KEGG   Clavispora lusitaniae CBS 6936: A9F13_08g02497
Entry
A9F13_08g02497    CDS       T05147                                 
Name
(GenBank) putative bifunctional urea carboxylase/allophanate hydrolase
  KO
K14541  urea carboxylase / allophanate hydrolase [EC:6.3.4.6 3.5.1.54]
Organism
clus  Clavispora lusitaniae CBS 6936
Pathway
clus00220  Arginine biosynthesis
clus00791  Atrazine degradation
clus01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:clus00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00220 Arginine biosynthesis
    A9F13_08g02497
  09111 Xenobiotics biodegradation and metabolism
   00791 Atrazine degradation
    A9F13_08g02497
Enzymes [BR:clus01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.1  In linear amides
    3.5.1.54  allophanate hydrolase
     A9F13_08g02497
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.6  urea carboxylase
     A9F13_08g02497
SSDB
Motif
Pfam: CT_A_B Amidase CPSase_L_D2 Biotin_carb_N CT_C_D Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp RnfC_N ATP-grasp_5 ATP-grasp_3 NQRA Biotin_lipoyl_2
Other DBs
NCBI-ProteinID: OVF08537
UniProt: A0AA91T212
AA seq 1809 aa
MPSCIGWSVEDWKQYHYSATPDDSFALLSQLLSSQSQSDPAWISLASKESLSHQWRFLQS
HSNKTSLPLYGVPVAVKDNIDVKGMETTAACPSFAYSPTEDATTVRLLRSAGAIVIGKTN
LDQFATGLVGTRSPYGITPNTFDSRYVCGGSSAGSASVVARGIVPLSLGTDTAGSGRVPA
ALNNLIGLKPTKGVFSAAGVVPACKSLDCVSVFAQNLQDAQMAFNILAQADGAHDAYSRA
MPPNARLTFGPSARVAVPKELVWCGEEENPALFERAVSHVASTGSEISSIDIGPLLDLAK
CLYEGPWVAERYWAAREFLASNPPEKDLDPTVARIIRGGEKYSAADAFGFEYKRQAILQK
VRPLLENVDVLVLPTAPLTPTIEQVQKDPIGVNSCQGTYTNFVNLADLSALAVPAGFRKD
GVPFGITFLSQAYNDYALLDFAEKYMKAYTAEIPRLQGCLDKPVGLRDEIFSPFSLPKPV
LSKTVTLAVVGAHLKAFPLHWQLEKVHATFVEATTTSSNYRLYALAKSGPVAKPGLRRVS
DGVKIAVEVYEIPEENFGRFISYVPEPLGIGSAELASGKWVKSFICEEVGYTSGATDISE
FGGWKRYHEHLARSKKPFESVLVANRGEIAVRIIKTLKKLQIRAIAVYSDPDRYSKHVLM
ADEAIALGGTSAAETYINIEKIINAVRKSGAQAVIPGYGFLSENADFADRCAREKIVFVG
PSGDAIRKLGLKHSAREIAEKAGVPLVPGSGLVSSPEEARRIAAALEYPVMVKSTAGGGG
IGLQKVDSEEDIERVFQTVQHQGQSYFGDAGVFLERFVENARHVEIQMFGDGYGKAIALG
ERDCSLQRRNQKIVEETPAPNLPEATRQKMRSAAEALGSSMNYKCAGTVEFIYDERRDEF
YFLEVNARLQVEHPITEMVTGLDLVEWMLLIAADTPPDFSQKITVTGASMEARLYAENPV
KGFVPSPGQLSDVKFPSFARVDTWVEKGTVVSAEYDPTLAKIIVHGTDRANALQKLRQAL
DETAVSGCVTNIDYLRSIAHSDMFASAQVSTKVLDSYDYRPAAFEIVAPGAYTTVQDLGR
KGYWHIGVPPSGCMDEYAFRLANRAVGNAPASPGLEITLAGPSLVFHCDAVVAVAGGETD
VKVNGTAVSQWAPVSVKKGDKLEIGKLRAGCRAYLAVRGGIDVAEYLGSRSTFALGNLGG
HNGRVLKVGDVLFLARPELPSCTLPGPVSAPESVPKSLVPAYPNQWRVGVTCGPHGAPDF
FTEKSVEQFFASPWKVHYNSNRFGVRLIGPKPEWARKDGGDAGLHPSNAHDYVYSLGAIN
FTGDEPVILTCDGPSLGGFVCMAVVAEAEMWKIGQVKPGDSIQFVPLSYAEARKLKAEQD
KAIDTLSGDLPDFAALPAPEEPVLARLEKSAAPSIVYRQAGDRYILVEYGENTMDLNVAY
RVHKLIEMVEQLSVHGVVEMSRGVRSVLIEYCDISQQQLLQTLLSLEKEIVFVNKWKVPS
RVIRLPMAFEDEKTLGAVKRYQETIRSSAPWLPNNVDFIASINGMERDSVRDMLYCARFM
VLGLGDVFLGAPCAVPLDPRHRLLGTKYNPSRTFTPNGTVGIGGSYMCIYTMESPGGYQL
VGRTIPIWDKLTLGVHSKHPWLLNPFDQIEFYPVSEAEIDAMTREMEAGKFSVEIEDSVF
DHEQYLHWIQENSASIEEFQRNQGGEKLEEFSRLIQVSNAELESSSSGPDLSTSEFSDDA
VMVYSEYSGRFWKPLVEVGDEVKEGQGLIVVEAMKTEMVVSAPKGGKVVKIFHKNGDMVD
AGDLVVVVE
NT seq 5430 nt   +upstreamnt  +downstreamnt
atgccttcttgtatcggctggtccgtcgaggactggaagcaatatcattacagcgccacg
ccagatgattcctttgcgttgttgctgcaactcctaagctcgcagagccaaagtgatcca
gcgtggatttcgcttgcgtccaaggaaagcttactgcaccaatggcgtttcctccagtca
cactcgaacaagacaagtctcccgctttacggtgtccccgttgcggtcaaggacaacatc
gatgtcaaaggaatggaaacgactgcggcatgtccatcttttgcctattctccaactgaa
gacgctacgacggttcgtcttttgcgcagtgccggtgccattgtcattggcaagaccaac
ttggaccagtttgccacgggccttgtgggtactagatcgccatacggcatcacgcccaac
actttcgattctcgatatgtgtgcggcggttcttccgccggatcagcgtcggtggttgcc
cgcggaattgttccgctttcattgggcacggacacggctggctcgggccgtgttccagcc
gcgttgaacaacttgatcggactcaaaccgaccaaaggtgttttctcggccgcaggagta
gtgcctgcttgcaagtccttggactgtgtttccgtgtttgcgcagaatttgcaagacgcc
cagatggcattcaacattttggcgcaggccgacggggcacacgacgcatattctcgcgcc
atgccgcccaacgcccgcttgacatttggcccgagcgcgcgcgtggccgtgcccaaagag
ttggtttggtgcggcgaagaggaaaacccggccttatttgagcgcgctgtttcgcatgtc
gctagcacaggcagtgagatttcctccatcgatattgggcctttgctcgacttggccaag
tgcctctacgagggtccttgggtcgcggagcggtactgggcggcgcgcgaatttttggcg
tccaacccgcccgaaaaggacttggatccgaccgtcgcccgcatcattcgcggcggcgaa
aagtactcggccgccgatgcctttggcttcgagtacaagcgccaggcaattttgcagaaa
gtccgccctctcttggaaaacgtcgatgttctcgtgcttccgactgctcctttgacaccc
accattgaacaagtccaaaaggatcctatcggtgtcaactcttgtcaaggcacatacacc
aactttgtcaatttggccgacttgtctgccttggccgtacctgccggtttccgtaaagac
ggcgttcccttcggcatcactttcctttcccaagcctacaacgactatgcgttgttagac
tttgccgaaaaatacatgaaggcatacactgccgaaatccctcgtctccaaggctgtctc
gacaaacctgtcgggttacgggacgaaattttctctcctttctccttgcccaagcccgtg
ttatcgaaaaccgtcaccttggccgttgtcggcgcccacttgaaagctttccccttgcac
tggcaattggaaaaagtgcatgccacttttgtcgaggccacaactactctgagcaactat
cgcttgtatgccttggcgaagagcgggcctgttgctaagcctggccttagaagagtcagc
gacggagtgaagatcgctgtcgaggtgtacgagattccagaagagaactttggccgtttc
atctcctatgtgccagaacctttgggtattggttcggctgagttggcctcgggaaaatgg
gtcaagtcttttatctgcgaagaagttggctatactctgggtgccacggacatttccgag
tttggcggctggaaacgctaccacgagcatcttgcacggagcaaaaagccatttgagtct
gttcttgtcgccaacagaggagaaattgctgtccgcataatcaaaactttgaaaaaattg
caaatccgtgccatcgctgtctattctgaccctgaccggtactctaagcacgttcttatg
gccgatgaggcgattgccttgggcggaacctctgccgcagaaacgtatatcaacattgaa
aagatcatcaatgccgtgagaaaaagtggtgcacaagcagtcatccctggctacggtttc
ttgtcagaaaacgccgattttgccgaccgctgtgctcgtgaaaagattgtgtttgttgga
ccatccggcgatgccattagaaagcttggtttgaaacactcggcaagagaaattgccgag
aaagctggtgttccgcttgttccaggttcaggccttgtgtcttcaccagaagaagccaga
cgtattgctgctgccctcgaataccctgtgatggtcaaatcgactgctggaggtggaggt
atcggtttgcagaaggttgactcagaagaggacattgagcgtgtgttccaaaccgttcaa
catcaaggacagtcttatttcggtgacgcaggtgtgtttttggaacgttttgtcgagaat
gctcgtcacgttgaaattcaaatgtttggtgacggatatggaaaggccatcgctttgggc
gagcgtgactgttcgttgcagcgccgtaaccagaagattgtcgaagaaacaccagcacca
aacttgcctgaagcgactcgccagaaaatgcgttcggccgctgaagcattgggttcgctg
atgaattataagtgtgcgggaacggtcgagttcatctatgacgagcgcagagacgaattt
tactttttggaagtcaacgcccgtttgcaagtcgagcaccctatcaccgaaatggtcacc
gggctcgatttggttgaatggatgttgttgattgccgcagacaccccaccagacttttct
cagaaaatcacagtcaccggcgcctccatggaagcccgtttgtatgctgaaaacccagtg
aagggctttgttccttcccctgggcagctttcagacgtcaagttccctctgtttgcccgt
gtggacacttgggtggagaagggaaccgttgtgagtgccgagtacgaccccacattggcg
aagatcattgtccacggcacagaccgtgccaatgccctccaaaagttgcgccaggcgctt
gacgaaactgcggtttcgggctgtgtcaccaacatcgactatcttcggtccatcgcccac
tcggacatgtttgcatctgcgcaagtatccaccaaggttttggattcctatgattaccgt
ccagctgcctttgaaattgtggcccctggagcttacacaactgtgcaagacttgggtcgt
aaaggttactggcacattggtgttcctccatcaggatgcatggatgaatatgctttccgt
ctcgctaacagagcagtgggaaatgctccagcgtctccgggcttggaaattaccttggcc
ggcccgctgttggtgttccattgtgatgcagtggttgcagtggctggaggcgagaccgac
gtgaaagtgaatggtactgctgtctcccaatgggcgccagttctggtgaagaagggcgac
aagctcgagattggcaagttgcgtgcgggctgccgtgcatacttggccgttcggggcgga
atcgacgttgcagaatacttgggcctgagatcgacatttgctcttggaaacttgggtggt
cacaatggccgtgtgttgaaagtcggtgacgttttattcttggcccgtccggaattgcct
agctgcactttgcccggtccggtttcggcacctgaaagcgtgcccaagtcgcttgtccct
gcttaccccaaccagtggcgtgtgggtgtgacctgcggtcctcacggtgcccccgatttc
ttcacggaaaaatccgtggagcagtttttcgcctcgccttggaaagtgcactataactcg
aacagatttggagtgcgtttgattggtccaaagcctgaatgggcccgtaaggacggagga
gatgctggattgcacccttcgaatgcccacgattatgtttactcgcttggtgctatcaac
ttcacaggtgacgagccagtgattttgacatgcgatggaccttcgcttggtggatttgtt
tgtatggctgtggttgcagaagcggaaatgtggaagatcggccaagtcaagccgggcgac
tcgatccagtttgtgcctctcagctacgccgaagcgagaaagttgaaggccgagcaagac
aaggcaatcgacaccttgtcgggcgacttgccagacttcgctgccttgcctgctccagaa
gagcctgtattggcccgcttggaaaaatcggcggctccatccatcgtctaccgccaggcc
ggtgatcggtacatcttggtagagtatggtgaaaacaccatggacctcaatgtcgcttac
cgggtgcacaagttgattgagatggtggaacagttgtctgtccacggcgtggtggagatg
tctcgtggtgttcgttctgtgttgattgaatactgcgacatcagccagcagcagttgttg
cagacgttgctttctcttgaaaaggaaatcgtctttgtcaacaagtggaaagtgccctcc
cgtgtgatccgcttgcccatggcttttgaagatgagaaaactttgggcgccgtgaaaaga
taccaggaaactatccgcagctcagcaccttggttacccaacaacgtggactttattgcg
tccatcaacggaatggaacgtgactccgtccgcgacatgttgtactgtgctcgctttatg
gttttgggtctcggtgatgttttcttgggcgctccttgcgctgttcctttggacccaaga
caccgtcttttgggcacaaagtacaatccttcgcgtaccttcactccaaacggaactgtt
ggtattggtggctcttacatgtgtatttacaccatggaatctccaggtggataccaattg
gtgggccgtaccatcccgatctgggacaagctcacgttgggtgtacactccaaacatcca
tggttgttgaacccattcgaccagattgagttctaccctgtttctgaggccgaaattgac
gcaatgacccgtgaaatggaagctggtaagttctctgttgagattgaggattctgttttt
gatcacgaacagtacttgcactggatccaagagaactctgcttcgatcgaggagttccag
cgcaaccagggcggtgaaaaactcgaagaattcagccgtttgatccaagtgtctaacgca
gagttggagtcctcgagctccggtcctgacttgtcaacgtcagagtttagtgacgatgcc
gtcatggtttactcagagtattctggtagattctggaaacctttggttgaagtgggcgac
gaagttaaagagggccaaggcttgattgtggtggaggccatgaagacagaaatggtggtg
ctggctccaaagggcggaaaggtggtgaagattttccacaagaacggtgacatggtggat
gctggcgatttggttgtggttgtagaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (9)   
   KEGG COMPOUND (9)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (14)   
   Pfam (14)   
All databases (37)   

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