KEGG   Fusarium verticillioides: FVEG_11593
Entry
FVEG_11593        CDS       T04869                                 
Name
(RefSeq) hypothetical protein
  KO
K14541  urea carboxylase / allophanate hydrolase [EC:6.3.4.6 3.5.1.54]
Organism
fvr  Fusarium verticillioides
Pathway
fvr00220  Arginine biosynthesis
fvr00791  Atrazine degradation
fvr01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:fvr00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00220 Arginine biosynthesis
    FVEG_11593
  09111 Xenobiotics biodegradation and metabolism
   00791 Atrazine degradation
    FVEG_11593
Enzymes [BR:fvr01000]
 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
     FVEG_11593
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.6  urea carboxylase
     FVEG_11593
SSDB
Motif
Pfam: Amidase CT_A_B CPSase_L_D2 Biotin_carb_N CT_C_D Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C RimK ATP-grasp Biotin_lipoyl_2 DUF2118 ATP-grasp_3 GCV_H
Other DBs
NCBI-GeneID: 30069098
NCBI-ProteinID: XP_018759287
UniProt: W7MPU3
Position
7:complement(2656358..2662309)
AA seq 1829 aa
MTGIDTGMENLPNGSASPLTISQWKSAQIRGDGLDRLLSLVSSERAANPTTKAWISLASP
EQIKTQWTALQTLTSDPTSLPLYGVPFAAKDNIDAEGFVTTAACPTFSSTPATSDATVIA
KLKAAGAILIGKTNLDQFATGLVGTRSLYGAVPNSFDPSRVSGGSSSGSAVVVGRGIVPF
SLGTDTAGSGRVPAGFNNIVGLKPTRGALSARGVLPACKTLDCVSIFTLTVSDAETVLSV
AEGYDVQDPYSRARPNPEYAPYDEFGGSASLTRPSLAICASLDWFGRDDHYPAYEKALVK
AEALGWSLVPVDFSPLFRLARLLYNGPWVAERYEAIRGFIESAAAEEMDPVVRKIIIRAQ
TLSAADVFEGEYLRQELTRQIEREFARFDGLLVPTSPTFPTLDELVKNPVEENSILGTYT
NFVNFLDWSALSIPAGFRPDGLPFGVTLISTRWQESFLLSWAREWFGDEQRLLGATGVSA
RESPTSISSVPSNYIPIAVVGAHLTGFPLNKDVATRGGRFLRATKTSWSYRLYSLNTTIG
PKKPGLKRVSTDEGAEIEVEIWNLPKTSLASFMLTIPPPLAIGSIELKDGSWVKGFVCEP
CGFDEAVDITGHGGWRAYHASLEEETKSLTNGVRKRAVSTILVANRGEIAVRIIETIHKM
GLRAVAVYSEIDADAAHVSKADIALKLEGSSVSETYLDMDQILKLAAQSSADAIIPGYGF
LSENAEFATAVEERGIIWIGPTPKQMADLGLKHRARSIAVEAGVPVVPGCDTLLTSLEEA
LKESERIGFPLMLKSTAGGGGIGLSYCKDRQSLATTFESVQWQAETNFGNGGVFIERFIQ
RARHVEVQILGDGTGRVIAAGERDCSLQRRHQKVVEESPAVLVPESIRAEMRAAAIRLAS
SVEYRNVGTVEFIYDIDSREFYFLEVNTRLQVEHPVTESVTGLDLVECMINIADGSATRL
FDTEPQMSGASIEVRVYAESPLQSFRPCAGRITALEFPSSLRVDTWIQLGTEITTSFDPL
VAKLIASGSDREEAIDNLAASLAATRIEGLQTNLEYLRQIVSSPMFRTGDYTTKSLDSFQ
FHSSSFEVLHPGALTTVQDYPGRTGYWNIGIPPGGPMDSYSFRLANRLVGNSSGASGLEC
TLGGPSLKFHCDAVISAVGGVAQVTIDDMAVSMNQAVGVKAGQILSVGVVEHGHRVYLAI
RGGIEVPVVMGSRATFELGKLGGFGGRKLQARDILAIGPADPLVSEAQAISPVPVPTHPK
ASWTVRVIPGPHGAPDYFTPESVKALYLSDWKVHHNSNRLGVRLTGPQPEWSRRSGGEAG
LHPSNIHDAPYSIGSVSFTGDEAVVLGCDGPSLGGFVVLCVVCSADLWKMGQVRPGDTIR
FDPIDVATAIGLERKLDEAIEKLSPLEALDCVPFDEVSLAQKLGSIPAAVGAIDHDGQRI
TIRQAGDRAFLLEFGDASAFNLRHNFEISAFCENHEKNPIPGVEELTPGVFSLHVTYTRC
LSPDLMLSRLADHIRSYRVLSQVPSRSVCLPIAFDDSVSRAAIERYTATIRPNAPWLPSN
IDFLQKLNGVSDLTKVLSAAEFVVLGLGDVFMGSPCAIPLDPRHRLFGTKYNPSRSFTPR
GAVGIGGQYMCIYATDSPGGYQLVGRTVEIWDADLVDTEAWFFRRFDRITFYPVTEAALD
GTPRSELVQISDGVLDLEQYEMWLTTNKEDIAAAADQQARAISNAPFVDELLLPYQVESV
VNWHSPSLDSSGLHGERVKATMPGRCYKVMVKEGTVVEKGDVLVCIESSKMEIEIRSPVG
GKCLVVLVQAGDLIDVEDDLVVIDLGNSV
NT seq 5490 nt   +upstreamnt  +downstreamnt
atgactggaattgatactggcatggaaaatcttccaaacggcagtgcatcccctttgacg
atctctcagtggaagtctgcccaaattcgtggagatggcctcgaccgactcctctccctc
gtttcatccgagagagcagctaatcctacaaccaaagcctggatctcgctagcttctcct
gagcagatcaaaacccaatggacagcccttcagaccttgacctctgaccctacatccctc
cccctgtatggagtccccttcgctgcaaaagacaacatcgatgctgaaggcttcgtcacc
accgctgcatgtccaacattcagttctacaccagctacttcagatgccacagtgatcgcg
aagctcaaagccgctggtgcgatccttatcggaaagacgaacctcgaccaattcgctact
ggcttagtcggtacaagatcgctatatggtgctgtaccaaactccttcgaccccagtcgt
gtcagcggaggttccagctctggaagtgctgtcgttgtcggtcgtggtatagtgcccttc
tctcttggtacagacacagctggttctggtcgagttccggccggtttcaacaacatcgtg
gggttgaagccgacccgtggtgctttgagtgctcgtggcgtacttcctgcatgcaagact
ctcgattgtgtgtccatattcactcttacagttagcgatgcagagaccgtcttatctgtc
gccgaaggatacgatgtccaagacccatattctcgagcgcgacctaaccctgaatatgcc
ccttatgacgaattcgggggctcagcaagtctcactaggccctctctcgcgatatgtgcc
tcgctagactggttcggtcgagatgatcattatccagcgtacgaaaaggctctcgtcaaa
gcagaagctttgggatggagtctcgttcctgttgacttctcccctctctttcgacttgcg
cgactcctgtataacggcccatgggttgcagaacggtacgaagccatccggggctttatc
gagagtgccgctgctgaagaaatggatcctgtcgtgagaaagattatcatcagagctcag
accctttcagcagcagatgtctttgagggtgaataccttcgacaggaacttacacgtcaa
atcgagagggaatttgctcgatttgatggtctcttggtacccacgtctccaacattcccc
acgcttgatgagctcgtcaagaaccccgtcgaggagaactcgattttgggtacttatacc
aatttcgtcaactttctggattggtcggcgctctctatccctgctggctttagaccagat
ggacttccattcggtgtgacgctcatctcgactcgttggcaagaatcctttcttctatct
tgggctcgcgagtggtttggtgacgaacaaaggttgctgggtgcgaccggtgtaagcgct
cgtgagtctcccacttcaatatcatcggtcccatcgaattacatccccattgctgttgtt
ggtgcgcatctcactgggtttcctctcaacaaggatgtagcgactcgtggtggaagattt
ctccgtgccaccaagacatcatggtcctatcggctgtactccctcaacacaacaatcggt
cccaagaagccaggtctgaagcgagtctccaccgatgaaggcgcagaaatcgaggtcgaa
atctggaacctgcccaagacctccctggcgagcttcatgctcacaattcctcctcctctt
gcaatcggttcaatcgaactcaaagacgggtcttgggtaaaggggttcgtatgtgagcct
tgcggcttcgatgaagctgtcgatatcaccggtcacggcggctggcgagcataccatgct
tccctcgaagaggagaccaaatcgttgacaaacggagttcgtaagcgtgctgtctcaaca
attcttgtagccaatcgtggcgagatcgcggttcgcatcatcgagacgatacacaaaatg
ggtcttcgagctgttgccgtctactctgagatagacgcagacgccgcgcacgttagcaaa
gctgatatcgctctcaagcttgaaggctcttcagtatctgagacttatctggatatggat
cagatactgaagctggctgctcaatcctcggctgacgccatcattcctggctacggcttc
ctctccgagaatgccgagtttgctaccgccgtcgaagagaggggcataatatggattggg
ccaactccaaagcaaatggctgatctcgggttgaagcatcgtgcccgttctattgcagtc
gaagcaggcgtccctgttgtcccagggtgtgacacccttctcacatcactggaagaagct
ctcaaagaaagcgagcgaattggcttccccttgatgctgaagagtactgctggtggcggt
ggtatcggtctaagctactgcaaagacagacagagcctagccacaacgttcgagagcgtt
caatggcaagcggaaactaatttcggcaacgggggcgttttcatcgaacggtttatccaa
cgggctcgccacgttgaagtccaaatcctcggagacggtacaggtcgtgtcattgccgct
ggcgaacgggactgctctttgcaacggcgccatcagaaggttgttgaagaaagccccgca
gttttggtccctgagtcaattcgggcggaaatgcgagctgctgccattcggttggcttca
tcggttgagtatcgcaacgtcggtactgtcgagttcatctatgatatcgattcgagggag
ttctatttcctggaagtgaacactcggttacaagttgagcaccctgtgactgagtcagta
actggtcttgatcttgtggagtgtatgatcaacattgccgacggaagtgcaactcgcctg
ttcgataccgagccccaaatgtctggcgcttcgattgaggtccgtgtatatgctgaaagc
ccccttcaatctttccgtccctgtgctggtcgtatcactgctcttgaattcccttcctct
cttcgtgtcgatacttggatccaacttggcaccgagatcacgacgtctttcgatcctcta
gtggccaagctcattgcctcggggtctgatcgggaagaagctatcgataacttggccgca
agccttgcagccactcgtattgaaggcttacaaaccaacctcgagtatctccgccagatt
gtttcgtctcccatgttcaggaccggtgactatacgacgaaatctttggactccttccag
ttccactcttcctcttttgaagtccttcatcctggggctttgaccacggttcaagattat
ccaggccgtactggatactggaacattggtatccctcctggcggtccaatggattcttac
tcctttcgactcgcgaatcgtctcgtgggcaattcctcaggcgcttctgggctcgaatgt
actctgggaggcccgtctttgaagttccattgtgatgctgtgatttctgccgttggcggt
gttgcacaagttacgatcgacgatatggcggtttccatgaaccaagccgttggtgttaaa
gcaggtcagatactgagtgtcggtgtcgttgagcatgggcatcgtgtatatcttgctatt
cggggaggaatcgaagtcccagtcgtgatgggcagtcgggcgactttcgaacttggaaag
cttgggggcttcggcggtcgtaagctccaggcgcgtgatatactcgccatcggtcctgca
gatcccttggtcagtgaagctcaagctatatcaccagtgcctgtaccaactcaccccaag
gcttcttggaccgttagagtcatccccggcccccacggagctccagactatttcacccct
gaaagcgttaaggcgttgtacctcagcgactggaaggttcaccacaacagtaaccgcctt
ggtgttcgtctcactggccctcaaccagaatggtctcgcagaagcggaggtgaagcaggc
ttgcatccttcaaacatccatgatgctccttactcgataggtagtgtgagtttcactggg
gatgaagctgttgttctgggctgcgatggtccgagtctcggtggattcgtggtgctgtgt
gtagtgtgctctgcggatctgtggaagatggggcaggttcggcctggggatactattcga
ttcgaccctattgatgttgcgactgcgattgggttagagaggaagcttgatgaagccatt
gagaagctctcacctcttgaggctttagactgcgttccatttgatgaagtgtctctggcc
cagaagttgggaagcattcccgccgccgtgggtgctatcgatcatgacggtcaaaggatt
actattcgtcaagccggtgatcgggcatttctgttagaattcggtgatgcttccgccttc
aaccttcgtcacaacttcgagatatcagcgttctgtgagaaccatgagaagaatcccatc
cccggcgttgaagaactcacccctggcgtcttcagcctccacgtcacctatactcgctgt
ctgtccccagatctaatgctgtcacgcttggcagaccatattcgctcgtacagagttctt
tcccaagtcccctcaaggagcgtttgtctccccatcgcattcgatgatagtgtcagccga
gccgctatcgaacgatacacagcaactatccgccccaacgcaccctggctccccagcaac
atcgacttcctccaaaagctcaacggtgtctctgacctgaccaaagttttgagcgccgcg
gaattcgtagttcttggtcttggtgatgtgttcatgggctcaccgtgtgcaatcccctta
gatccgcgccatcgcttgtttggaacaaagtacaatccttcgcgctctttcacacctcgt
ggcgctgttggtatcgggggacagtatatgtgtatctacgcaacggattcgcctggcggt
tatcagcttgttgggagaaccgttgagatctgggatgctgaccttgttgatactgaggct
tggttctttcggcgctttgataggattacgttttatcccgtcactgaagcggcgctggac
ggaacaccgaggtctgagcttgttcagatcagcgatggtgttcttgatcttgaacagtac
gaaatgtggcttacgacgaacaaagaagacatcgccgccgccgcggaccaacaagcaagg
gccatttcgaatgcgccctttgtcgatgaattgcttcttccgtatcaagtggaatctgtt
gtcaattggcacagcccgagtctggatagctcgggccttcatggtgaacgagtaaaggcg
acgatgccgggtcgatgttacaaggtcatggtgaaagaagggactgttgtggagaagggc
gatgttctggtctgtattgagtcgagtaagatggaaattgagattcgcagtcctgtaggc
ggaaaatgtttggttgttttggtgcaggcgggggatttgattgatgtggaagatgacctg
gtagtcattgacttgggtaattcagtctaa

  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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (40)   

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