGI
DTRQLTQMIREKGTVLGKIFLGEDIPKELGVWADPNLRNLVAEVSITTPQTFNPEGSPRI
CAIDCGLKYHQLRCFLSRGARVDLVPWNHPLNPSEYDGLFISNGPGDPSQCEVTITNLRR
LLSSSTKPIFGICLGHQLLALAAKFTTFKMKYGNRGVNQPCTHEGTGRCFITSQNHGFAV
KVDSPSDPEWCPLFTNANDGTNEGIVHKTLPFFSVQFHPEHMAGPEDLEDLFTVFLDAVN
NSRVGNMNPVIKERIQQYLSADCIPTPTSLEGICKPRKVLLLGSGGLSIGQAGEFDYSGS
QAIKALKEEGIHSILINPNIATVQTSKGMADKVYFLPITPHYVKQVIRQERPEGILLTFG
GQTALNCGIELNKSGILEKYGVKVLGTPIQSIIDSEDRKLFAEKVAEVGERVAPSAAAYS
FEEALDAAEKLGYPVLARAAYTLGGLGSGFADNPEQLRSLAQSAFAHSNQLIIDKSLKGW
KEVEYEVVRDAFNNCVTVCNMENVDPLGIHTGESIVVAPSQTLTNREYNMLRTTAIKVVR
HLGVVGECNIQYALNPNSQEYYIIEVNARLSRSSALASKATGYPLAYIAAKLALGIPLPV
LRNSVTESTTACFEPSMDYCVVKIPRWDLSKFMRVSAKIGSSMKSVGEVMAVGRRFEEAF
QKAMRMVDENVLGFDPNLNTVSDDELECPTDKRMFVLAAALKKGYTVDRLYELTKIDRWF
LVKMQNIIGCYNNLESQSEKELTSQLLLEAKRMGFSDKQIASCIGSTELAIRSKREEYAI
TPFVKQIDTVAAEWPAHTNYLYLTYNGNAHDLTFPGGYTMVIGSGVYRIGSSVEFDWCAV
GCLRELRNLGRKTVMINYNPETVSTDYDMCDRLYFEEITFEVVMDIYNMEAPEGVILSMG
GQLPNNIAMELHRQRAKILGTLPESIDCAENRFKFSRMLDRIGILQPRWKELTNLKLAIE
FCEDVGFPCLVRPSYVLSGAAMNVAHSPQDLETYLSKASAISKEYPVVISKFILEAKEID
VDAVAQDGQLLCMAVSEHVENAGVHSGDATLVTPPQDLNNETLSKIQNICRAIAMSLEVS
GPFNMQLIAKDNELQVIECNLRVSRSFPFVSKTLEHDFIAMATKVIVGQRVDPVDVLRGC
DKVGVKVPQFSFSRLAGADVMLGVEMASTGEVACFGENRYEAYLKALMSTGMAIPKNSIL
LSVGSYKHKNEMLPSVRTLEKLGYKLYASLGTADFYNDHGITVESIEWAYDDIGEITSKG
QLNNMADFLAHKQLDLVINLPMRHGGARRVSSFSTHGYRTRRMAVDYAVPLITDIKCAKL
LVEALRLVGKAPKMKPHVDCMTSRRLVRIPGLIDVHVHLREPGGTHKEDFSSGTAAALSG
GVTMVLAMPNTQPTITDKAALHLIKDLAKKGARCDYGIFMGASATNFEEIIELSSHVVGL
KMYLNETFTTLKLDGIQQWLKHFENWPKGVPICVHAEGRTTAAVILLASLNNRSVHVCHV
ATRDEIEIIKAAKKKGLPVTCEVCPHHLFLNSNDLPAFGTKGEVRPRLASPEDQQALWDN
LNIIDCFATDHAPHTLEEKMSDNSPPGYPGLETMLPLLLTAVNKGQLSLQDVVNKCHHNP
KRIFKLPDQSNTYVEIDLEEDWVLPDANVFSKAKWSPFAGRKVKGAVKRVVLRGEVVYID
GSIIAQPGFGQDQLTMFLAVKHLAMVKTIELGIPKIRSLSVGPTLPTLRISHPQQTDSSS
TGRPVSPVSRSFDSSILSPPHQSKGISARPVSPAASQMATSSFSGSAALPHHGLQGQCIL
TVDMFSKEQLNAIFNLAQTFRLCVQKERSLDHILKGKIMASVFYEVSTRTSCSFSAAMQR
LGGRVIYMDESSSSAKKGETLEDSITVMASYSDVVVLRHPEPGAVGRAAARSSRPLINAG
DGTGEHPTQALLDVFTIREEIGTVNGLTITMVGDLKHGRTVHSLARLLTLYNVHLRYVSP
ANLGMPNEVMDYIGSKGIPQTNFSSLEDALPETDVLYMTRIQRERFATQQEYDMACGHFV
VTPHLMRLAKRRMVVMHPLPRVFEISPDFDSDPRAAYFRQAEAGMYVRMAILAMVLGKC
NT seq 6660 nt   +upstreamnt  +downstreamnt
atgaaagccgttttagttctcgaaaatggagctttctttatcggcgagcatttcggtgct
cccgtcaacacgtcaggcgaagtggtctttcaaacgggtatggtgggataccccgagtcg
ttgactgatccatcttattgtgctcaaatcctcgtgccaacttatcctttaatcggaaat
tacggagtacccagcaaagaactcgatgagtttcaactcccaaaatggttcgaatcccgt
cgtatttgggcagctggtcttatcgtgtctgagctgtgtgatgttcctagccattggagt
caggaacagacactggatagttggcttaagaatgaaggtgtaccgggaattagtgggatt
gacacccgtcaattgacacaaatgattcgcgaaaaaggaacagtgctcggcaaaattttc
ctgggtgaagatataccaaaggaattgggcgtgtgggccgaccctaatcttcgcaacttg
gtggcagaagtttccattacgacgccacaaacttttaatcctgaaggcagtcctcgtatt
tgtgccatcgattgtggtttaaaataccatcaactacgttgcttcctgtctcgaggagca
cgagttgatcttgtcccttggaaccatccgttgaatccgtccgaatatgacggattgttc
atcagtaacggacctggtgatccatcgcaatgtgaagtgaccataaccaatcttcgacgc
cttctttcatcaagcaccaaacccatctttggcatctgtcttgggcatcaactgctcgca
ctggctgccaaattcactacattcaaaatgaagtacggcaatcgcggtgtcaatcagccg
tgtactcatgaaggaactggcaggtgcttcatcacttctcagaatcacggattcgccgtc
aaggtagattcaccatcggatccagaatggtgtcctcttttcaccaatgctaatgatggt
acaaatgaaggcatcgtgcacaaaacgctgccatttttcagtgtccagttccatcccgaa
catatggcggggccagaggatctggaagatttgtttaccgttttcttggatgctgtcaat
aattctcgagtcggaaacatgaatcctgtcatcaaagaacgcatccaacaatatctttcg
gcagattgtattccaactcctacgtccctcgaaggaatctgcaaacctcgaaaggtgttg
cttctcggatctggcggtctttctatcggtcaggccggagaattcgactattctggttcg
caagctatcaaagctctcaaggaagaaggaatccactcaatcctaatcaatccgaacatt
gccactgtgcagacatcgaaaggtatggctgataaggtctactttctacccatcacacca
cattacgtcaagcaggtgatccgtcaagaaagacctgaagggattcttctgacttttggt
gggcagacggctctcaactgtggcattgaattgaacaagtcaggcattctcgaaaagtac
ggagtcaaagttcttggcacccctattcaatccatcatcgactcggaggatcgcaagctc
tttgccgagaaagtggccgaagttggcgagagagtggctcctagtgccgcagcctattcg
ttcgaagaagcattagatgccgctgaaaaactgggctatcctgttcttgctcgagctgct
tacacgttgggaggattgggttctgggtttgcagataatcctgaacaactgcgttctcta
gcccagtctgcattcgcccattccaatcaattgattatcgacaagtctttgaagggatgg
aaagaagtcgagtacgaagttgtccgtgacgctttcaacaactgcgtcaccgtctgcaac
atggaaaatgtcgatccacttggtatccacaccggagagtctatcgtcgtcgctcccagc
cagacgttaactaaccgcgagtacaacatgctgcgaaccacagctatcaaagtcgttcgc
cacttgggcgtcgtgggtgaatgtaacatccaatacgctctcaatcccaattcacaagag
tactacatcatcgaggttaacgctcgtctatcgcgcagttcggcgctggccagcaaagcc
accggttaccctttagcttacattgctgcaaaacttgctcttggaatcccgttgcccgtc
ttacggaactctgtgactgaatcgaccaccgcttgctttgagcccagtatggattactgt
gtcgtcaagatcccgcgttgggatttaagcaagtttatgcgcgtcagtgccaagattgga
agctctatgaagagcgttggagaagtcatggccgtcggtcgtcgatttgaagaagctttc
caaaaagccatgcggatggtggatgaaaacgttctcggctttgatcccaatctcaacacg
gtctcggatgacgagctggagtgtcccaccgacaagcggatgtttgtcctggctgccgct
cttaaaaaaggctacactgtggatcgtctttacgagttgaccaagatcgaccgttggttc
ctggtgaaaatgcagaacattatcggctgttacaacaacctcgaatcacagagcgaaaaa
gaactaaccagccaacttcttctggaagccaaaaggatgggtttctccgacaagcaaatt
gcttcgtgcataggaagcactgaactggctatccgcagcaagcgcgaagaatacgctatc
acgccgtttgtaaaacagattgatactgtagctgcagaatggccggctcatacgaactat
ctttacttgacctacaacggcaacgcccacgatttgacttttcctggaggatacactatg
gttatcgggtctggcgtctaccggatcggtagctcagtcgaatttgactggtgtgctgtg
ggttgtttgcgagaacttcgcaatcttggtcgtaagacggttatgattaattacaatcct
gaaacagtcagtactgactacgacatgtgcgatcggctgtattttgaagaaattactttt
gaggttgtcatggacatttacaacatggaagctcccgaaggagtcattctgagcatggga
ggtcaattacccaataacattgccatggaacttcaccgtcaacgcgccaaaatcctcggc
acacttcctgagagtatcgactgtgccgagaatcgtttcaaattctcacgtatgctcgac
cgcatcggaattttacaaccaagatggaaagagttgaccaacttgaaattggccattgaa
ttttgcgaagatgttggtttcccgtgcctcgtacggccatcttacgttctgagtggtgcg
gccatgaatgttgctcactcgcctcaagatttggaaacttatttaagtaaagccagtgcc
atttccaaagagtatccagtcgtcatttccaaatttatcctggaagcaaaggaaattgat
gttgatgctgtcgcccaagatggtcagttgctctgcatggctgtctcagaacacgttgag
aatgctggagtacactcgggtgatgcaacactcgtaacccctccacaggatctcaacaac
gagacgctgtccaaaattcaaaacatttgtcgcgccattgccatgtccttggaagtgtcg
ggtccgttcaatatgcaactcatcgccaaggataatgaattgcaggtcattgagtgtaac
ctgagagtatcacgctcgtttccttttgtctcaaaaacgctcgagcatgattttattgct
atggctacaaaagtaatagttggccaacgtgtagatccagtagacgttttacgcggttgc
gataaagtgggtgtcaaggttccacagttctcattctcacgtttggcaggagctgatgta
atgcttggcgttgaaatggcgtccacgggagaagtggcttgttttggagagaatcgctac
gaagcttacctgaaagctttaatgagcacgggcatggccatacccaaaaacagcattctt
ctatctgtcggcagctataaacacaagaacgagatgcttcccagtgtccggactttggag
aagctgggctacaaattgtatgctagtcttggaacagccgatttttacaacgaccacgga
attacggtggaatcgattgaatgggcttatgatgacattggtgagattaccagcaaaggt
caactcaacaatatggcggactttttagctcacaaacaattggatctcgtcatcaactta
ccgatgagacatggaggagccagacgagtctcttcgttctccactcatggttaccggacc
cgacgcatggctgttgattacgcagtgcctttaataacggacatcaaatgcgccaaactt
ctcgttgaggctctgagattggtgggtaaagcgccaaagatgaaaccgcacgtggattgt
atgacgtcacgccgattagttcggatcccgggtttgatcgacgttcacgtccatctacgg
gaacctggcggcacacataaagaggatttttcgtctggaactgctgccgctctttctgga
ggtgtcaccatggtcctggccatgccgaacactcagccaacaatcactgataaggcggct
cttcaccttatcaaggatctggccaagaaaggcgcccgttgtgattacgggattttcatg
ggtgcctcggcgactaattttgaagagataatcgagctttcctcccacgttgtcgggctc
aaaatgtatctcaacgaaacatttaccacccttaaattggacgggattcaacaatggctt
aaacatttcgaaaattggccgaaaggagtgcctatttgtgtccatgccgagggacggacc
actgccgccgttattttattggcttcactcaataaccgctctgtccatgtatgtcatgtg
gccacccgtgatgagatcgaaatcatcaaagctgcaaagaaaaagggtttgccggtcact
tgtgaagtttgcccccaccacttgtttctgaactcgaatgatttgcccgctttcggcacc
aagggtgaagttcgtccacgtttggctagtcccgaagaccaacaagccctttgggataat
ttgaacattatcgactgtttcgcaacggatcacgctccacatactttggaagaaaaaatg
agcgataatagcccacctggttatccgggtttggaaactatgcttcccttgttactcacc
gccgttaacaaaggacaattgagtctccaggacgtcgtgaataagtgtcaccataaccca
aagcgcattttcaagttgccagatcaatccaatacttatgttgaaattgatcttgaagaa
gattgggttcttccggatgcaaatgtcttttcaaaagccaagtggtccccttttgctgga
cggaaagtcaaaggggccgttaaacgtgtcgttcttcgaggcgaagttgtctacattgat
ggatctatcattgcccaacctggatttggacaagatcagcttacaatgtttctggcagtc
aaacatctggcaatggtgaagacgatcgaactgggaattcccaagattcgttcgttgtct
gtcggcccgactttgccgactcttcgaatctcacatccgcaacagaccgattcttcttca
accggacgacccgttagtccagtttcacgaagttttgacagctccatcctttcaccacca
catcaatccaagggcatttcggctcgtccggtctcacctgctgcgtcacaaatggcaacc
tccagcttctctggttccgctgcacttcctcatcacggcttacaaggccagtgcatctta
acagtggacatgttctccaaagagcaactcaacgccattttcaatctggcccagacattc
cggctttgcgtccagaaggagcgctcgctcgaccacatcctcaagggcaagattatggcc
tcggttttctacgaggtcagcactaggaccagctgtagcttttctgccgccatgcagcga
ttgggtggccgagtaatttatatggacgaaagcagttcgtcagccaagaaaggagaaact
ctagaagattccattacagtgatggctagttacagcgatgtagtggttttgcgtcacccg
gagccgggtgcagtaggacgagcagcggctcgttccagtcgtccgttgattaatgctggg
gatggaaccggagaacatccaactcaggccctgttggatgtgtttactatccgtgaagag
attggtactgtcaatggcctgacaatcacgatggtaggagatttgaaacacggaagaact
gttcactccttggctcgcttgttgacgctgtataatgttcatttacgctacgtcagtcct
gccaatttgggtatgccaaatgaagtgatggattatatcggatcaaagggaattccccag
accaattttagttcgctcgaggatgctctgccggaaaccgacgtgttgtatatgactcgt
atccagcgtgaacgctttgccacacaacaggaatatgatatggcttgcggtcattttgtt
gtcacgccacatttgatgcgattggcaaaacgccgtatggttgtcatgcatccgctacct
agagtttttgaaatttctcccgactttgatagcgatcctcgtgccgcatactttcgtcaa
gccgaagccggaatgtacgtgcgcatggctattcttgctatggttctcgggaaatgctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (14)   
   KEGG COMPOUND (14)   
Chemical reaction (10)   
   KEGG ENZYME (3)   
   KEGG REACTION (7)   
Genome (1)   
   KEGG GENOME (1)   
Gene (190)   
   KEGG ORTHOLOGY (1)   
   RefGene (186)   
   NCBI-PROTEINID (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (14)   
   Pfam (14)   
All databases (238)   

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